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HomeMy WebLinkAboutBack-Up DocumentsRequest for Proposals (RFP) Issued by: City of Miami Procurement Department Miami Riverside Center 444 SW 2ndAve, 6th Floor Miami, Florida 33130 Web Site Address: www.miamigov.com/procurement RFP Number: Title: Issue Date/Time: RFP Closing Date/Time: Pre-Bid/Pre-Proposal Conference: Pre-Bid/Pre-Proposal Date/Time: Pre-Bid/Pre-Proposal Location: Deadline for Request for Clarification: Contracting Officer: Hard Copy Submittal Location: Contracting Officer E-Mail Address: Contracting Officer Facsimile: 2046386 Request for Proposals for Storm Pump Station Telemetry and Supervisory Control and Data ("SCADA") System November 14, 2025 December 19, 2025, at 5:00 PM Voluntary November 19, 2025, at 2:00 PM Virtual December 2, 2025, at 2:00 PM Gray, Tahlia HARDCOPY SUBMITTALS NOT ALLOWED FOR THIS SOLICITATION tgray(&miamigov.com 305-400-5019 Certification Statement Please quote on this form, if applicable, net prices for the item(s) listed. Return signed original and retain a copy for your files. Prices should include all costs, including transportation to destination. The City reserves the right to accept or reject all or any part of this submission. Prices should be firm for a minimum of 180 days following the time set for closing of the submissions. In the event of errors in extension of totals, the unit prices shall govern in determining the quoted prices. We (I) certify that we have read your solicitation, completed the necessary documents, and propose to furnish and deliver, F.O.B. DESTINATION, the items or services specified herein. The undersigned hereby certifies that neither the contractual party nor any of its principal owners or personnel have been convicted of any of the violations or debarred or suspended as set in section 18-107 or Ordinance No. 12271. By signing below, the Proposer also certifies, pursuant to section 287.135(5), Florida Statutes, that at the time of submitting its Proposal it: (a) is not on the "Scrutinized Companies with Activities in Sudan List" or the "Scrutinized Companies with Activities in Iran Terrorism Sectors List"; (b) does not have business operations in Cuba or Syria; and (c) is not participating in a boycott of Israel. The Proposer further acknowledges that a false certification may subject it to contract termination, civil penalties, and debarment as provided under section 287.135. All exceptions to this submission have been documented in the section below (refer to paragraph and section). EXCEPTIONS: We (I) certify that any and all information contained in this submission is true; and we (I) further certify that this submission is made without prior understanding, agreement, or connection with any corporation, firm, or person submitting a submission for the same materials, supplies, equipment, or service, and is in all respects fair and without collusion or fraud. We (I) agree to abide by all terms and conditions of this solicitation and certify that I am authorized to sign this submission for the submitter. Please print the following and sign your name: PROPOSER NAME: ADDRESS: PHONE: FAX: EMAIL: CELL(Optional): SIGNED BY: TITLE: DATE: FAILURE TO COMPLETE, SIGN, AND RETURN THIS FORM SHALL DISQUALIFY THIS RESPONSE. Certifications Legal Name of Firm: Entity Type: Partnership, Sole Proprietorship, Corporation, etc. Year Established: Office Location: City of Miami, Miami -Dade County, or Other Business Tax Number/Occupational License Number: Business License Issuing Agency/Occupational License Issuing Agency: Business License Expiration Date/Occupational License Expiration Date: Federal Employee Identification Number (FEIN): Will Subcontractor(s) be used? (Yes or No) Please list and acknowledge all addendum/addenda received. List the addendum/addenda number and date of receipt (i.e. Addendum No. 1, 1/1/25). If no addendum/addenda was/were issued, please insert N/A. If Proposer has a Local Office, as defined under Chapter 18/Article III, Section 18-73 of the City Code, has Proposer filled out, notarized, and included with its RFP response the "City of Miami Local Office Certification" form? YES OR NO? (The City of Miami Local Office Certification form is located in the BidNet Procurement Solutions Platform ("BidNet"), under the Attachments Section of this solicitation.) The Proposer has reviewed the attached Sample Professional Service Agreement ("Agreement"). Does Proposer acknowledge that the attached Agreement is an example of the standard Agreement used in conjunction with the provisions of these services? Yes or No. IMPORTANT NOTICE TO PROPOSERS: • FAILURE TO COMPLETE, SIGN AND UPLOAD THE CERTIFICATION STATEMENT AND CERTIFICATIONS SECTION WILL RENDER YOUR PROPOSAL NON -RESPONSIVE. • FAILURE TO SIGN, NOTARIZE, AND UPLOAD ATTACHMENT E - ANTI -HUMAN TRAFFICKING AFFIDAVIT WILL RENDER YOUR BID NON -RESPONSIVE. • CONTACT BIDNET VENDOR SUPPORT TOLL -FREE NUMBER 800-835-4603 OPTION 2, OR EMAIL SUPPORT(&,BIDNET.COM, FOR BIDNET TECHNICAL DIFFICULTIES AND PROBLEMS. HAVE YOU INCLUDED: COMPLETED: CHECKLIST ❑ Yes Certification Statement This form must be completed, signed, and returned with Response. ❑ Yes Certifications Sheet. All items are to be completed. ❑ Yes Local Office Location Affidavit, if applicable. ❑ Yes Completed, signed and notarized Attachment E - Anti -Human Trafficking Affidavit ❑ Yes Completed, signed, and notarized Attachment F, Affidavit of Responsibility ❑ Yes Completed price proposal packet. All sheets must be completed. Failure to submit all forms in the Attachment C - Pricing Packet, as required, shall disqualify Proposer from consideration, and Proposer shall be deemed non -responsive. Only one Price Packet is acceptable, deviation from the forms in the packet will render the proposal non -responsive. ❑ Yes Complete Response with all required documentation: Includes all requirements as listed in Section 4.0 Submission Requirements and takes into consideration the evaluation criteria outlined in Section 5.0 Evaluation/Selection Process. Terms and Conditions 1.General Conditions GENERAL TERMS AND CONDITIONS Intent: The General Terms and Conditions described herein apply to the acquisition of goods/equipment/services with an estimated aggregate cost of $25,000.00 or more. Definition: A formal solicitation is defined as issuance of an Invitation for Bids, Request for Proposals, Request for Qualifications, or Request for Letters of Interest pursuant to the City of Miami Procurement Code and/or Florida Law, as amended. Formal Solicitation and Solicitation shall be defined in the same manner herein. 1.1 ACCEPTANCE OF GOODS, EQUIPMENT OR SERVICES - Any good(s), equipment or services delivered under this formal solicitation, if applicable, shall remain the property of the seller until a physical inspection and actual usage of the good is made, and thereafter is accepted as satisfactory to the City. It must comply with the terms herein and be fully in accordance with specifications and of the highest quality. In the event the goods/equipment supplied to the City are found to be defective or does not conform to specifications, the City reserves the right to cancel the order upon written notice to the Contractor and return the product to the Contractor at the Contractor's expense. In terms of this Solicitation the use of the word "services" includes without limitation professional and personal services as that term professional and personal services is defined by the City of Miami Procurement Ordinance and as set forth in the Definitions Section 18-73 of the City Code. 1.2 ACCEPTANCE OF OFFER - Subject to prior occurrence of all condition's precedent set forth in Section 1.88, The signed or electronic submission of your solicitation response shall be considered an offer on the part of the Proposer; such offer shall be deemed accepted upon the occurrence of all conditions precedent and issuance by the City of a purchase order or notice to proceed, as applicable. In summation, execution of a Professional Services Agreement and/or Agreement, approval by a referendum as stated in this RFP, and issuance by the City of a purchase order, and/or notice to proceed, as applicable. 1.3 ACCEPTANCE/REJECTION - The City reserves the right to accept or reject any or all responses or parts of after opening/closing date and request re -issuance on the goods/services described in the formal solicitation. In the event of such rejection, the Director of Procurement shall notify all affected Proposers and make available a written explanation for the rejection. The City also reserves the right to reject the response of any Proposer: 1) Who has previously failed to properly perform under the terms and conditions of a Professional Services Agreement ("PSA") and/or Agreement, 2) Who failed to deliver on time, contracts of a similar nature, 3) Who is not in a position to perform the requirements defined in this formal solicitation, 4) Who has been debarred, 5) Who is on the convicted vendors list, 6) Who is indebted to the City, or 7) Who is otherwise determined to be non -responsive or non -responsible. The City further reserves the right to waive any irregularities, minor informalities, or technicalities in any or all responses and may, at its discretion, re -issue this formal solicitation. 1.4 ADDENDA - It is the Proposer's responsibility to ensure receipt of all Addenda. Addenda are available on the BidNet Procurement Solutions Platform ("BidNet") only. 1.5 ALTERNATE RESPONSES WILL NOT BE CONSIDERED. 1.6 ASSIGNMENT - Contractor agrees not to subcontract, assign, transfer, convey, sublet, or otherwise dispose of the resulting Contract, or any or all its rights, title, or interest herein, without the City of Miami's prior written consent. 1.7 ATTORNEY'S FEES - In connection with any litigation, mediation and arbitration arising out of this Contract, each party shall bear their own attorney's fees through and including appellate litigation and any post judgment proceedings. 1.8 AUDIT RIGHTS AND RECORDS RETENTION - The Successful Proposer agrees to provide access at all reasonable times to the City, or to any of its duly authorized representatives, to any books, documents, papers, and records of Contractor which are directly pertinent to this formal solicitation, for the purpose of audit, examination, excerpts, and transcriptions. The Successful Proposer shall maintain and retain any and all of the books, documents, papers and records pertinent to the Contract for three (3) years after the City makes final payment and all other pending matters are closed. Contractor's failure to or refusal to comply with this condition shall result in the immediate cancellation of this contract by the City. The audit and inspection provisions set forth in Sections 18- 100 to 18-102, City Code, are deemed as being incorporated by reference herein as set forth in full. 1.9 AVAILABILITY OF CONTRACT STATE-WIDE - Any governmental, not -for -profit, or quasi - governmental entity in the State of Florida, may avail itself of this Contract and purchase any, and all goods/services, specified herein from the Successful Proposer at the Contract price(s) established herein, when permissible by Federal, State, and local laws, rules, and regulations. Additionally, any governmental entity outside of the State of Florida but, within the Continental United States of America, may avail itself to this Contract and purchase any and all goods/services, specified herein from the Successful Proposer at the Contract price(s) established herein, when permissible by Federal, State, and local laws, rules, and regulations. Each governmental, not -for -profit, or quasi -governmental entity which uses this Formal Solicitation and resulting Contract will establish its own Contract, place its own orders, issue its own purchase orders, be invoiced there from and make its own payments, determine shipping terms and issue its own exemption certificates as required by the Successful Proposer. 1.10 AWARD OF CONTRACT: A. The PSA and/or Agreement, the Formal Solicitation, the Proposer's response, any addenda issued, and the blanket purchase order shall constitute the entire contract, unless modified in accordance with any ensuing amendment or addenda. B. The award of this contract may be preconditioned on the subsequent submission of other documents as specified in the Special Conditions or Technical Specifications. Proposer shall be in default of its contractual obligation if such documents are not submitted in a timely manner and in the form required by the City. Where Proposer is in default of these contractual requirements, the City, through action taken by the Department of Procurement, will void its acceptance of the Proposer's Response and may accept the Response from the next lowest responsive, responsible Proposal most advantageous to the City or re -solicit the City's requirements. The City, at its sole discretion, may seek monetary restitution from Proposer and its proposal bond or guaranty, if applicable, as a result of damages or increased costs sustained as a result of the Proposer's default. C. The term of the contract shall be specified in one of three documents which shall be issued to the Successful Proposer. These documents may either be a blanket purchase order, notice of award and/or contract award sheet. D. The City reserves the right to automatically extend this contract for up to one hundred eighty (180) calendar days beyond the stated contract term in order to provide City departments with continual service and supplies while a new contract is being solicited, evaluated, and awarded. If the right is exercised, the City shall notify the Proposer, in writing, of its intent to extend the contract at the same price, terms and conditions for a specific number of days. Additional extensions over the first one hundred eighty (180) day extension may occur if, the City and the Successful Proposer are in mutual agreement of such extensions. E. Where the contract involves a single shipment of goods to the City, the contract term shall conclude upon completion of the expressed or implied warranty periods. F. An PSA and/or Agreement shall be awarded to the Proposer by the City Commission based upon the minimum qualification requirements reflected herein. As a result of an RFP, RFQ, or RFLI, the City reserves the right to execute or not execute, as applicable, a PSA and/or Agreement with the Proposer, whichever is determined to be in the City's best interests. Such PSA and/or Agreement which will be furnished by the City, will contain certain terms as are in the City's best interests, and will be subject to approval as to legal form by the City Attorney. All conditions precedent identified in Section 1.88 before any Agreement is binding. 1.11 BID BOND/ BID SECURITY - A cashier's or certified check, or a Bid Bond signed by a recognized surety company that is licensed to do business in the State of Florida, payable to the City of Miami, for the amount bid is required from all Proposers, if so, indicated under the Special Conditions. This check or bond guarantees that the Proposer will accept the order or contract/agreement, as proposed, if it is awarded to the Proposer. Proposer shall forfeit proposal deposit to the City should the City award the contract/agreement to the Proposer and if Proposer fails to accept the award. The City reserves the right to reject any and all surety tendered to the City. Proposal deposits are returned to unsuccessful Proposers within ten (10) days after the award and Successful Proposer's acceptance of award. If sixty (60) days have passed after the date of the formal solicitation closing date, and no contract has been awarded, all deposits will be returned on demand. 1.12 RESPONSE FORM - All forms should be completed, signed, and submitted accordingly. 1.13 BID SECURITY FORFEITED LIQUIDATED DAMAGES - Failure to execute a PSA and/or Agreement and/or file an acceptable Performance Bond, when required, as provided herein, shall be just cause for the annulment of the award and the forfeiture of the Bid Security to the City, which forfeiture shall be considered, not as a penalty, but in mitigation of damages sustained. Award may then be negotiated with the next highest -ranked responsive and responsible Proposal most advantageous to the City or all responses may be rejected. 1.14 BRAND NAMES - If and wherever in the specifications brand names, makes, models, names of any manufacturer, trade names, or Proposer catalog numbers are specified, it is for the purpose of establishing the type, function, minimum standard of design, efficiency, grade, or quality of goods only. When the City does not wish to rule out other competitors' brands or makes, the phrase "OR EQUAL" is added. When bidding/proposing an approved equal, Proposers will submit, with their response, complete sets of necessary data (factory information sheets, specifications, brochures, etc.) in order for the City to evaluate and determine the equality of the item(s) bid/proposed. The City shall be the sole judge of equality, and its decision shall be final. Unless otherwise specified, evidence in the form of samples may be requested if the proposed brand is other than specified by the City. Such samples are to be furnished after formal solicitation opening/closing only upon request of the City. If samples should be requested, such samples must be received by the City no later than seven (7) calendar days after a formal request is made. 1.15 CANCELLATION - The City reserves the right to cancel all formal solicitations before its opening/closing. In the event of proposal cancellation, the Director of Procurement shall notify all prospective Proposers and make available a written explanation for the cancellation. 1.16 CAPITAL EXPENDITURES - Proposer understands that any capital expenditure that the firm makes, or prepares to make, in order to deliver/perform the goods/services required by the City, is a business risk which the Contractor must assume. The City will not be obligated to reimburse amortized or unamortized capital expenditures, or to maintain the approved status of any Contractor. If Contractor has been unable to recoup its capital expenditures during the time it is rendering such goods/services, it shall not have any claim upon the City 1.17 CITY NOT LIABLE FOR DELAYS - It is further expressly agreed that in no event shall the City be liable for, or responsible to, the Proposer/Consultant, any sub-contractor/sub-consultant, or to any other person for, or on account of, any stoppages or delay in the work herein provided for by injunction or other legal or equitable proceedings or on account of any delay for any cause over which the City has no control. 1.18 COLLUSION - Proposer, by submitting a response, certifies that its response is made without previous understanding, agreement, or connection either with any person, firm or corporation submitting a response for the same items/services or with the City of Miami's Procurement Department or initiating depaituient. The Proposer certifies that its response is fair, without control, collusion, fraud, or other illegal action. Proposer certifies that it is in compliance with the Conflict of Interest and Code of Ethics Laws. The City will investigate all potential situations where collusion may have occurred, and the City reserves the right to reject any and all responses where collusion may have occurred. 1.19 COMPLIANCE WITH FEDERAL, STATE AND LOCAL LAWS - Contractor understands that contracts between private entities and local governments are subject to certain laws and regulations, including laws pertaining to public records, conflict of interest, records keeping, competitive solicitations etc., et. al., as applicable. City and Contractor agree to comply with and observe all applicable laws, codes, and ordinances as that may in any way affect the goods or equipment offered, including but not limited to: A. Executive Order 11246, which prohibits discrimination against any employee, applicant, or client because of race, creed, color, national origin, sex, or age with regard to, but not limited to, the following: employment practices, rate of pay or other compensation methods, and training selection. B. Occupational, Safety and Health Act (OSHA), as applicable to this Formal Solicitation. C. The State of Florida Statutes, Section 287.133(3)(A) on Public Entity Crimes. D. Environment Protection Agency (EPA), as applicable to this Formal Solicitation. E. Uniform Commercial Code (Florida Statutes, Chapter 672). F. Americans with Disabilities Act of 1990, as amended. G. National Institute of Occupational Safety Hazards (NIOSH), as applicable to this Formal Solicitation. H. National Forest Products Association (NFPA), as applicable to this Formal Solicitation. I. City Procurement Ordinance City Code Section 18, Article III. J. Conflict of Interest, City Code Section 2-611;61. K. Cone of Silence, City Code Section 18-74. L. The Florida Statutes Sections 218.73 and 218.74 on Prompt Payment. M. City Financial Policies, City Code Chapter 18, Article IX. N. City of Miami Charter Sections 3(f) (iii) and 29-B. O. City of Miami Sale or Lease of Real Property, City Code Chapter 18, Article V. P. City of Miami Living Wage Ordinance, Chapter 18, Article X, City Code. Q. Alcoholic beverage, food and beverage laws, approvals and permits as required by state and local laws. R. Miami -Dade County Shoreline Review Ordinance Chapter 33D, Article III, Miami -Dade County Code. Lack of knowledge or notice by the Proposer will in no way be a cause for relief from responsibility. Non- compliance with all local, state, and federal directives, orders, regulations, and laws may be considered grounds for termination of contract(s). Copies of the City Ordinances may be obtained from the City Clerk's Office. 1.20 CONE OF SILENCE - Pursuant to Section 18-74 of the City of Miami Code, a "Cone of Silence" is imposed upon each RFP, RFQ, or RFLI after advertisement and terminates at the time the City Manager issues a written recommendation to the Miami City Commission. The Cone of Silence shall be applicable only to Contracts for the provision of goods and services and public works or improvements for amounts greater than $200,000. The Cone of Silence prohibits any communication regarding RFPs, RFQs, or RFLIs between potential vendors, service providers, Proposers, lobbyists, or consultants (among others) and the City's professional staff including, but not limited to, the City Manager and the City Manager's staff; the Mayor, City Commissioners, or their respective staffs and any member of the respective selection/evaluation committee. The provision does not apply to, among other communications, oral communications with the City's Procurement staff, provided the communication is limited strictly to matters of process or procedure already contained in the formal solicitation document. The provisions of the Cone of Silence do not apply to oral communications at duly noticed site visits/inspections, pre -proposal conferences, oral presentations before selection/evaluation committees, contract negotiations during any duly noticed public meeting, or public presentations made to the Miami City Commission during a duly noticed public meeting; or communications in writing or by email at any time with any City employee, official or member of the City Commission unless specifically prohibited by the applicable RFP, RFQ, or RFLI documents; or communications in connection with the collection of industry comments or the performance of market research regarding a particular RFP, RFQ, or RFLI, by City Procurement staff. Proposers must file a copy of any written communications with the Office of the City Clerk, which shall be made available to any person upon request. The City shall respond in writing and file a copy with the Office of the City Clerk (clerks@miamigov.com), which shall be made available to any person upon request. Written communications may be in the form of e-mail, with a copy to the Office of the City Clerk. In addition to any other penalties provided by law, violation of the Cone of Silence by any Proposer shall render any award voidable. A violation by a particular Proposer, Offeror, Respondent, lobbyist, or consultant shall subject same to potential penalties pursuant to the City Code. Any person who has personal knowledge of a violation of these provisions shall report such violation to the State Attorney and/or may file a complaint with the Miami -Dade County Ethics Commission. Proposers should reference Section 18-74 of the City of Miami Code for further clarification. This language is only a summary of the key provisions of the Cone of Silence. Please review City of Miami Code Section 18-74 for a complete and thorough description of the Cone of Silence. You may contact the City Clerk at 305-250-5360, to obtain a copy of same. 1.21 CONFIDENTIALITY - As a political subdivision and Florida municipality, the City of Miami is subject to the Florida Sunshine Act and Public Records Law. If this Contract/Agreement contains a confidentiality provision, it shall have no application when disclosure is required by Florida law or upon court order. 1.22 CONFLICT OF INTEREST - Proposers, by responding to this Formal Solicitation, certify that to the best of their knowledge or belief, no elected/appointed official or employee of the City of Miami is financially interested, directly or indirectly, in the purchase of goods/services specified in this Formal Solicitation. Any such interests on the part of the Proposer or its employees must be disclosed in writing to the City. Further, you must disclose the name of any City employee (or former employee of the City who left City service within the past two (2) years), who owns, directly or indirectly, an interest of five percent (5%) or more of the total assets of capital stock in the Proposer's firm. A. Proposer further agrees not to use or attempt to use any knowledge, property or resource which may be within their trust, or perform their duties, to secure a special privilege, benefit, or exemption for itself, or others. Proposer may not disclose or use information not available to members of the general public and gained by reason of their position, except for information relating exclusively to governmental practices, for their personal gain or benefit or for the personal gain or benefit of any other person or business entity. B. Proposer who is a person (every officer, official and employee of the City, including every member of any board, commission or agency of the City) as defined in Section 2-611 of the City Code, hereby acknowledges that it has not contracted or transacted any business with the City or any person or agency acting for the City and has not appeared in representation of any third party before any board, commission or agency of the City within the past two years. Proposer further warrants that they are not related, specifically the spouse, son, daughter, parent, brother, or sister, to: (i) any member of the commission; (ii) the mayor; (iii) any City employee; or (iv) any member of any board or agency of the City. C. A violation of this section may subject the Proposer to immediate termination of any Professional Services Agreement with the City, imposition of the maximum fine and/or any penalties allowed by law. Additionally, violations may be considered by and subject to action by the Miami -Dade County Commission on Ethics. 1.23 COPYRIGHT OR PATENT RIGHTS - Proposers warrant that there has been no violation of any intellectual property, copyright, or patent rights in manufacturing, producing, or selling the goods or equipment shipped or ordered and/or services provided as a result of this formal solicitation, and Proposers agree to hold the City harmless from any and all liability, loss, or expense occasioned by any such violation. 1.24 COST INCURRED BY PROPOSER - All expenses involved with the preparation and submission of Responses to the City, or any work performed in connection therewith shall be borne by the Proposer(s). 1.25 DEBARMENT AND SUSPENSIONS (Sec 18-107) (a) Authority and requirement to debar and suspend. After reasonable notice to an actual or prospective Contractual Party, and after reasonable opportunity for such party to be heard, the City Manager, after consultation with the Chief Procurement Officer and the City Attorney, shall have the authority to debar a Contractual Party, for the causes listed below, from consideration for award of City Contracts. The debarment shall be for a period of not fewer than three years. The City Manager shall also have the authority to suspend a Contractual Party from consideration for award of City Contracts if there is probable cause for debarment, pending the debarment determination. The authority to debar and suspend contractors shall be exercised in accordance with regulations which shall be issued by the Chief Procurement Officer after approval by the City Manager, the City Attorney, and the City Commission. (b) Causes for debarment or suspension. Causes for debarment or suspension include the following: (i) Conviction for commission of a criminal offense incident to obtain or attempting to obtain a public or private Contract or subcontract, or incident to the performance of such Contract or subcontract. (ii) Conviction under state or federal statutes of embezzlement, theft, forgery, bribery, falsification/destruction of records, receiving stolen property, or any other offense indicating a lack of business integrity or business honesty. (iii) Conviction under state or federal antitrust statutes arising out of the submission of Bids or Proposals. (iv) Violation of Contract provisions, which is regarded by the Chief Procurement Officer to be indicative of non -responsibility. Such violation may include failure without good cause to perform in accordance with the terms and conditions of a Contract or to perform within the time limits provided in a Contract, provided that failure to perform caused by acts beyond the control of a party shall not be considered a basis for debarment or suspension. (v) Debarment or suspension of the Contractual Party by any federal, state, local, or other governmental (public) agency or entity. (vi) False certification pursuant to paragraph (c) below. (vii) Found in violation of a zoning ordinance for which the violation remains noncompliant. (viii) Found in violation any City ordinance or regulation and for which a civil penalty or fine is due and owing to the City. (ix) Any other cause judged by the City Manager to be so serious and compelling as to affect the responsibility of the Contractual Party performing City Contracts. (c) Certification. All Contracts for goods and services, sales, and leases by the City shall contain a certification that neither the Contractual Party nor any of its principal owners or personnel have been convicted of any of the violations set forth above or debarred or suspended as set forth in paragraph (b)(v). (d) Debarment and suspension decisions. Subject to the provisions of paragraph (a), the City Manager shall render a written decision stating the reasons for the debarment or suspension. A copy of the decision shall be provided promptly to the Contractual Party, along with a notice of said party's right to seek judicial relief. 1.26 DEBARRED/SUSPENDED VENDORS - An entity or affiliate who has been placed on the State of Florida debarred or suspended vendor list may not: 1) submit a response fora contract to provide goods or services to a public entity; 2) Submit a response on a contract with a public entity for the construction or repair of a public building or public work; 3) Submit response on leases of real property to a public entity; 4) award or perform work as a contractor, supplier, subcontractor, or consultant under contract with any public entity; and 5) transact business with any public entity. 1.27 DEFAULT/FAILURE TO PERFORM - The City shall be the sole judge of nonperformance, which shall include any failure on the part of the successful Proposer to accept the award, to furnish required documents, and/or to fulfill any portion of this contract within the time stipulated. Upon default by the successful Proposer to meet any terms of this agreement, the City will notify the Proposer of the default and will provide the contractor with three (3) days (weekends and holidays excluded) to remedy the default. Failure on the contractor's part to correct the default within the required three (3) days shall result in the Contract being terminated and upon the City notifying in writing the contractor of its intentions and the effective date of the termination. The following shall constitute default: A. Failure to perform the work or deliver the goods/services required under the Contract and/or within the time required or failing to use the subcontractors, entities and personnel as identified and set forth, and to the degree specified in the Contract. B. Failure to begin the work under this Contract within the time specified. C. Failure to perform the work with sufficient workers and equipment or with sufficient materials to ensure timely completion. D. Neglecting or refusing to remove materials or perform new work where prior work has been rejected as nonconforming with the terns of the Contract. E. Becoming insolvent, being declared bankrupt, or committing any act of bankruptcy or insolvency, or making an assignment for the benefit of creditors, if the insolvency, bankruptcy, or assignment renders the successful Proposer incapable of performing the work in accordance with and as required by the Contract. F. Failure to comply with any of the terms of the Contract in any material respect. All costs and charges incurred by the City as a result of a default or a default incurred beyond the time limits stated, together with the cost of completing the work, shall be deducted from any monies due or which may become due on this Contract. 1.28 DETERMINATION OF RESPONSIVENESS AND RESPONSIBILITY - Each proposal will be reviewed to determine if it is responsive to the submission requirements outlined in the Formal Solicitation. A. Responsive Proposal is one which follows the requirements of the Formal Solicitation, includes all documentation, is submitted in the format outlined in the Formal Solicitation, is of timely submission, and has appropriate signatures as required on each document. Failure to comply with these requirements may deem a Proposal non -responsive. B. Determination of Responsibility. A Responsible Proposer shall mean a Proposer who has submitted a proposal and who has the capability, as determined under Section 18-95 of the City Code, in all respects to fully perform the Contract requirements, and the integrity and reliability of which give reasonable assurance of good faith and performance. 1. Proposals will only be considered from any person or firm who is regularly engaged in the business of providing the good(s)/service(s) required by the Formal Solicitation. Proposer must be able to demonstrate a satisfactory record of performance and integrity, and have sufficient financial, material, equipment, facility, personnel resources, and expertise to meet all contractual requirements. 2. The City may consider any information available regarding the financial, technical, and other qualifications and abilities of a Proposer, including past performance (experience) with the City or any other governmental entity, in making the award. 3. The City may require the Proposer(s) to provide documentation that they have been designated as an authorized representative of a manufacturer or supplier which is the actual source of supply, if required by the Formal Solicitation. 1.29 DISCOUNTS OFFERED DURING TERM OF CONTRACT - Discount Prices offered in the response shall be fixed after the award by the Commission, unless otherwise specified in the Special Terms and Conditions. Price discounts off the original prices quoted in the response will be accepted from successful Proposer(s) during the term of the contract. Such discounts shall remain in effect for a minimum of 120 days from approval by the City Commission. Any discounts offered by a manufacturer to Proposer will be passed on to the City. 1.30 DISCREPANCIES, ERRORS, AND OMISSIONS - Any discrepancies, errors, or ambiguities in the Formal Solicitation or addenda (if any) should be reported in writing to the City's Procurement Department. Should it be found necessary, a written addendum will be incorporated in the Formal Solicitation and will become part of the purchase agreement (contract documents). The City will not be responsible for any oral instructions, clarifications, or other communications. A. Order of Precedence -Any inconsistency in this formal solicitation shall be resolved by giving precedence to the following documents, the first of such list being the governing documents. 1) PSA and/or Agreement and/or any Amendments to the PSA and/or Agreement 2) Specifications 3) Special Conditions 4) General Terms and Conditions 1.31 EMERGENCY / DISASTER PERFORMANCE - In the event of a hurricane or other emergency or disaster situation, the successful vendor shall provide the City with the commodities/services defined within the scope of this formal solicitation at the price contained within vendor's response. Further, successful vendor shall deliver/perform for the City on a priority basis during such times of emergency. 1.32 ENTIRE BID CONTRACT OR AGREEMENT - The Bid Contract or Agreement consists of this City of Miami Formal Solicitation and specifically this General Conditions Section, Contractor's Response and any written agreement entered into by the City of Miami and Contractor in cases involving RFPs, RFQs, and RFLIs, and represents the entire understanding and agreement between the parties with respect to the subject matter hereof and supersedes all other negotiations, understanding and representations, if any, made by and between the parties. To the extent that the agreement conflicts with, modifies, alters, or changes any of the terms and conditions contained in the Formal Solicitation and/or Response, the Formal Solicitation and then the Response shall control. This Contract may be modified only by a written agreement signed by the City of Miami and Contractor. 1.33 ESTIMATED QUANTITIES - Estimated quantities or estimated dollars are provided for your guidance only. No guarantee is expressed or implied as to quantities that will be purchased during the contract period. The City is not obligated to place an order for any given amount subsequent to the award of this contract. Said estimates may be used by the City for purposes of determining the most advantageous Proposer meeting specifications. The City reserves the right to acquire additional quantities at the prices bid/proposed or at lower prices in this Formal Solicitation. 1.34 EVALUATION OF RESPONSES A. Rejection of Responses The City may reject a Response for any of the following reasons: 1) Proposer fails to acknowledge receipt of addenda; 2) Proposer misstates or conceals any material fact in the Response; 3) Response does not conform to the requirements of the Formal Solicitation; 4) Response requires a conditional award that conflicts with the method of award; 5) Response does not include required samples, certificates, licenses as required; and 6) Response was not executed by the Proposer's authorized agent. The foregoing is not an all-inclusive list of reasons for which a Response may be rejected. The City may reject and re -advertise for all or any part of the Formal Solicitation whenever it is deemed in the best interest of the City. B. Elimination from Consideration 1) A contract shall not be awarded to any person or firm which is in arrears to the City upon any debt or contract, or which is in default on a bid, payment/ performance, bond they have submitted or as the surety bond or certificate furnished has not performed despite demand they do so or otherwise upon any obligation to the City. 2) A contract may not be awarded to any person or firm which has failed to perform under the terms and conditions of any previous contract with the City or deliver on time contracts of a similar nature. 3) A contract may not be awarded to any person or firm which has been debarred by the City in accordance with the City's Debarment and Suspension Ordinance. C. Determination of Responsibility 1) Responses will only be considered from entities who are regularly engaged in the business of providing the goods/equipment/services required by the Formal Solicitation. Proposer must be able to demonstrate a satisfactory record of performance and integrity; and have sufficient financial, material, equipment, facility, personnel resources, and expertise to meet all contractual requirements. The terms "equipment and organization" as used herein shall be construed to mean a fully equipped and well -established entity in line with the best industry practices in the industry as determined by the City 2) The City may consider any evidence available regarding the financial, technical, and other qualifications and abilities of a Proposer, including past performance (experience) with the City or any other governmental entity in making the award. 3) The City may require the Proposer(s) to show proof that they have been designated as an authorized representative of a manufacturer or supplier which is the actual source of supply, if required by the Formal Solicitation. 1.35 EXCEPTIONS TO GENERAL AND/OR SPECIAL CONDITIONS OR SPECIFICATIONS - Exceptions to the specifications shall be listed on the Response and shall reference the section. Any exceptions to the General or Special Conditions shall be cause for the bid (IFB) to be considered non -responsive. It also may be cause for an RFP, RFQ, or RFLI to be considered non -responsive; and, if exceptions are taken to the terms and conditions of the resulting agreement it may lead to terminating negotiations. 1.36 F.O.B. DESTINATION - Unless otherwise specified in the Formal Solicitation, all prices quoted/proposed by the Proposer must be F.O.B. DESTINATION, inside delivery, with all delivery costs and charges included in the bid/proposal price, unless otherwise specified in this Formal Solicitation. Failure to do so may be cause for rejection of bid/proposal. 1.37 FIRM PRICES - The Proposer warrants that prices, terms, and conditions quoted in its response will be firm throughout the duration of the contract unless otherwise specified in the Formal Solicitation. Such prices will remain firm for the period of performance or resulting purchase orders or contracts, which are to be performed or supplied over a period of time. 1.38 FLORIDA MINIMUM WAGE AND CITY OF MIAMI LIVING WAGE ORDINANCE - A. Florida Minimum Wage. In accordance with the Constitution of the State of Florida, Article X, Section 24, employers shall pay employee wages no less than the minimum wage for all hours worked in Florida. Accordingly, it is the Successful Proposer's/Contractor's and their subcontractor's responsibility to understand and comply with this Florida minimum wage requirement and pay its employees the current established hourly minimum wage rate. This minimum wage rate is subject to change or adjusted by the rate of inflation using the consumer price index ("CPI") for urban wage earners and clerical workers, CPI-W, or a successor index as calculated by the United States Department of Labor. Each adjusted minimum wage rate calculated shall be determined and published by the Agency Workforce Innovation on September 30th of each year and take effect on the following January 1st. It is the Proposer's and their subcontractor's (if applicable) full responsibility to determine whether any of their employees may be impacted by this Florida Minimum Wage Law, at any given point in time during the term of the Bid Contract. If impacted, Proposer must provide, with its bid, employee name(s), job title(s), job description(s), and current pay rate(s). Failure to submit this information at the time of bid submittal constitute Successful Proposer's/Contractor's acknowledgement and understanding that the Florida Minimum Wage Law will not impact its prices throughout the term of the Bid Contract, and a waiver of any contractual price increase request(s). The City reserves the right to request, and the Successful Proposer/Contractor must provide for any, and all information to make a wage and contractual price increase(s) determination. B. City of Miami Living Wage Ordinance. The City of Miami adopted a Living Wage Ordinance for competitively solicited City Service Contracts with a total contract value exceeding $100,000 annually, that were also awarded on, or after January 1, 2017, by the City Commission. "Service Contract" means a contract to provide services to the City, excluding, however, professional services as defined by the "Consultants Competitive Negotiation Act" set forth in F.S. § 287.055, and Section 18-87 of the City Code, and/or the other exclusions provided by Section 18-557 of the City Code. If a solicitation requires services, effective on January 1, 2017, Contractors must pay to all its employees, who provide services, a living wage of no less than $15.00 per hour without health benefits; or a wage of no less than $13.19 an hour, with health benefits. This language is only a summary of the key provisions of the City of Miami Living Wage Ordinance. Please review Section 18-557 of the City Code, for a complete and thorough description of the City of Miami Living Wage Ordinance. 1.39 GOVERNING LAW AND VENUE - The validity and effect of this Contract shall be governed by the laws of the State of Florida. The parties agree that any action, mediation, or arbitration arising out of this Contract shall take place in Miami -Dade County, Florida. In any action or proceeding each party shall bear their own respective attorney's fees. 1.40 HEADINGS AND TERMS - The headings to the various paragraphs of this Contract have been inserted for convenient reference only and shall not in any manner be construed as modifying, amending, or affecting in any way the expressed terms and provisions hereof. 1.41 HEALTH INSURANCE PORTABILITY AND ACCOUNTABILITY ACT (HIPPA) - Any person or entity that performs or assists the City of Miami with a function or activity involving the use or disclosure of "individually identifiable health information (IIHI) and/or Protected Health Information (PHI) shall comply with the Health Insurance Portability and Accountability Act (HIPAA) of 1996 and the City of Miami Privacy Standards. HIPAA mandates privacy, security, and electronic transfer standards, which include but are not limited to: A. Use of information only for performing services required by the contract or as required by law; B. Use of appropriate safeguards to prevent non -permitted disclosures; C. Reporting to the City of Miami of any non -permitted use or disclosure; D. Assurances that any agents and subcontractors agree to the same restrictions and conditions that apply to the Proposer and reasonable assurances that IIHI/PHI will be held confidential; E. Making Protected Health Information (PHI) available to the customer; F. Making PHI available to the customer for review and amendment; and incorporating any amendments requested by the customer; G Making PHI available to the City of Miami for an accounting of disclosures; and H. Making internal practices, books and records related to PHI available to the City of Miami for compliance audits. PHI shall maintain its protected status regardless of the form and method of transmission (paper records, and/or electronic transfer of data). The Proposer must give its customers written notice of its privacy information practices including specifically a description of the types of uses and disclosures that would be made with protected health information. 1.42 INDEMNIFICATION - Contractor shall indemnify, hold and save harmless, and defend (at its own cost and expense), the City, its officers, agents, directors, instrumentalities, and/or employees (collectively "Indemnitees"), from all claims, actions, liabilities, injuries, damages, losses, judgements, and costs, including, but not limited to, reasonable attorney's fees, (collectively "Damages") that arise or result from (i) the negligence, recklessness, negligent act or omission, or intentional wrongful misconduct of Contractor, its officers, agents, directors, employees, and/or subcontractor(s) or other persons employed or utilized by Contractor in the performance of this Agreement (collectively "Contractor's agents") even if it is alleged that the Indemnitees were negligent; (ii) Contractor's agents' performance or non-performance of the Services; or (iii) Contractor's agents' alleged non- compliance with legal or contractual requirements relative to the Services. In the event that any action or proceeding is brought against the City by reason of any such claim or demand, the Contractor shall, upon written notice from the City, resist and defend such action or proceeding by counsel satisfactory to the City Attorney. The Contractor expressly understands and agrees that any insurance protection required by this Agreement or otherwise provided by the Contractor shall in no way limit the Contractor's responsibility to indemnify, keep and save harmless, and defend the Indemnitees as herein provided. The indemnification provided above shall obligate the Contractor to defend, at its own cost and expense, to and through trial, administrative, regulatory, appellate, supplemental or bankruptcy proceeding, or to provide for such defense, at the City's option, any and all claims of liability and all suits and actions of every name and description that may be brought against the City, whether performed by the Contractor, or persons employed or utilized by Contractor. Contractor shall require all subcontractor agreements to include a provision that each subcontractor will indemnify the City in substantially the same language as this Section. The Contractor agrees and recognizes that the City shall not be held liable or responsible for any claims that may result from any actions or omissions of the Contractor in which the City participated either through review or concurrence of the Contractor's actions. In reviewing, approving, or rejecting any submissions by the Contractor or other acts of the Contractor, the City, in no way, assumes or shares any responsibility or liability of the Contractor or subcontractor under this Agreement. Ten dollars ($10.00) of the payments made by the City constitute separate, distinct, and independent consideration for the granting of this Indemnification, the receipt and sufficiency of which is voluntarily and knowingly acknowledged by the Contractor. Contractor understands and agrees that all liabilities regarding the use of any subcontractor, supplier, laborer, or material person for Services related to this Agreement shall be borne solely by Contractor throughout the duration of this Agreement and that this provision shall survive the termination or expiration of this Agreement, as applicable. The obligations in this Section will survive the cancellation or expiration of the Agreement. If the City must file a suit to enforce Contractor's obligations under this Section, the City may recover its costs, including reasonable attorney's fees. Nothing herein is intended to be construed as a waiver of the City's sovereign immunity beyond the limitations set forth in Section 768.28, Florida Statutes. 1.43 FORMATION AND DESCRIPTIVE LITERATURE - Proposer must furnish all information requested in the spaces provided in the Formal Solicitation. Further, as may be specified elsewhere, each Proposer must submit for evaluation, cuts, sketches, descriptive literature, technical specifications, and Material Safety Data Sheets (MSDS)as required, covering the products offered. Reference to literature submitted with a previous response or on file with the Buyer will not satisfy this provision. 1.44 INSPECTIONS - The City may, at reasonable times during the term hereof, inspect Contractor's facilities and perform such tests, as the City deems reasonably necessary, to determine whether the goods and/or services required to be provided by the Contractor under this Contract conform to the terms and conditions of the Formal Solicitation. Contractor shall make available to the City all reasonable facilities and assistance to facilitate the performance of tests or inspections by City representatives. All tests and inspections shall be subject to, and made in accordance with, the provisions of the City of Miami Ordinance No. 12271 (Section 18-79), as same may be amended or supplemented from time to time. 1.45 INSPECTION OF RESPONSE - Responses received by the City pursuant to a Formal Solicitation will not be made available until such time as the City provides notice of a decision or intended decision or within 30 days after bid closing, whichever is earlier. Bid/Proposal results will be tabulated and may be furnished upon request via fax or e-mail to the Procurement Contracting Officer issuing the Solicitation. Tabulations also are available on the City's Web Site following recommendation for award. 1.46 INSURANCE - Within ten (10) days after receipt of Notice of Award, the Successful Proposer, shall furnish Evidence of Insurance to the Procurement Department, if applicable. Submitted evidence of coverage shall demonstrate strict compliance to all requirements listed on the Special Conditions entitled "Insurance Requirements". The City shall be listed as an "Additional Insured." Issuance of a Purchase Order is contingent upon the receipt of proper insurance documents. If the insurance certificate is received within the specified time frame but not in the manner prescribed in this Solicitation the Proposer shall be verbally notified of such deficiency and shall have an additional five (5) calendar days to submit a corrected certificate to the City. If the Contractor fails to submit the required insurance documents in the manner prescribed in this Solicitation within fifteen (15) calendar days after receipt Notice of Award, the contractor shall be in default of the contractual terms and conditions and shall not be awarded the contract. Under such circumstances, the Proposer may be prohibited from submitting future responses to the City. Information regarding any insurance requirements shall be directed to the Risk Administrator, Department of Risk Management, at 444 SW 2nd Avenue, 9th Floor, Miami, Florida 33130, 305-416-1604. The Proposer shall be responsible for assuring that the insurance certificates required in conjunction with this Section remain in effect for the duration of the contractual period; including any and all option terms that may be granted to the Proposer. 1.47 INVOICES - Invoices shall contain purchase order number and details of goods and/or services delivered (i.e. quantity, unit price, extended price, etc.); and in compliance with Chapter 218 of the Florida Statutes (Prompt Payment Act). 1.48 LOCAL PREFERENCE A. City Code Section 18-85, states, "when a responsive, responsible non -local bidder submits the lowest bid price, and the bid submitted by one or more responsive, responsible local bidders who maintain a local office, as defined in Section 18-73, is within fifteen percent (15%) of the price submitted by the non -local bidder, then that non -local bidder and each of the aforementioned responsive, responsible local bidders shall have the opportunity to submit a best and final bid equal to or lower than the amount of the low bid previously submitted by the non -local bidder. Contract award shall be made to the lowest responsive, responsible bidder submitting the lowest best and final bid. In the case of a tie in the best and final bid between a local bidder and a non -local bidder, contract award shall be made to the local bidder." B. City Code Section 18-86, states, "the RFP, RFLI or RFQ, as applicable, may, in the exercise of the reasonable professional discretion of the City Manager, director of the using agency, and the Chief Procurement Officer, include a five (5%) percent evaluation criterion, towards the technical score, in favor of proposers who maintain a local office, as defined in Section 18-73. In such cases, this five (5%) percent evaluation criterion in favor of proposers who maintain a local office will be specifically defined in the RFP, RFLI or RFQ, as applicable; otherwise, it will not apply. 1.49 MANUFACTURER'S CERTIFICATION - The City reserves the right to request from Proposers a separate Manufacturer's Certification of all statements made in the bid/proposal. Failure to provide such certification may result in the rejection of bid/proposal or termination of contract/agreement, for which the Proposer must bear full liability. 1.50 MODIFICATIONS OR CHANGES IN PURCHASE ORDERS AND CONTRACTS - No contract or understanding to modify this Formal Solicitation and resultant purchase orders or contracts, if applicable, shall be binding upon the City unless made in writing by the Director of Procurement of the City of Miami, Florida through the issuance of a change order, addendum, amendment, or supplement to the contract, purchase order or award sheet as appropriate. 1.51 MOST FAVORED NATIONS - Successful Proposer shall not treat the City of Miami ("City") worse than any other similarly situated local government and, in this regard, grants the City a "most favored nations clause" meaning the City will be entitled to receive and be governed by the most favorable terms and conditions that Successful Bidder/Proposer grants now or in the future to a similarly situated local government. 1.52 NO PARTNERSHIP OR JOINT VENTURE - Nothing contained in this Contract will be deemed or construed to create a partnership or joint venture between the City of Miami and Contractor, or to create any other similar relationship between the parties. 1.53 NONCONFORMANCE TO CONTRACT CONDITIONS - Items may be tested for compliance with specifications under the direction of the Florida Department of Agriculture and Consumer Services or by other appropriate testing Laboratories as determined by the City. The data derived from any test for compliance with specifications is public record and open to examination thereto in accordance with Chapter 119, Florida Statutes. Items delivered not conforming to specifications may be rejected and returned at the Proposer's expense. These non -conforming items not delivered as per delivery date in the response and/or Purchase Order may result in Proposer being found in default in which event any and all re -procurement costs may be charged against the defaulted contractor. Any violation of these stipulations may also result in the supplier's name being removed from the City of Miami's Supplier's list. 1.54 NONDISCRIMINATION, EQUAL EMPLOYMENT OPPORTUNITY, AND AMERICAN WITH DISABILITIES ACT — Successful Bidder/Proposer/Contractor shall not unlawfully discriminate against any person in its operations and activities or in its use or expenditure of funds in fulfilling its obligations under this Agreement. Successful Bidder/Proposer/Contractor shall affirmatively comply with all applicable provisions of the Americans with Disabilities Act (ADA) in the course of providing any services funded by City, including Titles I and II of the ADA (regarding nondiscrimination on the basis of disability), and all applicable regulations, guidelines, and standards. In addition, Successful Bidder/Proposer/Contractor shall take affirmative steps to ensure nondiscrimination in employment against disabled persons. Successful Bidder/Proposer/Contractor affirms that it shall not discriminate as to race, age, religion, color, gender, gender identity, sexual orientation, national origin, marital status, physical or mental disability, political affiliation, or any other factor which cannot be lawfully used in connection with its performance under the Formal Solicitation. Furthermore, Successful Bidder/Proposer/Contractor affirms that no otherwise qualified individual shall solely by reason of their race, age, religion, color, gender, gender identity, sexual orientation, national origin, marital status, physical or mental disability, political affiliation, or any other factor which cannot be lawfully used, be excluded from the participation in, be denied benefits of, or be subjected to, discrimination under any program or activity. In connection with the conduct of its business, including performance of services and employment of personnel, Successful Bidder/Proposer/Contractor shall not discriminate against any person on the basis of race, age, religion, color, gender, gender identity, sexual orientation, national origin, marital status, physical or mental disability, political affiliation, or any other factor which cannot be lawfully used. All persons having appropriate qualifications shall be afforded equal opportunity for employment. 1.55 NON-EXCLUSIVE CONTRACT/ PIGGYBACK PROVISION - At such times as may serve its best interest, the City of Miami reserves the right to advertise for, receive, and award additional contracts for these herein goods and/or services, and to make use of other competitively bid (governmental) contracts, agreements, or other similar sources for the purchase of these goods and/or services as may be available. It is hereby agreed and understood that this formal solicitation does not constitute the exclusive rights of the successful Proposer(s) to receive all orders that may be generated by the City in conjunction with this Formal Solicitation. In addition, any and all commodities, equipment, and services required by the City in conjunction with construction projects are solicited under a distinctly different solicitation process and shall not be purchased under the terms, conditions and awards rendered under this solicitation, unless such purchases are determined to be in the best interest of the City. 1.56 NOTICE REGARDING "CURES" - Proposals submitted with irregularities, deficiencies, and/or technicalities that deviate from the minimum qualifications and submission requirements of Request for Qualifications (RFQ), Request for Proposals (RFP), Invitation to Bid (ITB), Invitation for Bids (IFB), Invitation to Quote (ITQ), Requests for Letters of Interest (RFLI) and Request for Sponsorships (RFS) shall result in a non- responsive determination. any solicitation issued after May 6, 2019, shall comply with APM 2-19. APM 2-19 is attached hereto. Only minor irregularities, deficiencies, and technicalities may be allowed to be timely cured by the proposer at the sole discretion of the City. Material irregularities, deficiencies, and technicalities cannot be cured by the proposer, and are not waivable by the City. PROPOSALS SUBMITTED WITH IRREGULARITIES, DEFICIENCIES, AND/OR TECHNICALITIES THAT DEVIATE FROM THE MINIMUM QUALIFICATIONS AND SUBMISSION REQUIREMENTS OF THIS RFP/Q SHALL RESULT IN A NON -RESPONSIVE DETERMINATION. The City will not give consideration to the curing of any Proposals that fail to meet the minimum qualifications and submission requirements of this RFP/Q. Proposer understands that non -responsive Proposals will not be evaluated and, therefore, will be eliminated from the Evaluation/Selection Process. 1.57 OCCUPATIONAL LICENSE - Any person, firm, corporation, or joint venture, with a business location in the City of Miami and is submitting a Response under this Formal Solicitation shall meet the City's Occupational License Tax requirements in accordance with Chapter 31.1, Article I of the City of Miami Charter. Others with a location outside the City of Miami shall meet their local Occupational License Tax requirements. A copy of the license must be submitted with the response; however, the City may, at its sole option and in its best interest allow the Proposer to supply the license to the City during the evaluation period, but prior to award. 1.58 ONE PROPOSAL - Only one (1) Response from an individual, firm, partnership, corporation, or joint venture will be considered in response to this Formal Solicitation. 1.59 OWNERSHIP OF DOCUMENTS - It is understood by and between the parties that any documents, records, files, or any other matter whatsoever which is given by the City to the successful Proposer pursuant to this formal solicitation shall at all times remain the property of the City and shall not be used by the Proposer for any other purposes whatsoever without the written consent of the City. 1.60 PARTIAL INVALIDITY - If any provision of this Contract or the application thereof to any person or circumstance shall to any extent be held invalid, then the remainder of this Contract or the application of such provision to persons or circumstances other than those as to which it is held invalid shall not be affected thereby, and each provision of this Contract shall be valid and enforced to the fullest extent permitted by law. 1.61 PERFORMANCE/PAYMENT BOND - A Contractor may be required to furnish a Performance/Payment Bond as part of the requirements of this Contract, in an amount equal to one hundred percent (100%) of the contract price. 1.62 PREPARATION OF RESPONSES - Proposers are expected to examine the specifications, required delivery, drawings, and all special and general conditions. All bid/proposed amounts, if required, shall be either typewritten or entered into the space provided with ink. Failure to do so will be at the Proposer's risk. A. Each Proposer shall furnish the information required in the Formal Solicitation. The Proposer shall sign the Response and print in ink or type the name of the Proposer, address, and telephone number on the face page and on each continuation sheet thereof on which he/she makes an entry, where required. B. If so required, the unit price for each unit offered shall be shown, and such price shall include packaging, handling and shipping, and F.O.B. Miami delivery inside City premises unless otherwise specified. Proposer shall include in the response all taxes, insurance, social security, workmen's compensation, and any other benefits normally paid by the Proposer to its employees. If applicable, a unit price shall be entered in the "Unit Price" column for each item. Based upon estimated quantity, an extended price shall be entered in the "Extended Price" column for each item offered. In case of a discrepancy between the unit price and extended price, the unit price will be presumed correct. C. The Proposer must state a definite time, if required, in calendar days for delivery of goods and/or services. D. The Proposer should retain a copy of all response documents for future reference. E. All responses, as described, must be fully completed and typed or printed in ink and must be signed in ink with the firm's name and by an officer or employee having authority to bind the company or firm by his/her signature. Bids/Proposals having any erasures or corrections must be initialed in ink by the person signing the response or the response may be rejected. F. Responses are to remain valid for at least 180 days. Upon award of a contract, the content of the Successful Proposer's response may be included as part of the contract, at the City's discretion. G. The City of Miami's Response Forms shall be used at all times. Use of any other forms will result in the rejection of the response. 1.63 PRICE ADJUSTMENTS - Any price decrease effectuated during the contract period either by reason of market change or on the part of the contractor to other customers shall be passed on to the City of Miami. 1.64 PRODUCT SUBSTITUTES - In the event a particular good (that has been awarded and approved) becomes unavailable during the term of the Contract, the Contractor awarded that item may arrange with the City's authorized representative(s) to supply a substitute product at the awarded price or lower, provided that a sample is approved in advance of delivery and that the new product meets or exceeds all quality requirements. 1.65 CONFLICT OF INTEREST, AND UNETHICAL BUSINESS PRACTICE PROHIBITIONS - Contractor represents and warrants to the City that it has not employed or retained any person or company employed by the City to solicit or secure this Contract and that it has not offered to pay, paid, or agreed to pay any person any fee, commission, percentage, brokerage fee, or gift of any kind contingent upon or in connection with, the award of this Contract. 1.66 PROMPT PAYMENT - Proposers may offer a cash discount for prompt payment; however, discounts shall not be considered in determining the lowest net cost for response evaluation purposes. Proposers are required to provide their prompt payment terms in the space provided on the Formal Solicitation. If no prompt payment discount is being offered, the Proposer must enter zero (0) for the percentage discount to indicate no discount. If the Proposer fails to enter a percentage, it is understood and agreed that the terms shall be 2% 20 days, effective after receipt of invoice or final acceptance by the City, whichever is later. When the City is entitled to a cash discount, the period of computation will commence on the date of delivery, or receipt of a correctly completed invoice, whichever is later. If an adjustment in payment is necessary due to damage, the cash discount period shall commence on the date final approval for payment is authorized. If a discount is part of the contract, but the invoice does not reflect the existence of a cash discount, the City is entitled to a cash discount with the period commencing on the date it is determined by the City that a cash discount applies. Price discounts on the original prices quoted on the Price Sheet will be accepted from successful Proposers during the term of the contract. 1.67 PROPERTY - Property owned by the City of Miami is the responsibility of the City of Miami. Such property furnished to a Contractor for repair, modification, study, etc., shall remain the property of the City of Miami. Damages to such property occurring while in the possession of the Contractor shall be the responsibility of the Contractor. Damages occurring to such property while in route to the City of Miami shall be the responsibility of the Contractor. In the event that such property is destroyed or declared a total loss, the Contractor shall be responsible for replacement value of the property at the current market value, less depreciation of the property, if any. 1.68 PROVISIONS BINDING - Except as otherwise expressly provided in the resulting Contract, all covenants, conditions, and provisions of the resulting Contract shall be binding upon and shall inure to the benefit of the parties hereto and their respective heirs, legal representatives, successors and assigns. 1.69 PUBLIC ENTITY CRIMES - A person or affiliate who has been placed on the convicted vendor list, following a conviction for a public entity crime may not: A. Submit a Bid to provide any goods or services to a public entity. B. Submit a Bid on a contract with a public entity for the construction or repair of a public building or public work. C. Submit responses on leases of real property to a public entity. D. Be awarded or perform work as a contractor, supplier, subcontractor, or consultant under a contract with any public entity. E. Transact business with any public entity in excess of the threshold amount provided in Section 287.017, CATEGORY TWO for a period of 36 months from the date of being placed on the convicted vendor list. 1.70 PUBLIC RECORDS - Proposer understands that the public shall have access, at all reasonable times, to all documents and information pertaining to City contracts, subject to the provisions of Chapter 119, Florida Statutes, and City Code, Section 18, Article III, and agrees to allow access by the City and the public, to all documents subject to disclosure under applicable law. Successful Proposer shall additionally comply with the provisions of Section 119.0701, Florida Statutes, titled "Contracts; public records". Proposer shall additionally comply with Section 119.0701, Florida Statutes, including without limitation: A. Keep and maintain public records that ordinarily and necessarily would be required by the City to perform this service. B. Provide the public with access to public records on the same terms and conditions as the City would at the cost provided by Chapter 119, Florida Statutes, or as otherwise provided by law. C. Ensure that public records that are exempt or confidential and exempt from disclosure are not disclosed except as authorized by law. D. Meet all requirements for retaining public records and transfer, at no cost, to the City all public records in its possession upon termination of this Agreement and destroy any duplicate public records that are exempt or confidential and exempt from disclosure requirements. E. All electronically stored public records must be provided to the City in a format compatible with the City's information technology systems. IF THE CONTRACTOR HAS QUESTIONS REGARDING THE APPLICATION OF CHAPTER 119, FLORIDA STATUTES, TO THE CONTRACTORS DUTY TO PROVIDE PUBLIC RECORDS RELATING TO THIS AGREEMENT, CONTACT THE DIVISION OF PUBLIC RECORDS AT (305) 416-1800, VIA EMAIL AT PUBLICRECORDS@MIAMIGOV.COM, OR REGULAR MAIL AT CITY OF MIAMI OFFICE OF THE CITY ATTORNEY, 444 SW 2ND AVENUE, 9TH FL, MIAMI, FL 33130. THE CON TRACTOR MAY ALSO CONTACT THE RECORDS CUSTODIAN AT THE CITY OF MIAMI DEPARTMENT WHO IS ADMINISTERING THIS CONTRACT. 1.71 QUALITY OF GOODS, MATERIALS, SUPPLIES, PRODUCTS, AND EQUIPMENT - All materials used in the manufacturing or construction of supplies, materials, or equipment covered by this solicitation shall be new. The items bid/proposed must be of the latest make or model, of the best quality, and of the highest grade of workmanship, unless otherwise specified in this Solicitation. 1.72 QUALITY OF WORK/SERVICES - The work/services performed must be of the highest quality and workmanship. Materials furnished to complete the service shall be new and of the highest quality except as otherwise specified in this Solicitation. 1.73 REMEDIES PRIOR TO AWARD (Sec. 18-106) - If prior to Contract award it is determined that a formal solicitation or proposed award is in violation of law, then the solicitation or proposed award shall be cancelled by the City Commission, the City Manager, or the Chief Procurement Officer, as may be applicable, or revised to comply with the law. 1.74 RESOLUTION OF CONTRACT DISPUTES (Sec. 18-105) A. Authority to resolve Contract disputes. The City Manager, after obtaining the approval of the City Attorney, shall have the authority to resolve disputes between the Proposer and the City which arise under, or by virtue of, a Contract between them; provided that, in cases involving an amount greater than $25,000, the City Commission must approve the City Manager's decision. Such authority extends, without limitation, to disputes based upon breach of Contract, mistake, misrepresentation, or lack of complete performance, and shall be invoked by a Contractual Party by submission of a protest to the City Manager. B. Contract dispute decisions. If a dispute is not resolved by mutual consent, the City Manager shall promptly render a written report stating the reasons for the action taken by the City Commission, or the City Manager, which shall be final and conclusive. A copy of the decision shall be immediately provided to the protesting party, along with a notice of such party's right to seek judicial relief, provided that the protesting party shall not be entitled to such judicial relief without first having followed the procedure set forth in this Section. 1.75 RESOLUTION OF PROTESTED SOLICITATIONS AND AWARDS (SECTION 18-104): Right to protest. The following procedures shall be used for resolution of protested solicitations and awards except for purchases of goods, supplies, equipment, and services, the estimated cost of which does not exceed $25,000.00. Protests thereon shall be governed by the administrative policies and procedures of Procurement. Protest of solicitation. a. Any prospective proposer who perceives itself aggrieved in connection with the solicitation of a contract may protest to the Chief Procurement Officer. A written notice of intent to file a protest shall be filed with the Chief Procurement Officer within three days after the request for proposals, request for qualifications or request for letters of interest is published in a newspaper of general circulation. A notice of intent to file a protest is considered filed when received by the Chief Procurement Officer; or b. Any prospective bidder/proposer who intends to contest bid specifications or a bid solicitation may protest to the Chief Procurement Officer. A written notice of intent to file a protest shall be filed with the Chief Procurement Officer within three days after the bid solicitation is published in a newspaper of general circulation. A notice of intent to file a protest is considered filed when received by the Chief Procurement Officer. Protest of award. a. Any actual proposer who perceives itself aggrieved in connection with the recommended award of contract may protest to the Chief Procurement Officer. A written notice of intent to file a protest shall be filed with the Chief Procurement Officer within two days after receipt by the proposer of the notice of the City Manager's recommendation for award of contract. The receipt by proposer of such notice shall be confirmed by the City by facsimile or electronic mail or U.S. mail, return receipt requested. A notice of intent to file a protest is considered filed when received by the Chief Procurement Officer; or b. Any actual responsive and responsible bidder/proposer whose bid is lower than that of the recommended bidder/proposer may protest to the Chief Procurement Officer. A written notice of intent to file a protest shall be filed with the Chief Procurement Officer within two days after receipt by the bidder/proposer of the notice of the City's determination of non -responsiveness or non -responsibility. The receipt by bidder/proposer of such notice shall be confirmed by the City by facsimile or electronic mail or U.S. mail, return receipt requested. A notice of intent to file a protest is considered filed when received by the Chief Procurement Officer. c. A written protest based on any of the foregoing must be submitted to the Chief Procurement Officer within five days after the date the notice of protest was filed. A written protest is considered filed when received by the Chief Procurement Officer. The written protest may not challenge the relative weight of the evaluation criteria or the formula for assigning points in making an award determination. The written protest shall state with particularity the specific facts and law upon which the protest of the solicitation or the award is based and shall include all pertinent documents and evidence and shall be accompanied by the required filing fee as provided in subsection (f). This shall form the basis for review of the written protest and no facts, grounds, documentation, or evidence not contained in the protester's submission to the Chief Procurement Officer at the time of filing the protest shall be permitted in the consideration of the written protest. No time will be added to the above limits for service by mail. In computing any period of time prescribed or allowed by this section, the day of the act, event or default from which the designated period of time begins to run shall not be included. The last day of the period so computed shall be included unless it is a Saturday, Sunday or legal holiday in which event the period shall run until the end of the next day, which is neither a Saturday, Sunday or legal holiday. Intermediate Saturdays, Sundays and legal holidays shall be excluded in the computation of the time for filing. Authority to resolve protests; hearing officer(s). Hearing officers appointed by the City shall have authority to resolve protests filed under this chapter of the City Code. The City Manager shall appoint a hearing officer, from a separate list of potential hearing officers pre - approved by the City Commission, to resolve protests filed in accordance with this section, no later than five working days following the filing of a bid protest. The hearing officer shall have the authority to settle and resolve any written protest. The hearing officer shall submit said decision to the protesting party and to the other persons specified within ten days after he/she holds a hearing under the protest. (1) Hearing officer. The hearing officer may be a special master as defined in chapter 2, article X, section 2-811 of the City Code, or a lawyer in good standing with the Florida Bar for a minimum of ten years with a preference given to a lawyer who has served as an appellate or trial court judge. The hearing officer may be appointed from alternative sources (e.g. expert consulting agreements, piggyback contracts, etc.) where the City Commission adopts a recommendation of the City Attorney that such action is necessary to achieve fairness in the proceedings. The engagement of hearing officers is excluded from the procurement ordinance as legal services. The hearing officers appointed in the pre -qualified group should be scheduled to hear protests on a rotational basis. (2) Right of protest. Any actual bidder or proposer who has standing under Florida law dissatisfied and aggrieved with the decision of the City regarding the protest of a solicitation or the protest of an award as set forth above in this section may request a protest hearing. Such a written request for a protest hearing must be initiated with a notice of intent to protest followed by an actual protest as provided in subsection 18-104(a). The notice of intent to protest and the actual protest must each be received timely by the Chief Procurement Officer and must comply with all requirements set forth in subsection 18-104(a). Failure to submit the required notice of intent to protest and the actual protest within the specified timeframes will result in an administrative dismissal of the protest. (3) Hearing date. Within 30 days of receipt of the notice of protest, the Chief Procurement Officer shall schedule a hearing before a hearing officer, at which time the person protesting shall be given the opportunity to demonstrate why the decision of the City relative to the solicitation or the award, which may include a recommendation for award by the City Manager to the City Commission, as applicable, should be overturned. The party recommended for award, if it is a protest of award, shall have a right to intervene and be heard. (4) Hearing procedure. The procedure for any such hearing conducted under this article shall be as follows: a. The City shall cause to be served by certified mail a notice of hearing stating the time, date, and place of the hearing. The notice of hearing shall be sent by certified mail, return receipt requested, to the mailing address of the protester. b. The party, any intervenor, and the City shall each have the right to be represented by counsel, to call and examine witnesses, to introduce evidence, to examine opposing or rebuttal witnesses on any relevant matter related to the protest even though the matter was not covered in the direct examination, and to impeach any witness regardless of which party first called him/her to testify. The hearing officer may extend the deadline for completion of the protest hearing for good cause shown, but such an extension shall not exceed an additional five business days. The hearing officer shall consider the written protest and supporting documents and evidence appended thereto, supporting documents or evidence from any intervenor, and the decision or recommendation as to the solicitation or award being protested, as applicable. The protesting party, and any intervenor, must file all pertinent documents supporting his/her protest or motion to intervene at least five business days before the hearing, as applicable. The hearing officer shall allow a maximum of two hours for the protest presentation and a maximum of two hours for the City response. When there is an intervenor, a maximum of two hours will be added for the intervenor. In the event of multiple protests for the same project, the hearing officer shall allocate time as necessary to ensure that the hearing shall not exceed a total of one day. c. The hearing officer shall consider the evidence presented at the hearing. In any hearing before the hearing officer, irrelevant, immaterial, repetitious, scandalous, or frivolous evidence shall be excluded. All other evidence of a type commonly relied upon by reasonably prudent persons in the conduct of their affairs shall be admissible whether or not such evidence would be admissible in trial in the courts of Florida. The hearing officer may also require written summaries, proffers, affidavits, and other documents that the hearing officer determines to be necessary to conclude the hearing and issue a final order within the time limits set forth by this section. d. The hearing officer shall determine whether procedural due process has been afforded, whether the essential requirements of law have been observed, and whether the decision was arbitrary, capricious, an abuse of discretion, or unsupported by substantial evidence as a whole. Substantial evidence means such relevant evidence as a reasonable mind might accept as adequate to support a conclusion. e. Within ten days from the date of the hearing, the hearing officer shall complete and submit to the City Manager, the City Attorney, any intervenor, the Chief Procurement Officer, and the person requesting said hearing a final order consisting of his/her findings of fact and conclusions of law as to the denial or granting of the protest, as applicable. f. The decisions of the hearing officer are final in terms of City decisions relative to the protest. Any appeal from the decision of the hearing officer shall be in accordance with the Florida Rules of Appellate Procedure. Compliance with filing requirements. Failure of a party to timely file either the notice of intent to file a protest or the written protest, together with the required filing fee as provided in subsection (f), with the Chief Procurement Officer within the time provided in subsection (a), above, shall constitute a forfeiture of such party's right to file a protest pursuant to this section. The protesting party shall not be entitled to seek judicial relief without first having followed the procedure set forth in this section. Stay of procurements during protests. Upon receipt of a written protest filed pursuant to the requirements of this section, the City shall not proceed further with the solicitation or with the award of the contract until the protest is resolved by the Chief Procurement Officer or the City Commission as provided in subsection (b) above, unless the City Manager makes a written determination that the solicitation process or the contract award must be continued without delay in order to avoid an immediate and serious danger to the public health, safety or welfare. Costs. All costs accruing from a protest shall be assumed by the protestor. Filing fee. The written protest must be accompanied by a filing fee in the form of a money order or cashier's check payable to the City in an amount equal to one percent of the amount of the bid or proposed contract, or $5,000.00, whichever is less, which filing fee shall guarantee the payment of all costs which may be adjudged against the protestor in any administrative or court proceeding. If a protest is upheld by the Chief Procurement Officer and/or the City Commission, as applicable, the filing fee shall be refunded to the protestor less any costs assessed under subsection above. If the protest is denied, the filing fee shall be forfeited to the City in lieu of payment of costs for the administrative proceedings as prescribed by subsection (e) above. (Ord. No. 12271, § 2, 8-22-02; Ord. No. 13629, § 2, 9-8-16). 1.76 SAMPLES - Samples of items, when required, must be submitted within the time specified at no expense to the City. If not destroyed by testing, Proposer(s) will be notified to remove samples, at their expense, within 30 days after notification. Failure to remove the samples will result in the samples becoming the property of the City. 1.77 SELLING, TRANSFERRING OR ASSIGNING RESPONSIBILITIES - Proposer shall not sell, assign, transfer or subcontract at any time during the term of the Contract, or any part of its operations, or assign any portion of the performance required by this contract, except under and by virtue of written permission granted by the City through the proper officials, which may be withheld or conditioned, in the City's sole discretion. 1.78 SERVICE AND WARRANTY - When specified, the Proposer shall define all warranties, service and replacements that will be provided. Proposer must explain on the Response to what extent warranty and service facilities are available. A copy of the manufacturer's warranty, if applicable, should be submitted with your response. 1.79 SILENCE OF SPECIFICATIONS - The apparent silence of these specifications and any supplemental specification as to any detail or the omission from it of detailed description concerning any point shall be regarded as meaning that only the best commercial practices are to prevail and that only materials of first quality and correct type, size and design are to be used. All workmanship and services are to be first quality. All interpretations of these specifications shall be made upon the basis of this statement. If your firm has a current contract with the State of Florida, Department of General Services, to supply the items on this solicitation, the Proposer shall quote not more than the contract price; failure to comply with this request will result in disqualification of proposal. 1.80 SUBMISSION AND RECEIPT OF RESPONSES - Responses shall be submitted via BidNet at, or before, the specified closing date and time as designated in the Solicitation. NO EXCEPTIONS. A. Facsimile responses will not be considered. B. Failure to follow these procedures is cause for rejection of proposal. C. The responsibility for obtaining and submitting a response on or before the close date is solely and strictly the responsibility of Proposer. The City of Miami is not responsible for delays caused by any other occurrence. Responses received after the solicitation closing date and time will be returned unopened and will not be considered for award. D. Late responses will be rejected. E. All responses are subject to the conditions specified herein. Those which do not comply with these conditions are subject to rejection. F. Modification of responses already submitted will be considered only if received at the City before the time and date set for closing of solicitation responses. All modifications must be submitted via BidNet. Once a solicitation closes (closed date and/or time expires), the City will not consider any subsequent submission which alters the responses. 1.81 TAXES - The City of Miami is exempt from any taxes imposed by the State and/or Federal Government. Exemption certificates will be provided upon request. Notwithstanding, Proposers should be aware of the fact that all materials and supplies which are purchased by the Proposer for the completion of the contract is subject to the Florida State Sales Tax in accordance with Section 212.08, Florida Statutes, as amended and all amendments thereto and shall be paid solely by the Proposer. 1.82 TERMINATION -The City Manager on behalf of the City of Miami reserves the right to terminate this contract by written notice to the contractor effective the date specified in the notice should any of the following apply: A. The contractor is determined by the City to be in breach of any of the terms and conditions of the contract. B. The City has determined that such termination will be in the best interest of the City to terminate the contract for its own convenience. C. Funds are not available to cover the cost of the goods and/or services. The City's obligation is contingent upon the availability of appropriate funds. 1.83 TERMS OF PAYMENT - Payment will be made by the City after the goods and/or services awarded to a Proposer have been received, inspected, and found to comply with award specifications, free of damage or defect, and properly invoiced. No advance payments of any kind will be made by the City of Miami Payment shall be made after delivery, within 45 days of receipt of an invoice and authorized inspection and acceptance of the goods/services and pursuant to Section 218.74, Florida Statutes, and other applicable law. 1.84 TIMELY DELIVERY - Time will be of the essence for any orders placed as a result of this solicitation. The City reserves the right to cancel such orders, or any part thereof, without obligation, if delivery is not made within the time(s) specified in their Response. Deliveries are to be made during regular City business hours unless otherwise specified in the Special Conditions. 1.85 TITLE - Title to the goods or equipment shall not pass to the City until after the City has accepted the goods/equipment or used the goods, whichever comes first. 1.86 TRADE SECRETS EXECUTION TO PUBLIC RECORDS DISCLOSURE - All Responses submitted to the City are subject to public disclosure pursuant to Chapter 119, Florida Statutes. An exception may be made for "trade secrets." If the Response contains information that constitutes a "trade secret", all material that qualifies for exemption from Chapter 119 must be submitted in a separate envelope, clearly identified as "TRADE SECRETS EXCEPTION," with your firm's name and the Solicitation number and title marked on the outside. Please be aware that the designation of an item as a trade secret by you may be challenged in court by any person. By your designation of material in your Response as a "trade secret" you agree to indemnify and hold harmless the City for any award to a plaintiff for damages, costs, or attorney's fees and for costs and attorney's fees incurred by the City by reason of any legal action challenging your claim. 1.87 UNAUTHORIZED WORK OR DELIVERY OF GOODS - Neither the qualified Proposer(s) nor any of his/her employees shall perform any work or deliver any goods unless a change order or purchase order is issued and received by the Contractor. The qualified Proposer(s) shall not be paid for any work performed or goods delivered outside the scope of the contract, or any work performed by an employee not otherwise previously authorized. 1.88 USE OF NAME - The City is not engaged in research for advertising, sales promotion, or other publicity purposes. No advertising, sales promotion or other publicity materials containing information obtained from this Solicitation are to be mentioned, or imply the name of the City, without prior express written permission of the City Manager or the City Commission. 1.89 VARIATIONS OF SPECIFICATIONS - For purposes of solicitation evaluation, Proposers must indicate any variances from the solicitation specifications and/or conditions, no matter how slight. If variations are not stated on their Response, it will be assumed that the product fully complies with the City's specifications. 2.0 SPECIAL CONDITIONS 2.1 PURPOSE The purpose of this Solicitation is to establish a contract for a telemetry and supervisory control and data acquisition ("SCADA") system for the City of Miami's ("City") storm pump stations, as specified herein, from a source or sources, fully compliant with the terms, conditions, and stipulations of the solicitation. 2.2 PRE -PROPOSAL CONFERENCE A Virtual Voluntary pre -proposal conference will be held on November 19, 2025 at 2:00 PM, via Teams MEETING or via phone at 786-598-2961; Conference ID: 610070017#. A discussion of the requirements of the Solicitation will occur at that time. Each potential Proposer is required, prior to submitting a Proposal, to acquaint itself thoroughly with any and all conditions and/or requirements that may in any manner affect the work to be performed. All questions and answers affecting the scope of work/specifications of the RFP will be included in an addendum, that will be distributed through the BidNet Procurement Solutions Platform ("BidNet"), following the Pre -Proposal Conference to all the attendees. Because the City considers the Pre -Proposal Conference to be critical to understanding the Solicitation requirements, attendance is highly recommended. It is the Proposer's responsibility, prior to submitting a proposal, to acquaint themselves thoroughly regarding any and all conditions and/or requirements that may affect the work to be performed in any manner. No allowance will be made because of lack of knowledge of these conditions. 2.3 SUBMISSION REQUIREMENTS Electronic proposal submittals to this RFP shall be submitted through BidNet until the date and time as indicated in the Solicitation. The responsibility for submitting a proposal on/or before the stated closing time and date is solely and strictly the responsibility of the Proposer. The City will in no way be responsible for delays caused by technical difficulties or caused by any other occurrence. Electronic proposal submissions may require the uploading of electronic attachments. The submission of attachments containing embedded documents or proprietary file extensions is prohibited. All documents should be attached as individual files and labeled. Any proposals received and time stamped through BidNet, prior to the proposal submittal deadline, shall be accepted as a timely submittal and anything thereafter will be rejected. Additionally, BidNet will not allow for the electronic proposal submittal after the closing date and time has lapsed. Proposals will be opened promptly at the time and date specified. All expenses involved with the preparation and submission of proposals to the City, or any work performed in connection therewith, shall be borne by the Proposer. Accordingly, Proposer: 1. Must register, free of charge, with BidNet to establish an account in order to have access to view and/or respond to any solicitations issued by the City of Miami's Procurement Department ("City"). 2. Shall submit all proposals electronically. Hard copy proposals submittals will not be accepted. NO EXCEPTIONS. 3. Must submit the Certification Statement and associated solicitation documents which define requirements of items and/or services to be purchased and must be completed and submitted as outlined within the solicitation via BidNet. The use of any other forms and/or the modification of City forms will result in the rejection of the proposer's proposal submittal. 4. Shall ensure that the Certification Statement is fully completed and provided with your proposal. Failure to comply with these requirements may cause the proposal to be deemed non -responsive. 5. Must ensure that an authorized agent of the Proposer's firm signs the Certification Statement and submits it electronically. FAILURE TO SIGN THE CERTIFICATION STATEMENT SHALL DEEM THE PROPOSAL NON -RESPONSIVE. 6. Proposal may be considered non -responsive if proposal does not conform to the terms and conditions of this solicitation. 2.4 DEADLINE FOR RECEIPT OF REQUEST FOR ADDITIONAL INFORMATION/CLARIFICATION Any questions or clarifications concerning this solicitation shall be submitted via BidNet or email to the Contracting Officer on the title page of this solicitation, with a copy filed with the Office of the City Clerk via email at Clerks@miamigov.com, pursuant to Section 1.20. Cone of Silence. The solicitation title and number shall be referenced on all correspondence. All questions must be received no later than September 29, 2025 at 4:00 PM. All responses to questions will be sent to all prospective proposers in the form of an addendum. NO QUESTIONS WILL BE RECEIVED VERBALLY OR AFTER SAID DEADLINE. 2.5 PROPOSERS MINIMUM QUALIFICATION REQUIREMENTS The minimum qualification requirements for this Solicitation are that the Successful Proposer shall: A. Have at least five (5) years of experience in providing telemetry and SCADA services and equipment to a large organization/corporation or government entity of similar size and complexity as the City of Miami; B. Have the same Federal Employee Identification Number (FEIN) for the last five (5) consecutive years; C. Have no record of judgments, bankruptcy, pending lawsuits against the City or criminal activities involving moral turpitude and not have any conflicts of interest that have not been waived by the City Commission; D. Not have any principal, officer, owner, or stockholder of Proposer be in arrears or in default of any debt or contract involving the City, nor have failed to perform faithfully on any previous contract with the City; and E. Not be a "debarred vendor" or have been convicted of a public entity crime under § 287.133, Florida State Statute. Submittals that do not respond completely to all requirements may be considered non -responsive and eliminated from the process. 2.6 PREFERRED QUALIFICATIONS The Successful Proposer should: A. Be a turn -key solutions entity; B. Provide a sole source of responsibility for the services provided under the resultant contract. 2.7 CURES Please refer to Attachment A - APM Regarding Cures and Section 1.56, Notice Regarding "Cures" of the General Terms and Conditions of this Solicitation. 2.8 CHANGES/ALTERATIONS Proposer may change or withdraw a Proposal at any time prior to Proposal submission deadline; however, no oral modifications will be allowed. Written modifications shall take place in the BidNet e-procurement system. Written modifications by way of BidNet or otherwise, shall not be allowed following the proposal deadline. 2.9 ACCEPTANCE OF OFFER The signed submission of your solicitation response shall be considered an offer on the part of the Proposer; such offer shall be deemed accepted upon issuance by the City of a purchase order/executed agreement. All signatures shall NOT be typewritten on any document requesting a signature. 2.10 TERM OF CONTRACT The Proposer(s) qualified to provide the service(s) requested herein (the "Successful Proposer(s)") shall be required to execute an agreement ("Agreement") with the City, which shall include, but not be limited to, the following terms: A. The term of the Agreement(s) shall be for one (1) year with the option to renew for three (3) additional one (1) year periods. B. The City shall have the option to extend or terminate the Agreement. The renewal and any extensions of this contract are subject to the following: A. Continued satisfactory performance compliance with the specifications, terms and conditions established herein. B. Availability of funds. Continuation of the agreement beyond the initial period is a City prerogative, not a right of the Proposer. This prerogative will be exercised only when such continuation is clearly in the best interest of the City. The City reserves the right to automatically extend this contract for up to one hundred eighty (180) calendar days beyond the stated contract term in order to provide City departments with continual service and supplies while a new contract is being solicited, evaluated, and awarded. If the right is exercised, the City shall notify the Proposer, in writing, of its intent to extend the contract at the same price, terms and conditions for a specific number of days. Additional extensions over the first one hundred eighty (180) day extension may occur if the City and the Successful Proposer are in mutual agreement of such extensions. 2.11 EXECUTION OF AN AGREEMENT The Successful Proposer(s), evaluated and ranked in accordance with the requirements of this Solicitation, shall be afforded an opportunity to negotiate an Agreement ("Agreement"), Attachment B with the City. The City reserves the right to execute or not execute, as applicable an Agreement with the Successful Proposer(s) in substantially the same form as the draft Agreement included as part of this solicitation. Such Agreement will be furnished by the City, contain certain terms that are in the City's best interest, and be subject to approval as to legal form by the Miami City Attorney. Various terms including, without limitation, hold harmless/indemnity, insurance, conflicts, ethics, applicable law, and venue, etc. are not negotiable. Prior to the execution of the Agreement, the Successful Proposer shall be an approved, registered entity to do business in the State of Florida. Successful Proposer shall complete all steps necessary as determined by the State of Florida's Division of Corporations, which can be found by visiting www.sunbiz.org. Once documentation approval has been received, the Agreement and any resultant Purchase Order or Notice to Proceed shall be executed. 2.12 TRADE SECRET/CONFIDENTIAL INFORMATION When submitting a Proposal/Bid that will claim trade secret protection, Bidder/Proposer shall submit the protected portion of the proposal/bid in a separate envelope (physical submission) or upload as a separate document (electronically) with clear of identification of its confidentiality and the solicitation number. The entire proposal/bid may not be deemed as a trade secret or confidential information. Florida State Statute 812.081- Definition of Trade Secret Pursuant to Florida State Statute 812.081: "Trade secret" means the whole or any portion or phase of any formula, pattern, device, combination of devices, or compilation of information, which is for use, or is used, in the operation of a business and which provides the business an advantage, or an opportunity to obtain an advantage, over those who do not know or use it. The term includes any scientific, technical, or commercial information, including financial information, and includes any design, process, procedure, list of suppliers, list of customers, business code, or improvement thereof, whether tangible or intangible, and regardless of whether or how it is stored, compiled, or memorialized physically, electronically, graphically, photographically, or in writing. Irrespective of novelty, invention, patentability, the state of the prior art, and the level of skill in the business, art, or field to which the subject matter pertains, a trade secret is considered to be: 1. Secret; 2. Of value; 3. For use or in use by the business; and 4. Of advantage to the business, or providing an opportunity to obtain an advantage, over those who do not know or use it, when the owner thereof takes measures to prevent it from becoming available to persons other than those selected by the owner to have access thereto for limited purposes. Availability of Proposal/Bid Information for Evaluation Purposes Trade Secret/Confidential labeling will not exempt the full document from being reviewed by the designated evaluator(s) during the solicitation process. Public Record Requests for Items Marked Trade Secret/Confidential Upon the completion of the evaluation process and the approved recommendation for award, all proposals become available to public record requests. When a public records request is received for the bid/proposals, the Proposer whose item was marked trade secret/confidential, will be notified via email of said request. At that time, the Proposer shall provide a response to the emailed letter within five (5) business days with all documentation requested in said letter. The records will then be issued pursuant to the State of Florida's Public Records Law. 2.13 NON -APPROPRIATION OF FUNDS In the event no funds or insufficient funds are appropriated and budgeted or are otherwise unavailable in any fiscal period for payments due under this contract, then the City, upon written notice to the Successful Proposer of such an occurrence, shall have the unqualified right to terminate the contract without any penalty to expense to the City. No guarantee, warranty, or representation is made that any project will be awarded to any firm. 2.14 PRICE PROPOSAL PACKET Proposer shall complete the Price Proposal Packet indicating pricing for providing all services and equipment as detailed in Section 3.0, Specifications/Scope of Work. Failure to submit all forms in the Attachment C - Pricing Packet, as required, shall disqualify Proposer from consideration, and Proposer shall be deemed non -responsive. Only one Price Packet is acceptable, deviation from the forms in the packet will render the proposal non -responsive. 2.15 LIVING WAGE ORDINANCE The City of Miami Living Wage Ordinance is not applicable to this service contract. Please refer to Section 1.38 of the General Terms and Conditions for further information. 2.16 PRICING PROPOSAL AND ESCALATION All services under this Contract shall be priced as stated in the Proposer's proposal. Proposer may request in writing, including a justification, an adjustment of the prices submitted in the pricing schedules based on changes in the CPI for All Urban Consumers (CPI-U), U.S. City Average, Miami -Ft. Lauderdale, FL., no more than sixty (60) days, but no less than thirty (30) days prior to the yearly contract anniversary. If requested, the pricing schedule may be increased/decreased, if necessary, based on review of the CPI criteria listed above. Any adjustments made will be for the following contract year and will not be combined with previous years that were not requested within the date parameters set above (i.e., rate increase requested within the date parameters above in 2025, if approved will be for year 2026). Should the Successful Proposer(s) not submit their request for any particular year, they will forgo any change in the CPI. The City may, after review, refuse to accept the adjusted costs if they are not properly documented, increases are considered to be excessive, or decreases are considered to be insufficient. In the event the City does not wish to accept the adjusted costs, and the matter cannot be resolved to the satisfaction of the City, the City reserves the right to cancel the contract upon giving thirty (30) days' notice to the Successful Proposer. The Procurement Department in consultation with the client depaitinent, may also, in its sole discretion, make an equitable adjustment in the contract terms and/or pricing if pricing or availability of supply is affected by extreme or unforeseen volatility in the marketplace, that is, by circumstances that satisfy all the following criteria: (1) the volatility is due to circumstances beyond the Successful Proposer(s) control, (2) the volatility affects the marketplace or industry, not just the particular contract source of supply, (3) the effect on pricing or availability of supply is substantial, and (4) the volatility so affects the Successful Proposer(s) that continued performance of the contract would result in a substantial loss. Successful Proposer(s) might have to supply documentation to justify any requested percentage increase in cost to the City of Miami. 2.17 INSURANCE REQUIREMENTS The proposer shall furnish to City of Miami, c/o Procurement Department, 444 SW 2nd Avenue, 6th Floor, Miami, Florida 33130, Certificate(s) of Insurance which indicate that insurance coverage has been obtained which meets the requirements as outlined below: Please see Attachment D, Insurance Addendum for insurance definitions, requirements, and conditions. Commercial General Liability A. Limits of Liability Bodily Injury and Property Damage Liability Each Occurrence $1,000,000 General Aggregate Limit $2,000,000 Personal and Adv. Liability $1,000,000 Products/Completed Operations $1,000,000 B. Endorsements Required City of Miami included as an additional insured Contingent and Contractual Liability Premises and Operations Liability Primary Insurance Clause Endorsement Business Automobile Liability A. Limits of Liability Bodily Injury and Property Damage Liability Combined Single Limit Combined Single Limit Owned/Scheduled Autos Including Hired, Borrowed or Non -Owned Autos Any One Accident $ 1,000,000 B. Endorsements Required City of Miami included as an additional insured Worker's Compensation A. Limits of Liability Statutory State of Florida Waiver of Subrogation Employer's Liability A. Limits of Liability $100,000 for bodily injury caused by an accident, each accident $100,000 for bodily injury caused by disease, each employee $500,000 for bodily injury caused by disease, policy limit Professional Liability/Errors and Omissions Combined Single Limit Each Occurrence $1,000,000 General Aggregate Limit $1,000,000 Retro Date Included Successful Proposer agrees to maintain Professional Liability/Errors and Omissions coverage, along with Network Security and Privacy Injury (Cyber) coverage, if applicable, for a minimum of 1 year after termination of the contract period subject to continued availability of commercially reasonable terms and conditions of such coverage. BINDERS ARE UNACCEPTABLE. The insurance coverage required shall include those classifications, as listed in standard liability insurance manuals, which most nearly reflect the operations of the bidder/proposer. All insurance policies required above shall be issued by companies authorized to do business under the laws of the State of Florida, with the following qualifications: The Company must be rated no less than "A" as to management, and no less than "Class V" as to financial strength, by the latest edition of Best's Insurance Guide, published by A.M. Best Company, Oldwick, New Jersey, or its equivalent. All policies and/or certificates of insurance are subject to review and verification by Risk Management prior to insurance approval. Certificates will indicate no modification or change in insurance shall be made without thirty (30) days' written advance notice to the certificate holder. Compliance with the foregoing requirements shall not relieve the bidder/proposer of their liability and obligation under this section or under any other section of this Agreement. If insurance certificates are scheduled to expire during the contractual period, the Bidder/Proposer shall be responsible for submitting new or renewed insurance certificates to the City at a minimum of ten (10) calendar days in advance of such expiration. In the event that expired certificates are not replaced with new or renewed certificates which cover the contractual period, the City shall: • Suspend the contract until such time as the new or renewed certificates are received by the City in the manner prescribed in the Request for Proposals. The City may, at its sole discretion, terminate this contract for cause and seek re -procurement damages from the Successful Bidder/Proposer in conjunction with the General and Special Terms and Conditions of the Solicitation. The Successful Bidder/Proposer shall be responsible for assuring that the insurance certificates required in conjunction with this Section remain in force for the duration of the contractual period; including any and all option terms that may be granted to the Successful Bidder/Proposer. See Attachment D — Insurance Addendum. ***THERE IS NO BID BOND ASSOCIATED WITH THE SUBMISSION OF A PROPOSAL OR THE EXECUTION OF AN AGREEMENT UPON AWARD OF CONTRACT.*** 2.18 LIQUIDATED DAMAGES Failure to complete the project in accordance with the specifications and to the satisfaction of the City within the time stated shall result in liquidated damages being assessed. The Successful Proposer shall be subject to an assessment of liquidated damages in the amount of one hundred dollars ($100) for each and every calendar day the work remains incomplete (not to exceed the total amount of the contract), as compensation due to the City for loss incurred by the City due to such incompletion of the work. The City shall have the right to deduct said liquidated damages from any amount due or that may become due to the Successful Proposer under this agreement or to invoice the Successful Proposer for such damages if the costs incurred exceed the amount due to the Successful Proposer. 2.19 METHOD OF PAYMENT Payment will be made within forty-five (45) calendar days, in accordance with Florida Statutes Sections 218.73 and 218.74 of the Prompt Payment Act for services rendered the previous month, upon submission of properly certified/approved invoices. All such information shall be provided to the City Project Manager, or designee. The City will pay the contract price minus any liquidated damages and/or other damages to Successful Proper upon completion and acceptance. Each invoice shall include total cost, proof of payment to subcontractors and suppliers with corresponding release of liens forms and affidavits, if applicable. 2.20 SUB-CONTRACTOR(S) OR SUB-CONSULTANT(S) A Sub -Consultant, herein known as Sub-Contractor(s) is an individual or firm contracted by the Proposer or Proposer's firm to assist in the performance of services required under this Solicitation. A Sub -Contractor shall be paid through Successful Proposer or Successful Proposer's firm and not paid directly by the City. Sub -Contractors are allowed by the City in the performance of the services delineated within this Solicitation. Proposer must clearly reflect in its Proposal the major Sub -Contractors to be utilized in the performance of required services. The City retains the right to accept or reject any Sub -Contractors proposed in the response of Successful Proposer or prior to agreement execution. Any and all liabilities regarding the use of a Sub -Contractor shall be borne solely by the Successful Proposer and insurance for each Sub -Contractors must be maintained in good standing and approved by the City throughout the duration of the Agreement. Neither Successful Proposer nor any of its Sub -Contractors are considered to be employees or agents of the City. Failure to list all Sub -Contractors and provide the required information may disqualify any proposed Sub -Contractors from performing work under this Solicitation. Proposers shall include in their responses the requested Sub -Contractor information and include all relevant information required of the Proposer. In addition, within five (5) working days after the identification of the award to the Successful Proposer, the Successful Proposer shall provide a list confirming the Sub -Contractors that the Successful Proposer intends to utilize in the Agreement, if applicable. The list shall include, at a minimum, the name, location of the place of business for each Sub -Contractor, the services Sub -Contractor will provide relative to any agreement that may result from this Solicitation, any applicable licenses, references, ownership, and other information required of Proposer. 2.21 PROJECT MANAGER Upon award, Successful Proposer(s) shall report and work directly with Arsslan Zafar, Engineer I, or designee, who shall be designated as the Project Manager for the Department of Resilience and Public Works. 2.22 UNAUTHORIZED WORK The Successful Proposer shall not begin work until a Purchase Order and/or a Notice to Proceed are received. 2.23 SPECIFICATION EXEMPTION Specifications are based on the most current literature available. Proposer shall notify the City of Miami Procurement Department, in writing, no less than fourteen (14) days prior to solicitation closing date of any change in industry specifications which conflict with the specifications. Proposers must explain any deviation from the specifications in writing as a footnote on the applicable specification page and enclose a copy of supporting data detailing the changed item(s) with his/her submission. Additionally, Proposers must indicate any options requiring the addition of other options, as well as those which are included as a part of another option. Failure of Proposers to comply with these provisions will result in Proposers being held responsible for all costs required to bring the item(s) in compliance with contract specifications. These specifications describe the various items or services required, enumerating or defining the extent of same, but failure to list any item or services under scope of the several sections shall not relieve the Successful Proposer from performing such work where required by any part of these specifications, or necessary to the satisfactory completion of services. 2.24 ADDITIONS/DELETIONS OF SERVICES/ITEMS Although this solicitation identifies specific suppliers to provide specific items/services, it is hereby agreed and understood that any service, or item may be added/deleted to/from this Contract at the option of the City. When an additional item/service is required, the Supplier(s) shall be invited to submit pricing to provide the new item/service. If the addition(s) is(are) in the best interest of the City, an amendment to the contract shall be issued by the City. 2.25 EVALUATION/SELECTION PROCESS AND CON TRACT AWARD The procedure for response evaluation, selection and award is as follows: 1. Solicitation issued; 2. Receipt of responses; 3. Opening and listing of all responses received; 4. Procurement staff will review each submission for compliance with the submission requirements of the solicitation, including verifying that each submission includes all documents required; 5. An Evaluation Committee ("Committee"), appointed by the City Manager, comprised of appropriate City of Miami personnel and members of the community, as deemed necessary, with the appropriate technical expertise and/or knowledge, shall meet to evaluate each response in accordance with the requirements of this solicitation and based upon the evaluation criteria as specified herein; 6. The Committee reserves the right, in its sole discretion, to request Proposers to make oral presentations before the Committee as part of the evaluation process. The presentation may be scheduled at the convenience of the Committee and shall be recorded; 7. The Committee reserves the right to rank the proposals and shall make its recommendation to the City Manager requesting the authorization to negotiate. No Proposer(s) shall have any rights against the City arising from such negotiations thereof; 8. The City Manager reserves the right to reject the Committee's recommendation to negotiate and instruct the Committee to re-evaluate and make another recommendation or reject all proposals. No Proposer(s) shall have any rights against the City arising from such termination thereof; 9. If the City Manager accepts the Committee's recommendation to negotiate, Procurement will negotiate a final contract with the Successful Proposer, and submit a recommendation to award a contract to the City Manager; 10. The City Manager shall then submit his or her award recommendation and negotiated contract to the City Commission for approval. Written notice shall be provided to all proposers; 11. If the City Manager accepts the award recommendation, the City Manager's recommendation for award of contract will be sent via email to all Proposers, which will initiate the protest period. Additionally, the award recommendation will also be posted in BidNet. 12. After reviewing the City Manager's recommendation, the City Commission may: • Approve the City Manager's award recommendation and negotiated contract; • Reject all proposals; or • Reject all proposals and instruct the City Manager to reissue a solicitation; The decision of the City Commission shall be final. Written notice of the award shall be given to the Successful Proposer. 2.26 FAILURE TO PERFORM Should it not be possible to reach the Successful Proposer or its Project Manager, and/or should remedial action not be taken within 48 hours of any failure to perform according to specifications, the City reserves the right to declare Successful Proposer in default of the agreement. 2.27 RECORDS During the contract period, and for at least three (3) subsequent years thereafter, Successful Proposer shall provide the City access to all files and records maintained on the City's behalf. 2.28 TRUTH IN NEGOTIATIONS Execution of the resulting agreement by the Successful Proposer shall act as the execution of truth -in -negotiation certificate stating that wage rates and other factual unit costs supporting the compensation of the resulting Agreement are accurate, complete, and current at the time of contracting. The original contract price and any additions thereto shall be adjusted to exclude any significant sums by which the City determines the contract price was increased due to inaccurate, incomplete, or non -current wage rates and other factual unit costs. All such contract adjustments shall be made within one (1) year following the end of the Agreement. 2.29 TRANSITION -OUT OBLIGATIONS For a period of three (3) months from the Termination Date of the contract, the Successful Proposer shall assist with the orderly transition of duties and shall be reasonably available to the succeeding contractor with regards to questions, inquiries and other details related to this contract, if applicable. 2.30 TERMINATION FOR DEFAULT If Successful Proposer defaults in its performance under this Agreement and does not cure the default within thirty (30) calendar days after written notice of the default, in addition to all remedies afforded to the City, the City Manager/Executive Director may terminate this contract in whole or in part, upon written notice without penalty to the City of Miami. The Successful Proposer shall be liable for all damages including the excess cost of procuring similar supplies and services. If it is determined for any reason the Successful Proposer is not in default or the Successful Proposer's failure to perform is without their or their subcontractor's control, fault, or negligence, the termination will be deemed for the convenience of the City. FOR CONVENIENCE The City Manager /Executive Director may terminate this Contract, in whole or in part, upon thirty (30) calendar days prior written notice when it is in the best interest of the City of Miami. If the contract is for supplies, products, equipment, or software, and so terminated for convenience by the City, the Successful Proposer will be compensated in accordance with an agreed upon adjustment of cost. If the contract is for services and so terminated, the City shall only be liable for payment in accordance with the payment provisions of the Contract for those services rendered prior to termination. 2.31 ADDITIONAL TERMS AND CONDITIONS No additional terms and conditions included as part of your solicitation response shall be evaluated or considered, and any and all such additional terms and conditions shall have no force or effect and are inapplicable to this solicitation. If submitted either purposely, through intent or design, or inadvertently, appearing separately in transmittal letters, specifications, literature, price lists or warranties, it is understood and agreed that the General Conditions and Special Conditions in this solicitation are the only conditions applicable to this solicitation and that the Proposer's authorized signature affixed to the Proposer's acknowledgment form attests to this. If a Professional Services Agreement (PSA) or other Agreement is provided by the City and is expressly included as part of this solicitation, no additional terms or conditions which materially or substantially vary, modify, or alter the terms or conditions of the PSA or Agreement, in the sole opinion and reasonable discretion of the City will be considered. Any and all such additional terms and conditions shall have no force or effect and are inapplicable to this PSA or Agreement. 2.32 COUNTERPARTS; ELECTRONIC SIGNATURES The resulting Agreement and any amendments hereto may be executed in counterparts and all such counterparts taken together shall be deemed to constitute one and the same instrument, each of which shall be an original as against either party whose signature appears thereon, but all of which taken together shall constitute but one and the same instrument. An executed facsimile or electronic scanned copy of the Agreement shall have the same force and effect as an original. The parties shall be entitled to sign and transmit an electronic signature on this Agreement (whether by facsimile, PDF, or other email transmission), which signature shall be binding on the party whose name is contained therein. Any party providing an electronic signature agrees to promptly execute and deliver to the other parties an original signed Agreement upon request. 2.33 ANTITRUST VIOLATOR VENDORS A person or an affiliate who has been placed on the Antitrust Violator Vendors List following a conviction or being held civilly liable for an antitrust violation may not submit a bid, proposal, or reply on any agreement to provide any goods or services to a public entity; may not submit a bid, proposal, or reply on any agreement with a public entity for the construction or repair of a public building or public work; may not submit a bid, proposal, or reply on leases of real property to a public entity; may not be awarded or perform work as a grantee, supplier, subcontractor, or consultant under an agreement with a public entity; and may not transact new business with a public entity. 2.34 ANTI -HUMAN TRAFFICKING The Proposer confirms and certifies that it is not in violation of Section 787.06, Florida Statutes, and that it does not and shall not use "coercion" for labor or services as defined in Section 787.06, Florida Statutes. The Proposer shall execute and submit to the City an Affidavit, of even date herewith, in compliance with Section 787.06(13), Florida Statutes, attached an incorporated herein as "Anti -Human Trafficking Affidavit". If the Successful Bidder/Proposer fails to comply with the terms of this Section, the City may suspend or terminate this Agreement immediately, without prior notice, and in no event shall the City be liable to Successful Proposer for any additional compensation or for any consequential or incidental damages. See Attachment E, Anti -Human Trafficking Affidavit. Failure to complete, sign and upload the Anti -Human Trafficking Affidavit may render your bid non -responsive. 2.35 E-VERIFY EMPLOYMENT VERIFICATION Qualified Proposer(s) shall E-Verify the employment status of all employees and subcontractors to the extent required by federal, state, and local laws, rules, and regulations. The City shall consider employment by any Qualified Proposer(s) of unauthorized aliens a violation of Section 274A(e) of the Immigration and Nationality Act. If Qualified Proposer(s) knowingly employs unauthorized aliens, such violation shall be cause for termination of the Contract. Furthermore, Qualified Proposer(s) agrees to utilize the U.S. Agency of Homeland Security's E- Verify System, https://e-verify.uscis.gov/emp, to verify the employment eligibility of all employees during the term of the Contract. Qualified Proposer(s) shall also include a requirement in subcontracts that the subcontractor shall also utilize the E-Verify System to verify the employment eligibility of all employees of the subcontractor during the term of the Contract. 3.0 SPECIFICATIONS/SCOPE OF WORK I. INTRODUCTION PROPOSERS ARE NOT REQUIRED TO ENTER A UNIT PRICE IN THE LINE ITEM LISTED IN THE ACTUAL SOLICITATION. PROPOSERS SHALL COMPLETE ATTACHMENT C, PROPOSAL PRICE PACKET. II. RFP OVERVIEW This RFP establishes a contract for the design and installation of the Stormwater Pump Station Telemetry services which plans to add supervisory control and data acquisition ("SCADA") capabilities to twelve (12) existing pump stations, including cloud -based communications, allowing remote monitoring and control for the City of Miami's Department of Resilience and Public Works ("RPW"). The City has prepared design criteria to detail the requirements of the system, by way of detailed performance and prescriptive requirements. The removal of various existing physical features may be required in order to construct all components of the work as described in this design. The Proposer shall be responsible for the furnishing and installation of all systems, equipment, hardware, software, materials, supplies, and manufactured articles and furnishing all labor, transportation, and services, including fuel, power, water, and essential communications, or other operations including testing, commissioning, and final restoration work required for the functional and satisfactory delivery of the stormwater pump station SCADA system and all of its ancillary elements. The Proposer shall provide a complete installation, and all materials, trainings, system manuals, and services not expressly indicated or called for in this RFP which may be reasonably assumed as necessary for the complete and proper functionality of the system. III. STORM WATER PUMP STATION LOCATIONS ("Station" or "Pump Station") The system shall be provided for twelve (12) stations. A. Riverview — 1301 NW 6th Street, Miami FL 33125 B. Lawrence — 342 SW 7th Avenue, Miami FL 33130 C. Orange Bowl — 1775 NW 7th Street, Miami FL 33125 D. Belle Meade — 7747 NE 8th Avenue, Miami FL 33138 E. Brickell Avenue — SE 12th Street at Brickell Avenue Median, Miami FL 33130 F. Mary Brickell — 801 SW 1st Avenue, Miami, FL 33130 G. San Marco — 1383 South Venetian Way, Miami FL 33139 H. Antonio Maceo — 5105 NW 7th Street, Miami FL 33126 I. West End No. 1 — 6311 SW 6th Street — SW 63rd Court and SW 6th Street, Miami FL 33144 J. West End No. 2 — 6321 SW 2th Street — SW 63rd Court and SW 2nd Street, Miami FL 33144 K. West End No. 3 — 501 Tamiami Canal Road — NW 64th Court and NW 3rd Street, Miami FL 33126 L. West End No. 4 — 6250 Tamiami Canal Road — NW 62nd Court and NW 5th Street, Miami FL 33126 The City reserves the right to add new pump stations to the contract. Upon addition, a quote will be requested for the purchase, installation, and annual maintenance of all hardware/software necessary to bring the pump station on. IV. SCOPE OF WORK The Proposer shall provide all labor, equipment, materials, testing, and quality control for final acceptance by the City of the system components. In addition to furnishing and installation, the Proposer shall be responsible for the design, permitting, acceptance and testing, providing documentation (manuals) and warranties and training (as required). Additionally, the Proposer shall provide all the necessary investigations including site investigations, surveys, and utility locates if applicable. The Proposer shall be responsible for coordinating with utility agencies/owners for the required utility adjustments, removals, and/or relocations, if applicable. The scope encompasses, but is not limited to, all related site/civil/electrical/communications infrastructure, investigation, and design on electrical interface to input/output signals and devices at each Station; design, installation, configuration, and programming of a SCADA controller at each Station; design, installation, and startup of a cloud -based telemetry system; and landscaping. Landscaping shall only include refurbishment of any existing disturbed areas during installation. The Proposer shall prepare all surveys; designs; construction documents including drawings, specifications, as -built documentation, and shop drawings; as well as obtain all permits including, but not limited to, environmental, MOT, ROW, and building permitting, if applicable. Additionally, the Proposer shall perform all necessary inspections, testing, and perform all supportive ancillary tasks to the primary scope of services to successfully complete all phases of the Project. The Proposer shall be responsible for security, protection from vandalism and theft of their own means of work and equipment at each of the Stations. The Proposer shall furnish a telemetry -based SCADA System, including permitting, networks, remote terminal units ("RTU"), programming, SCADA system software and ancillary software, factory and on -site testing, training, startup, maintenance, and miscellaneous and ancillary services as required. The Proposer will be required to interface with existing structures, mechanical equipment, wiring, cabling and conduit, controls and electrical facilities and piping which may be removed if unused. The Proposer is responsible for all associated electrical work, instrumentation and control systems work and all appurtenant work to ensure the system is complete, tested, and ready for operation, all in conformance with the City's contract documents. The telemetry system manufacturer selected shall provide a system that is fully compatible with the City's Stormwater Pump Station SCADA System, integrating the new system with the existing system and leveraging similar functionality, hardware/spares, programming skills, and support. Throughout the duration of this project, the Proposer shall involve and inform the public through a public involvement program for any impacts that may affect the public. The following sections provide an introductory scope at a high level. More detailed requirements are specified within other sections and attachments of this solicitation. A. GENERAL REQUIREMENTS Telemetry Implementation Fully implement and integrate the cloud -based telemetry system with the City's existing Stormwater Pump Station SCADA System. Enable access to Pump Station SCADA graphics from any authorized PC, tablet, smart phone, or other device with Wi-Fi connectivity. Coordinate with the City to install and activate required software on these devices for remote access. Provide two -factor authentication ("2FA") for access to the SCADA system to secure against unauthorized access to the system. The means of 2FA shall be compatible with any existing City 2FA. Station Controller The new RTUs are to provide monitoring and control functions at each station, and interface to a cloud -based telemetry system. The system is to be fully compatible with what the City has currently installed at all pump stations. Pump Stations contain a variety of existing control and monitoring devices, such as Flygt pump controllers, SmartStix I/O devices, control relays and timers. These devices may be retained and interfaced with or may be replaced with new RTUs. It is the Proposer's responsibility to investigate each station, and design the electrical interface required to provide the I/O indicated to the new RTU and SCADA System. Provide cellular modems for communications compatible with South Bayshore Lane Pump Station. Provide uninterruptible power supplies ("UPS") to each controller and telemetry system. Include environmental protection for the controller system as recommended by the system manufacturer. Enclosures shall be rated NEMA-4X (316L SS). Network Devices Local Ethernet -compatible network devices such as switches, routers, and media -converters. Minimum requirements: Copper ports - RJ-45, 10/100Mbps, qty. to be determined; 24 vDC powered; DIN -rail mounted; unmanaged. Client Application Local device application ("App") resident on smart phone or touchpad. Camera New 360-degree cameras at each Pump Station. Minimum requirements: 360-degrees of view; 4K resolution; 100% coverage; 60 days local recording; aluminum pole with internal chase for cabling. Raceways Comply with the Florida Building Code and the City's construction standards for the installation of below grade and exposed conduit. Minimum requirements: 3/4" minimum; rigid non-metallic below grade; rigid aluminum above grade and exposed. Conductors Comply with the Florida Building Code and the City's construction standards for the installation of conductors. Splices are not allowed. Minimum requirements: Type MTW inside control panels; Type XHHW-2 for power (#14 AWG minimum); 2-conductor, #16 AWG, twisted, shielded pairs for controls; CAT-6 for Ethernet. Rain Sensor Comply with the City's existing requirements. Minimum requirements: sensing pad size: 5cm x 4cm with a nickel plate on one face; analog and discrete outputs; anti -conductivity & oxidation with long- time use; sensitivity adjustable by a potentiometer Water Quality Analyzer Turbidity sensor and transmitter that measures suspended particles in a liquid sample. Minimum requirements: infrared/scattered light; +/- 0.001 NTU accuracy; 0.001 NTU detection limit; 120 vAC powered; LCD transmitter display. Fuel -Oil Level Gauge Level gauge installed in existing fuel -oil (diesel) tanks to measure fuel -oil level. Existing above -grade and subbase tanks supply fuel -oil to generators. Proposer shall examine each fuel -oil tank and provide a level gauge that applies to each specific application. Minimum requirements: local analog indication, 4-20 mA output to RTU. Elapse Time Meter Minimum requirements: Heavy duty with digital readout in hours, 4-20 mA output to RTU. Additional System Components Proposer shall submit solutions to the City for approval. Additional system components include (but are not limited to) discrete devices, door/gate switches, relays, and other control panel components. PUMP STATION DETAILS The twelve (12) existing pump stations include three (3) locations with building structures and nine (9) that are outdoor/fenced-in locations. Each station has common or similar equipment and devices that shall be connected to the telemetry system. This includes equipment such as stormwater pumps, transfer switches, starters, generator, control panels, etc. A list of existing features respective to each station can be found beginning in Section 1.3.3. Location, quantity, and applicability of each equipment and devices for individual pump station site shall be inspected, checked, and verified. Outdated devices and equipment, that are not compatible with the current SCADA & telemetry system, shall be modified/installed with the compatible sensor/signal, or if necessary, shall be replaced. If equipment, devices, or system listed in this pump station details does not reflect the actual existing equipment in the site, maybe due to outdated as-builts, out of services equipment, or under any circumstances, the scope of work shall adapt the current existing conditions and shall be provided with newly installed equipment, devices, or system. Install new equipment and enclosures on existing support structures as practical. Space exists at most stations for new enclosures. If adequate space is not available, design and install a supplemental support structure. Riverview Pump Station Riverview Pump Station consists of a building that houses a coarse screen, electrical panels, control panels, controls, soft starters, an auto -transfer switch for two (2) pumps, four (4) submersible stormwater pumps, which are two (2) 400HP and two (2) 500HP. The main electric power from the utility is supplied to the main switch board. The station has an emergency stand-by generator outside the building, which is only capable of supplying back-up power for one (1) of the submersible stormwater pumps and control panels. Riverview Pump Station contains the following devices/equipment which shall have remote monitoring and/or control: 1. Main Electric Power 2. Emergency Diesel Generator 3. Auto -Transfer Switches 4. Pumps 5. Pumps' Monitoring System 6. Pump Control Panel 7. Wet Well Level Indicator 8. Front Door 9. Spare I/O, Discrete and Analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day Optional devices/equipment that can be provided/installed and monitored: 1. Bar Screen 2. 360 cameras, covering the interior and exterior that needs to be monitored/secured 3. Fire System 4. CO2 Retardant System 5. Rain Sensor 6. Water Quality Analyzer Riverview Pump Station has existing SmartStix I/O interfaces and a panel -mounted OIT. Determine specific I/O currently monitored by the SmartStix I/O units. Based on requirements shown in Table 1, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud -based SCADA System. The SmartStix I/O units may be incorporated into the upgraded system or replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: Table 1. Riverview Pump Station Scope Santity equired Work i Main Electric Power Failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU ain Automatic Transfer Switch (ATS) 1 Furnish and install conduit & conductors from existing failure on/off ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pump(s) Status (running, stop, fault) 4 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 4 Furnish ETM function in RTU Monitoring system on/off. Front door open/closed. 1 Program the system to detect the monitoring status from cloud service to apps. 1 Furnish and install new door's sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 4 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in 1 Furnish and install Conduit & conductors from the auto). existing generator to RTU 25% spare I/O, discrete and l Program the system to monitor available spares. analog. Additional bid items: Table la. Riverview Pump Station Optional Signal Quantity Water Quality (Turbid >29 NTU) 1 Furnish and install new analyzer element/transmitter, on/off. and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU ar Screen on/off 1 Furnish and install conductors from the existing bar screen to RTU CO2 Retardant System 2 building 1 Furnish and install conductors from existing bar CO2 structures on/off Retardant system to RTU ire System on/off. 1 Furnish and install conduit & conductors from the existing fire system to RTU Rain sensor at each station. Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) (Off/On/Signal Lost). Furnish and install new cameras covering the exterior and interior of the building and provide conduit & conductors from their location to RTU Lawrence Pump Station The Lawrence Pump Station consists of a building that houses a coarse screen, auto -transfer switches, panels, controls, soft starters, two (2) stormwater pumps which are 100HP and 200 HP, and a conveyor system. The main electric power is split up into two (2) 600 Amp service rated disconnects, one serving the initial building design, including the main 100 HP pump, and the second serving the recent addition of the 200 HP pump. The station has an emergency stand-by generator outdoor supplying everything in the building except the 200 HP motor. Lawrence Pump Station contains the following devices/equipment that shall have monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump's Monitoring System 6. Wet Well Level Indicator 7. Front Door 8. Spare I/O, discrete and analog Other devices/equipment that needs to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day Optional devices/equipment that can be provided/installed and monitored: 1. Conveyor System & Bar Screen 2. 360 cameras, covering the interior and exterior that needs to be monitored/secured 3. Fire System 4. CO2 Retardant System 5. Rain Sensor 6. Water Quality Analyzer Lawrence Pump Station contains existing SmartStix I/O interfaces and a panel -mounted OIT. Determine specific I/O currently monitored by the SmartStix I/O units. Based on requirements shown in Table 2, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud -based SCADA System. The SmartStix I/O units may be incorporated into the upgraded system, or their functionality replaced with the new RTU. Retain existing OIT functionality. Provide the following SCADA control points: Table 2. Lawrence Pump Station Scope Quantity iikequired , • , Main Electric Power Failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Main Automatic Transfer Switch (ATS) 1 Furnish and install conduit & conductors from failure on/off existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 3 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 3 Furnish ETM function in RTU Monitoring system on/off. 1 Program the system to detect the monitoring status from cloud service to apps. Front door open/closed. 1 Furnish and install new door's sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 3 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery 1 Furnish and install new generator monitoring charger status, total harmonic distortion. system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: Signal ce Pump Station Optional Quantity Wo Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU onveyor & Bar Screen on/off 1 Furnish and install conductors from the existing bar screen to RTU CO2 Retardant System 2 building structures on/off 1 Furnish and install conductors from existing bar CO2 Retardant system to RTU Fire System on/off. 1 Furnish and install conduit & conductors from the existing fire system to RTU Rain sensor at each station. 1 Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU ;CTV Surveillance (360° camera) Off/On/Signal Lost). 2 Furnish and install new cameras covering the exterior and interior of the building and provide conduit & conductors from their location to RTU Orange Bowl Pump Station The Orange Bowl Pump Station consists of a building that houses a coarse screen, panels, controls, soft starters, transfer switches, three (3) stormwater pumps, which are two (2) 100HP and one (1) 50 HP. The station has an emergency stand-by generator outside supplying the building. Orange Bowl contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump's Monitoring System 6. Wet Well Level Indicator 7. Bar Screen 8. Front Door 9. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Gauge 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day Optional devices/equipment that can be provided/installed and monitored: 1. Bar Screen 2. 360 cameras, covering the interior and exterior that needs to be monitored/secured 3. Fire System 4. CO2 Retardant System 5. Rain Sensor 6. Water Quality Analyzer This Pump Station is controlled by hardware relays and alternator. Determine specific I/O currently monitored by the existing devices. Based on requirements shown in Table 3, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud -based SCADA System. The device I/O units may be incorporated into the upgraded system or replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: Table 3. Orange Bowl Pump Station Scope Main Electric Power Failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU I ain Automatic Transfer Switch (ATS) 1 failure on/off Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 3 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Table 3. Orange Bowl Pump Station Scope Signal Quantity !Pumps hours of operation per day. 3 Furnish EMI function in RTU onitoring system on/off. ront door open/closed. 1 Program the system to detect the monitoring status from cloud service to apps. 1 Furnish and install new door's sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 3 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: Table 3a. Orange Bowl Pump Station Optional Signal Quantity Water Quality (Turbid >29 NTU) 1 on/off. Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU Bar Screen on/off 1 Furnish and install conductors from the existing b screen to RTU CO2 Retardant System 2 building structures 1 on/off Furnish and install conductors from existing bar CO2 Retardant system to RTU ire System on/off. 1 Furnish and install conduit & conductors from the existing fire system to RTU Rain sensor at each station. Furnish and install new ram sensor and provide conduit & conductors from the new rain sensor to RTU CTV Surveillance (360° camera) Off/On/Signal Lost). 2 Furnish and install new cameras covering the exterior and interior of the building and provide conduit & conductors from their location to RTU Belle Meade Pump Station The Belle Meade Pump Station consists of a fenced area containing panels, controls, soft starters, transfer switches, three (3) 145HP stormwater pumps, a 40 HP duty pump and a 3/4 HP sump pump. The station has an emergency stand-by generator inside the fenced area. Belle Meade contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Elapse Time Meters (ETM) for pump operation hours per day Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer This station is currently equipped with an Allen-Bradley MicroLogix 1400 controller. A panel -mounted HMI, a Unitronics OIT, Gemalto modem, and Ethernet network switch are also existing. Determine specific I/O currently monitored and controlled by the existing Programmable Logic Controller ("PLC"). Based on requirements shown in Table 4, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud -based SCADA System. The device I/O units may be incorporated into the upgraded system or replaced with a new RTU. Direct communication between the PLC and new RTU may be possible. Retain existing OIT functionality. Coordinate with the Owner on updating remote communication interface. Provide the following SCADA control points: Table 4. Belle Meade Pump Station Scope Signal Quantity Main Electric Power Failure on/off 1 Furnish and install conductors from the existing ATS to RTU Main Automatic Transfer Switch (ATS) 1 failure on/off Furnish and install conduit & conductors from the existing ATS to RTU Generator on/off. Furnish and install conductors from the existing generator to RTU Diesel Tank Level 1 Installation of fuel level gauge and conduit & conductors from the existing generator to RTU Pumps on/off. 3 Furnish and install conductors from the existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Table 4. Belle Meade Pump Station Scope Signal Quantity Required • Pumps hours of operation per day. 3 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable CO2 Retardant System 2 building structures 0 on/off Not applicable Fire System on/off. 0 Not applicable Monitoring system on/off. 1 Program the system to detect the monitoring status from cloud service to apps. Fenced gate open/closed. 1 Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU _ ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 3 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: Table 4a. Belle M Sina1 tional Quantity Wor Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU Rain sensor at each station. 1 Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) 1 Furnish and install new cameras covering the (Off/On/Signal Lost). fenced area and provide conduit & conductors from their location to RTU Brickell Avenue Pump Station The Brickell Avenue Pump Station is in an open area that is composed of panels, controls, soft starters, transfer switches, two (2) 90 HP stormwater pumps. The station has an emergency stand-by generator. Brickell Avenue contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD) 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has existing ETMs for pump 1, pump 2 and simultaneous pumps. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer This station uses Flygt pump controllers and OITs. Determine specific I/O currently monitored by the existing Flygt I/O units. Based on the requirements shown in Table 5, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud -based SCADA System. The Flygt I/O units may be incorporated into the upgraded system or replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: Required Work Main Electric Power Failure on/off 1 Furnish and install conductors from ATS to RTU Main Automatic Transfer Switch (ATS) failure on/off Generator on/off. Furnish and install conductors from ATS to RTU 1 Furnish and install conductors from generator to RTU Diesel Tank Level 1 Installation of fuel level gauge and conduit & conductors from generator to RTU Pumps on/off. 2 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 2 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable Table 5. Brickell Ave .° Signal Quantity Required Work CO2 Retardant System 2 building structures 0 on/off Not applicable Fire System on/off. 0 Not applicable Monitoring system on/off. 1 Program the system to detect the monitoring status from cloud service to apps. Fenced gate open/closed. 1 Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 2 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: ell Avenue Pump Station Optional Quantity Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU Rain sensor at each station. 1 Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) (Off/On/Signal Lost). Furnish and install new camera/s covering the fenced area and provide conduit & conductors from their location to RTU Mary Brickell Village Pump Station The Mary Brickell Village Pump Station consists of fenced area containing panels, controls, soft starters, transfer switches, two (2) 130 HP stormwater pumps. The station has an emergency stand-by generator inside the fenced area. Mary Brickell Village Pump Station contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump's Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Gaue 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has existing ETMs for pump 1, pump 2. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer This station uses Flygt pump controllers and OITs. Determine specific I/O currently monitored by the existing Flygt I/O units. Based on requirements shown in Table 6, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud -based SCADA System. The Flygt I/O units may be incorporated into the upgraded system or replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: Table 6. Signal Eon Scope Quantity Required Work Main Electric Power Failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Main Automatic Transfer Switch (ATS) 1 failure on/off Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. Pump station water levels high/low 2 Furnish and install conductors from existing soft starters to RTU 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 2 Furnish ETM function in RTU Bar Screen on/off ONLY for the 3 building 0 Not applicable structures. ope Quantity Required Work CO2 Retardant System 2 building structures 0 on/off Not applicable Fire System on/off. 0 Not applicable Monitoring system on/off. 1 Program the system to detect the monitoring status from cloud service to apps. Fenced gate open/closed. 1 Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 2 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: Table 6a. M Signal Quantity Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU It.ain sensor at each station. 1 Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) 1 (Off/On/Signal Lost). Furnish and install new cameras covering the fenced area and provide conduit & conductors from their location to RTU San Marco Pump Station The San Marco Pump Station consists of fenced area containing panels, controls, soft starters, transfer switches, and two (2) stormwater pumps. The station has an emergency stand-by generator inside the fenced area. San Marco contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump's Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has existing ETMs for pump 1 and pump 2. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer This station uses hardware relays and timers for pump control. Determine specific I/O currently available. Based on requirements shown in Table 7, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud -based SCADA System. The device control hardware may be incorporated into the upgraded system or replaced with a new RTU. Provide the following SCADA control points: Table 7. San Marco Pump Station Scope lir Sim. Quantity Main Electric Power Failure on/off 1 Main Automatic Transfer Switch (ATS) failure on/off Furnish and install conduit & conductors from existing ATS to RTU Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 2 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 2 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable CO2 Retardant System 2 building structures 0 on/off lint.Mg Marco Pump Station Scope Quanti ire System on/off. onitoring system on/off. enced gate open/closed. Not applicable Not applicable Program the system to detect the monitoring status from cloud service to apps. Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 2 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. Program the system to monitor available spares. Additional bid items: to 7a. San Marco Pump Station Optional nal Quantity Wor Water Quality (Turbid >29 NTU) on/off. 1 Rain sensor at each station. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) (Off/On/Signal Lost). 1 Furnish and install new camera/s covering the fenced area and provide conduit & conductors from their location to RTU Antonio Maceo Pump Station The Antonio Maceo Pump Station is in an open area that is composed of panels, controls, soft starters, transfer switches, stormwater pumps. The station has an emergency stand-by generator inside the fenced area. Antonio Maceo contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump's Monitoring System 6. Wet Well Level Indicator 7. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has existing ETMs for pump 1, pump 2 and simultaneous pumps. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer This station uses time delay relays and Flygt MiniCAS pump control/monitors. Determine specific I/O currently monitored by the existing hardware. Based on requirements shown in Table 8, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud- based SCADA System. The device control/monitoring units may be incorporated into the upgraded system or have their functionality replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: le 8. Antonio Maceo Pump Station Scope nal Quantity Required Wore Furnish and install conduit & conductors from existing ATS to RTU Main Electric Power Failure on/off 1 Main Automatic Transfer Switch (ATS) 1 failure on/off Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 2 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 2 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable CO2 Retardant System 2 building structures 0 on/off Not applicable Fire System on/off. 0 Not applicable Scope Quantit Re uired Work Monitoring system on/off. 1 Program the system to detect the monitoring status from cloud service to apps. Fenced gate open/closed. Not applicable ATS position (Normal/Emergency) Pump HOA Status (Not in Auto) Furnish and install conduit & conductors from existing ATS to RTU Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger status, total harmonic distortion. 1 Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: nal nio Maceo Pump Station Optional Quantity Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU Rain sensor at each station. 1 Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) 1 (Off/On/Signal Lost). Furnish and install new cameras covering the fenced area and provide conduit & conductors from their location to RTU Flagami West End No. 1 Pump Station The Flagami West End Pump Station No. 1 consists of a fenced area containing panels, controls, soft starters, transfer switches, and two (2) 85 HP stormwater pumps. The station has an emergency stand- by generator inside the fenced area. West End Pump Station No. 1 contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has an existing ETM for pump 1 and pump 2. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer The station is currently equipped with two Flygt pump controllers. Determine specific I/O currently monitored by the existing device I/O units. Based on requirements shown in Table 9, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud- based SCADA System. The Flygt control units may be incorporated into the upgraded system or have their functionality replaced with a new RTU. Retain existing OIT functionality. Provide the followine SCADA control points: ble 9. West End No. ump Station Scope QuantityVie. red. W Main Electric Power Failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Main Automatic Transfer Switch (ATS) 1 failure on/off Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 2 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 2 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable CO2 Retardant System 2 building structures 0 on/off Not applicable Fire System on/off. 0 Not applicable Est End No. 1 Pump Station Scope Quantity Requi Monitoring system on/off. Fenced gate open/closed. 1 Program the system to detect the monitoring status from cloud service to apps. Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 2 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: ptional Quantity Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU in sensor at each station. 1 Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) (Off/On/Signal Lost). 1 Furnish and install new cameras covering the fenced area and provide conduit & conductors from their location to RTU Flagami West End No. 2 Pump Station The Flagami West End Pump Station No. 2 consists of a fenced area containing panels, controls, soft starters, transfer switches, and three (3) 90 HP stormwater pumps. The station has an emergency stand-by generator inside the fenced area. West End Pump Station No. 2 contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has an existing ETM for pump 1, pump 2, and pump 3. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer The station is currently equipped with three Flygt pump controllers. Determine specific I/O currently monitored by the existing device I/O units. Based on requirements shown in Table 10, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud- based SCADA System. The Flygt control units may be incorporated into the upgraded system or have their functionality replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: Table 10. West End No. 2 Pump Station Scope Quantity tilliMain w Requi Electric Power Failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Main Automatic Transfer Switch (ATS) failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 3 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 3 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable CO2 Retardant System 2 building structures 0 on/off Not applicable a'le 10. West End No. 2 Pump Station Scope Signal Quantity Required Work Fire System on/off. 0 Not applicable onitoring system on/off. enced gate open/closed. 1 Program the system to detect the monitoring status from cloud service to apps. 1 Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 3 Furnish and install conductors from existing soft starters to RTU Jenerator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Additional bid items: st End No. 2 Pump Station Optional Quantity Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU in sensor at each station. Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) 1 Furnish and install new cameras covering the fenced area and provide conduit & conductors from their location to RTU (Off/On/Signal Lost). Flagami West End No. 3 Pump Station The Flagami West End Pump Station No. 3 consists of fenced area containing panels, controls, soft starters, transfer switches, and three (3) 35 HP stormwater pumps. The station has an emergency stand-by generator inside the fenced area. West End Pump Station No. 3 contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has existing ETMs for pump 1, pump 2, and pump 3. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer This station uses time delay relays and Flygt MiniCAS pump control/monitors. Determine specific I/O currently monitored by the existing hardware. Based on requirements shown in Table 11, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud- based SCADA System. The device control/monitoring units may be incorporated into the upgraded system or have their functionality replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: 6 _ -e, .�.�. s� n�`.°u p"a°ion Scope 1 Quanti Main Electric Power Failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Main Automatic Transfer Switch (ATS) failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 3 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 3 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable CO2 Retardant System 2 building structures 0 on/off Not applicable ble 11. West End No.-3 Pump Station Scope nal Quantity Required Work ire System on/off. 0 Not applicable Monitoring system on/off. 1 Program the system to detect the monitoring status from cloud service to apps. Fenced gate open/closed. 1 Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 3 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. le 11a,, .on Optional nal Quantity Wor Water Quality (Turbid >29 NTU) on/off. 1 Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU Rain sensor at each station. 1 Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) (Off/On/Signal Lost). 1 Furnish and install new cameras covering the fenced area and provide conduit & conductors from their location to RTU Flagami West End No. 4 Pump Station The Flagami West End No. 4 Pump Station consists of fenced area containing panels, controls, soft starters, transfer switches, and three (3) 60 HP stormwater pumps stormwater pumps. The station has an emergency stand-by generator inside the fenced area. West End No. 4 Pump Station contains the following devices/equipment requiring monitoring and/or control: 1. Main Electric Power 2. Generator 3. Auto -Transfer Switches 4. Pumps 5. Pump's Monitoring System 6. Wet Well Level Indicator 7. Fence Gate 8. Spare I/O, discrete and analog Other devices/equipment that need to be provided/installed and monitored: 1. Generator monitoring system for total harmonic distortion (THD). 2. Generator Fuel Guage 3. Electronic Elapse Time Meters (ETM) for pump operation hours per day. The station already has existing ETMs for pump 1, pump 2, and pump 3. Determine if the existing is compatible with the telemetry system and can be used to monitor the operation hours per day. Optional devices/equipment that can be provided/installed and monitored: 1. 360 cameras, covering the interior and exterior that needs to be monitored/secured 2. Rain Sensor 3. Water Quality Analyzer This station uses time delay relays and Flygt MiniCAS pump control/monitors. Determine specific I/O currently monitored by the existing hardware. Based on requirements shown in Table 12, design the electrical interfaces required to provide control and monitoring functions with the new RTU and cloud- based SCADA System. The device control/monitoring units may be incorporated into the upgraded system or have their functionality replaced with a new RTU. Retain existing OIT functionality. Provide the following SCADA control points: e . 'Test n.o. A 'ump station na1 cope Quantity 1 Required Worr Furnish and install conduit & conductors from existing ATS to RTU Main Electric Power Failure on/off Main Automatic Transfer Switch (ATS) failure on/off 1 Furnish and install conduit & conductors from existing ATS to RTU Generator on/off. 1 Furnish and install conduit & conductors from the existing generator to RTU Diesel Tank Level 1 Furnish and install new fuel level gauge and provide conduit & conductors from the existing generator to RTU Pumps on/off. 3 Furnish and install conductors from existing soft starters to RTU Pump station water levels high/low 1 Furnish and install conductors from the existing control panel controller to RTU Pumps hours of operation per day. 3 Furnish ETM function in RTU Bar Screen on/off. 0 Not applicable CO2 Retardant System 2 building structures 0 on/off Not applicable Fire System on/off. 0 Not applicable Monitoring system on/off. 1 Program the system to detect the monitoring status from cloud service to apps. Fenced gate open/closed. 1 Furnish and install new fence gate sensor and provide conduit & conductors from existing front door to RTU ATS position (Normal/Emergency) 1 Furnish and install conduit & conductors from existing ATS to RTU Pump HOA Status (Not in Auto) 3 Furnish and install conductors from existing soft starters to RTU Generator Current, Voltage, Battery charger 1 status, total harmonic distortion. Furnish and install new generator monitoring system for total harmonic distortion (THD) and provide conduit & conductors from the existing generator to RTU. Generator controller position (Not in auto). 1 Furnish and install Conduit & conductors from the existing generator to RTU 25% spare I/O, discrete and analog. 1 Program the system to monitor available spares. Water Quality (Turbid >29 NTU) 1 on/off. Furnish and install new analyzer element/transmitter, and provide conduit & conductors from element to transmitter and conductors from transmitter to RTU n sensor at each station. Furnish and install new rain sensor and provide conduit & conductors from the new rain sensor to RTU CCTV Surveillance (360° camera) (Off/On/Signal Lost). Furnish and install new cameras covering the fenced area and provide conduit & conductors from their location to RTU Governing Regulations and Standards It shall be the Proposer's responsibility to acquire and utilize the necessary manuals and guidelines that apply to the work required to complete the Project. Their services must include the preparation of all documents necessary to complete the Project. The Proposer shall promptly notify the City in writing of any conflict between this scope and governing regulations for clarification and resolution. Unless directed by the City, the Proposer shall abide by the more stringent requirement. The list below is not intended to be all inclusive, and it is the responsibility of the Proposer to comply with the latest local, state, and federal requirements, whether included in the list or not. The following is presented in no order of precedence: 1. Florida Building Code 2. City of Miami Department of Resilience and Public Works (RPW) Engineering standards 3. City of Miami RPW Design Submittal Requirements by Submittal Phase for City Capital Improvement Projects, see Attachment H, Phase Submittals for details. 4. City of Miami Stormwater Master Plan (2021), approved March 14, 2024 5. Miami Dade County Depaitinent of Regulatory and Economic Resources Permits and Inspections The Proposer is responsible for identifying and obtaining all permits necessary for the Project. The Proposer shall secure permits or permit modifications while acting as an authorized representative for the City for permitting purposes only. The Proposer's Project schedule shall include reasonable and ample time for the permitting process and obtaining permits. The Proposer shall be responsible for any necessary permit time extensions or re -permitting in order to keep the permits valid throughout the construction period. Preparation of complete permit application packages and responses to requests for additional information from the regulatory agencies shall be the responsibility of the Proposer. If any permitting agency rejects or denies the permit application, it is the Proposer's responsibility to notify the City immediately and to make whatever changes necessary at no additional cost to the City to ensure the permit is approved. Preparation of all documentation related to the acquisition of all applicable permits is the responsibility of the Proposer. The Proposer is responsible for the accuracy of all information included in permit application packages. Only approved plans shall be used in permit application packages. The Proposer shall provide the City with draft copies of any and all permit applications, including responses to agency requests for additional information, requests to modify the permits, and requests for permit time extensions, for review and approval by the City prior to submittal to the agencies. The City will have up to twenty-one (21) calendar days to review and comment on draft permit packages. Coordination and incorporation of the City review comments to obtain final approval for permit applications after the 21-day review period shall be the responsibility of the Proposer and will not be considered reason for a time extension or additional compensation. The Proposer shall address all comments by the City and obtain the City approval, prior to submitting the final permit package. The following governmental authorities that have or may have jurisdiction over the project have been identified. The list below is not intended to be all inclusive, and it is the responsibility of the Proposer to comply with all local, state, and federal requirements, whether included in the list or not. 1. City of Miami Department of Resilience and Public Works ("RPW") 2. City of Miami Building Department 3. Miami Dade County Depaitinent of Transportation and Public Works ("DTPW") 4. Florida Department of Environmental Protection 5. Florida Department of Transportation ("FDOT") 6. Miami Parking Authority ("MPA") Utility Coordination It is anticipated that during the installation period, the Proposer will encounter utilities that require adjustments, including relocation, removal, or decommissioning due to the Proposer's design and construction efforts, whether temporary or permanent. The Proposer shall ensure that utility adjustments that are necessary for the Project comply with RPW standards, Bulletins, policies, procedures, and design criteria, as well as with any applicable Utility Agency/Owner ("UA/O") standards, all applicable laws, any applicable utility agreements, all applicable governmental approvals and permits issued by authorities having jurisdiction for such work, and all other applicable requirements specified in the contract documents. Cost and fees associated with utility adjustments, relocation, removal, decommissioning, and installation of new utilities, whether temporary or permanent, shall be the sole responsibility of the Proposer. The Proposer is not entitled to any additional compensation or time for any utility adjustment or new utility located within the Project right-of-way or otherwise impacted by, or having an impact on, the Project or work activities. The Proposer is not entitled to additional compensation or time for inaccurate or omitted utility information provided in either the contract documents or the reference documents. Any utility enhancements or betterments performed as part of the utility adjustment, whether by Proposer or UA/O, shall be subject to the same standards and requirements as if it were a necessary utility adjustment. Any proposed utility enhancement shall be reviewed and approved by the City and shall obtain all required permits prior to commencing. The Proposer shall not be entitled to additional compensation or time as a result of any utility enhancement, whether performed by the Proposer or by the UA/O. The City has not carried out investigations for any utilities that might be potentially impacted by, or have an impact on, the Project or work activities. Accordingly, the City has not verified any of the utility information included in either the contract documents or the reference documents. Investigation and verification shall be the responsibility of the Proposer. It is the Proposer's sole responsibility to coordinate and resolve all utility impacts with each UA/O that has facilities within the Project right-of-way or that are otherwise potentially affected in any way by the Project, and to coordinate all utility adjustment work with a detailed working schedule. The Proposer is advised that utility facilities located outside of the Project right-of-way but within the construction limits may be impacted by construction work associated with the Project and therefore may require a utility adjustment. The Proposer shall be responsible for performing or arranging for the performance of all utility adjustment work and bearing the cost of the utility adjustment work not covered by the UA/O, whether located within or outside the Project right-of-way. The Proposer shall be responsible for obtaining the utility work schedules ("UWS") from the UA/O's and to include the UWS in the contract master schedule. Early communication with UA/O's is strongly encouraged to begin necessary coordination and scheduling of utility adjustments. Early communication with UA/O's is strongly encouraged to begin necessary coordination and scheduling of utility adjustments. Upon the Proposer's coordination with the UA/O, the design and construction for some utility adjustments may be performed by the UA/O with its own forces and/or contractors and consultants. The design and construction for all other utility adjustments shall be performed by the Proposer with its own forces and/or contractors and consultants (subject to any approval rights required by the UA/O for those working on its facilities). The Proposer is not entitled to additional compensation or time as a result of any utility work or failure to schedule in a timely manner any utility work, whether performed by the Proposer or by the UA/O. For each utility impacted by the Project, the Proposer shall determine, in cooperation with the UA/O, the utility adjustment work that is necessary. Subject to compliance with the applicable requirements of the contract documents, such work may include: 1. Design around if possible. 2. Protect in place. 3. Adjust. 4. Relocate. 5. Remove. The Proposer shall make every reasonable attempt to design around existing utilities, and to otherwise minimize impacts. The Proposer shall submit to the City a proposed utility design master plan for the Project, showing the approximate location of each existing utility, the existing utilities to remain in place, utilities with conflicts, the Proposer's Utility Adjustment proposals and proposed new utilities, and the relationship of the existing and proposed utilities to the Project. The Proposer shall coordinate with the affected UA/O as necessary to obtain their respective concurrence with the proposed utility design and submit the proposed master plan of utility design to the City for its review and approval. Within forty-eight (48) hours before excavating, the Proposer shall call the City for assistance with locating City owned utilities. Within forty-eight (48) hours before excavating, the Proposer should contact Sunshine State One Call of Florida, Inc. (1-800-432-4770) for free locating service for utilities for contractors and excavators; subsequently, a locator will be dispatched to the location by Sunshine State One Call of Florida, Inc. The Proposer shall coordinate with the utility companies not included in the Sunshine State One Call of Florida, Inc. location service. Document Control Protocol The Proposer shall establish its Document Control Protocol. The Document Control Protocol shall be submitted to the City for review and approval no later than thirty (30) days from the Notice to Proceed ("NTP"). All documentation submitted by the Proposer for the City review shall be uploaded into the E-Builder system. The Proposer will be provided access to the electronic review system to review comments and input responses to comments. Submittals, Shop Drawings, Product Data and Samples Product data and samples of all materials and finishes to be supplied, furnished, and installed on this project shall be submitted by the Proposer to the City for review and approval. Product data and samples shall not be submitted before the approval of plans whereby using such items are shown on the plans. Component and package submittals must be accompanied by sufficient information for adjoining components/packages or areas of work to allow for proper evaluation of the component/package submitted for review. Each submittal shall be coordinated with the requirements of the work. The Proposer shall allow for the City review time of fifteen (15) calendar days for the procedural review of shop drawings unless approved by the City. The Proposer may request an expedited review of a particular submittal, subject to approval by the City. The review period commences upon the receipt of the valid submittal or re -submittal by the City or their representative and terminates upon the transmittal of the submittal back to the Proposer. Project Schedule The Proposer shall submit a master schedule for the City's review and approval within forty-five (45) days of NTP. It is the responsibility of the Proposer to develop a Work Breakdown Structure ("WBS") in coordination with the City. The City will review and approve the WBS. The Proposer's schedule shall allow for up to 15 calendar days review time for the City review of all submittals, including shop drawings. The Project schedule shall include activities for major components of the Project. The Proposer shall update the master schedule on a monthly basis and submit the updated schedule to the City. The minimum number of activities included in the schedule shall be those listed in the Schedule of Values and those listed below: 1. Award Date 2. Notice to Proceed ("NTP") 3. Initial Design Submittals 4. Final Design Submittals 5. Shop Drawing Submittals 6. Other Contractor -Initiated Submittals 7. Submittal Reviews by RPW 8. Design Review / Acceptance Milestones 9. Materials Quality Tracking 10. Start of Implementation 11. Mobilization 12. Installation/Implementation Phasing 13. Environmental and City Permits Acquisition 14. Utility Work Schedules 15. Landscape/Hardscape Plans 16. Holidays and Special Events (shown as non -workdays) 17. Additional Installation Milestones as determined by the Proposer. 18. Substantial Completion 19. Final Completion Date for All Work 20. Final Acceptance Meetings and Progress Reporting The Proposer shall anticipate and be responsible for periodic meetings with City personnel and other agencies as required for resolution of design and/or construction issues. Some of these meetings may be held simultaneously at the discretion of the City. These meetings may include, but are not limited to: 1. Post award kick-off meetings 2. Design progress meetings 3. Installation progress meetings 4. Maintenance of Traffic meetings 5. Permit agency coordination 6. Utility coordination meetings Computer Automation The Proposer shall utilize Autodesk AutoCAD 2022 to facilitate the development of the Contract Drawings. Drawings shall be produced in accordance with the City of Miami Department of Resilience and Public Works Standards. The Proposer is required to furnish the Project's CADD files after the plans have been released for installation. The Proposer is required to submit final documents and files which shall include complete CADD design. As part of the record drawings deliverables, field conditions shall be incorporated into AutoCAD design files. Field conditions shall be denoted on the plan sheets using the cloud revision utility as well as an "AB" revision triangle. The Proposer is required to furnish the updated Project's CADD files after Final Completion. Adjacent Construction Projects The Proposer shall be responsible for identifying and coordinating design and installation with other ongoing projects that are impacted by or impact the Project. Coordination is required to ensure facility maintenance, maintenance of traffic, and installation phasing compatibility. Any changes required by the Proposer due to coordination with said projects shall not be grounds for additional time or compensation. The Proposer shall receive no additional compensation or time for failure to properly coordinate in a timely manner. Use of City -Owned Right -of -Way All Project activities must be conducted within the City -owned right-of-way. Use of County- owned and State- owned right-of-way by the Proposer for the purpose of equipment or material storage, lay- down facilities, pre- cast material fabrication sites, or other related materials, shall require advance approval by DTPW and FDOT. In the circumstance that a temporary easement is required, the Proposer shall be responsible for obtaining said easements and all fees associated with the acquisition. Staging Areas/Right of Way Encroaching The Proposer will be solely responsible for securing from the City any temporary rights needed for installation operations, including but not limited to staging. Areas used for staging shall be returned to their original condition or better upon Project completion. The Proposer shall submit a complete staging plan, if applicable, within seven (7) days after the effective date of the NTP. Staging plans shall include a layout of the proposed staging areas including fences, roads, parking, buildings, storage areas, and equipment necessary for the timely prosecution of the Work. The staging plan shall be approved by the City. The Proposer shall protect from damage encroaching properties within the project limits. Whenever the Proposer's activities damage such existing property, it shall be immediately restored to a condition equal to or better than the condition existing at the time such damage occurred, at no expense to the City or the property owner. Maintenance During Construction The Proposer shall perform project maintenance activities for the locations of the Project. The maintenance start date shall be the date that the Proposer assumes full responsibility of Project maintenance, which will be 30 calendar days after NTP or when construction/mobilization begins, whichever occurs first. Project maintenance responsibilities will not end for the Proposer until Final Completion of the entire project by the City. Project maintenance responsibilities shall include, but are not limited to, litter removal, sweeping fence, and IT facilities. Any inventories required per RPW standards must be completed and submitted to the City for review and approval. Submittal shall be no later than 14 calendar days before the maintenance start date. The approved inventories must be handled in accordance with the requirements of RPW Standards. Failure to complete said inventories before the maintenance start date will result in the Proposer taking complete responsibility of all areas and systems with the assumption that areas are safe, hazard -free, in good condition, and are fully functional and operational. When permission has been granted by the City to close an existing roadway, the Proposer shall furnish and erect the proper signs, barricades, lights, flags, and other protective devices, which shall be subject to the approval of the jurisdictional agency, including but not limited to the City, Miami -Dade County, and/or Florida Department of Transportation. The Proposer shall furnish and maintain proper protective devices at such location for the entire time of closure as the jurisdictional agency may direct. Signage shall be in place one week before closure. Access for emergency and solid waste vehicles shall be maintained at all times to all private properties and businesses within or adjacent to the Project area. Fire hydrants on or adjacent to the work shall be kept accessible to fire apparatus at all times, and no material or obstruction shall be placed within twenty (20) feet, all directions, of any such hydrant. Materials and equipment shall be stored in a fenced or otherwise enclosed area during non -working hours. Proposer shall only store minimal amounts of materials on site within designated areas. Stockpiling of materials shall not create visual obstructions or impediments for local traffic. The Proposer shall limit the number of non -essential vehicles on the project area. The Proposer is responsible to provide public parking for its staff and sub -contractors offsite and arrange for group transportation to and from the project area in order to eliminate the need for personnel vehicles to be brought to the project area. The Proposer shall avoid staging/parking construction vehicles in private property or the swales in front of private properties. Design and Installation The Proposer shall be responsible for developing the set of final plans. The Proposer shall become familiar with all the documents presented in this solicitation. Attachment G, Technical Memorandum/Product Design and Installation Guideline shall serve as a general guideline of the design intent for the Project. The Proposer is to develop solutions in conformance with the guideline narratives. Furthermore, the Proposer specifically acknowledges and agrees that the Proposer is not entitled to rely on the Reference Documents or parts thereof except to the extent specifically permitted and noted in the guideline. The Proposer shall have Florida Licensed Professional Architects and Engineers sign and seal all plans, specifications, calculations, technical documents, and reports, and shall perform all professional requirements of the Proposer's engineer. Any modification to the component construction due to subsequent design changes as the result of design development shall be solely the Proposer risk. Upon review by the City, or their authorized representative, the plans will be stamped "Released for Construction" and returned to the Proposer. The review by the City is not meant to be a complete and detailed review. The Proposer is advised that approved plans only confirm the plans comply with the City requirements and criteria. The approval does not relieve the Proposer of any liability or responsibility for errors or omissions in the plans. The Proposer is advised that submittal reviews may require the review and approval of other agencies. Reviews by other agencies shall be the responsibility of the Proposer. All design and construction documents shall be prepared using the US Customary system of units (feet, pounds). Field Start-up and Testing Check and approve the installation of all components and all conductor connections between the various system components prior to placing the various processes and equipment into operation. Conduct a complete system checkout and adjustment, including calibration of all instruments, tuning of control loops, checking operation functions, and testing of final control actions. When there are future operational functions included in this work, they should be included in the system checkout. All problems encountered shall be documented and promptly corrected to prevent any delays in start-up of the various unit processes. Proposer shall provide all test equipment and software necessary to perform the testing during system checkout and start-up. Proposer shall transfer all test equipment and software to the City after all final testing and commissioning. Proposer shall be responsible for initial operation and shall make any required changes, adjustment or replacements for operation, monitoring and control of the various processes and equipment necessary to perform the functions intended. Proposer shall furnish to the City certified calibration reports for field instruments and devices specified above as soon as calibration is completed. Proposer shall furnish the City an installation inspection report certifying that all equipment has been installed correctly and is operating properly. The report shall be signed by authorized representatives of both Proposer and the Supplier. Proposer shall provide all software and licenses required to operate, troubleshoot, maintain and repair all systems provided under this contract. Note: Inspection and Test Reports shall be generated electronically and exported to Microsoft Excel and PDF formats for distribution. Training Proposer shall provide all labor, materials, equipment and incidentals required to perform and coordinate all required training at times acceptable to the City. No part of the training shall be construed as a substitution for complete and comprehensive Operations and Maintenance (O&M) manuals but should follow the same organizational structure as the O&M manuals. Provide one (1) eight -hour day course covering the structure and the functions of the system components and devices. The course shall familiarize the student with the procedures for applying the system to process control problems and use of the cloud -based system (client) application. At a minimum, the course shall cover the following topics: 1. Overview of systems functional capabilities. 2. Equipment overview including system component functions, operating principals and proper use. 3. Loading and start-up of the digital system hardware components. 4. Use of system commands and entering set points. 5. Installation of the client application. 6. Use of the client application. Final Acceptance The Proposer shall employ safe work practices as defined by the Occupational Safety and Health Administration (OSHA) and workmanship as defined by National Electrical Contractors Association (NECA), NECA 1-2013 "Good Workmanship in Electrical Contracting". Minimal workmanship requirements include: 1. All hardware has been installed correctly, in the correct locations, and tightened. 2. There are no sharp edges exposed on sheet metal, which may cause injury. 3. Cable ties are correctly installed, secured, and clipped. 4. Cable harness routing does not interfere with the insertion and removal of components and does not cause distortion or bending when the Vendstar-5 doors are closed. 5. Sockets and connectors are properly fastened and locked into position. 6. External labels are correctly installed, straight, in their respective recesses. Labels are firmly and uniformly installed, and no air bubbles are present. 7. Internal labels are correctly installed, straight, and in their respective locations. 8. The exterior does not have "burn marks" to detract from appearance. Exposed surfaces are finished and free from deep visible scratches. 9. The door closes easily and has no excessive gaps between the door and cabinet enclosure. 10. Painted surfaces are smooth and free of paint runs, chips, and scratches. 11. All internal and external locks are installed. Lock and cam mechanisms work smoothly without binding. Closeout Before obtaining Final Completion, the Proposer shall prepare and submit digital files and hard copies of the complete closeout package. At a minimum, the following items are to be included in the closeout packages: 1. Evidence of compliance with requirements of governing authorities and construction documents. 2. Final Record Documents: CADD files, submit hard copies and electronic format. 3. Warranties and bonds. 4. Evidence of payment and releases of liens. 5. Punch list. 6. As -Built plans. 7. Any additional items included in the General Conditions. 4.0 PROPOSAL SUBMISSION 4.1. SUBMISSION REQUIREMENTS Proposers shall carefully follow the format and instruction outlined below, observing format requirements where indicated. Proposals should contain the information itemized below and, in the order, indicated. This information should be provided for the Proposer utilized for the work contemplated by this Solicitation. Proposals submitted which do not include the following items may be deemed non -responsive and may not be considered for contract award. The proposal shall be written in sufficient detail to permit the City to conduct a meaningful evaluation of the proposed services. However, overly elaborate responses are not requested or desired. Proposals must be submitted through BidNet Electronic Bidding System ("BidNet") no later than the date and time indicated within the RFP, in order to be considered. Faxed documents are not acceptable. Emailed submissions are not acceptable. Hardcopy submissions are not acceptable. Proposals must be timely submitted through BidSync, or the Proposal will be disqualified. Untimely or misdelivered submittals will not be considered. NO EXCEPTIONS. The responses to this solicitation shall be presented in the following format. Failure to do so may deem your Proposal non -responsive. 4.2 FORMAT OF PROPOSALS SECTION 1: COVER PAGE The Cover Page should include the Proposer's name; Contact Person for the RFP; Company's Liaison for the Contract; Primary Office Location; Local Business Address, if applicable; Business Phone and Fax Numbers, if applicable Email addresses; Title of RFP; RFP Number; and Federal Employer Identification Number. SECTION 2: TABLE OF CONTENTS The table of contents should outline, in sequential order, the major sections of the Proposal, including all other relevant documents requested for submission. All pages of the Proposal, including the enclosures, should be clearly and consecutively numbered and correspond to the table of contents. SECTION 3. COVER LETTER AND EXECUTIVE SUMMARY A signed and dated summary of not more than two (2) pages containing Proposer's overall Qualifications, Experience and Technical Qualifications, as contained in the submittal. Proposer shall include the name of the organization, business phone, email address, contact person and a summary of the work to be performed. SECTION 4. MANDATORY SUBMITTALS The proposal document shall contain executed forms of all mandatory submittals for bond or surety, insurance, affidavits, and other required certificates or statements. 1. Include the signed RFP Certification Statement. 2. Include the Certifications form. 3. Completion and Submission of the Certification Statement Affirmation Affidavit Proposer shall complete, sign and have notarized Attachment F, Certification Statement Affirmation Affidavit attesting to Proposer's responsibility. 4. Completion and Submission of the Anti -Human Trafficking Affidavit: Proposer shall complete, sign and have notarized Attachment E, Anti -Human Trafficking Affidavit attesting to Proposer's responsibility and understanding of Florida State Statute Section 787.06. 5. Attachment C, Price Proposal Package. Failure to complete each price sheet for each location shall render the proposal non -responsive. Only one Proposal Package per proposal. Multiple pricing proposal packages shall render the proposal as non -responsive SECTION 5. PROPOSAL OF SERVICES The following Section of the proposal shall accurately represent the experience, qualifications and past performance of Proposer. The responses should include any and all information necessary for the City to evaluate the technical capabilities of the Proposer. A. MINIMUM QUALIFICATIONREQUIREMENTS Include in detail, evidence that clearly demonstrates Proposer meets the Minimum Qualification Requirements, pursuant to Section 2.9, Minimum Qualifications Requirements. B. PROPOSER EXPERIENCE, QUALIFICATIONS AND DIVERSITY OF WORK PRODUCT 1. Describe the Proposer's organizational history and structure, provide a brief history of the firm, including years Proposer/firm has been in business providing a similar service(s), and indicate whether the City has previously awarded any contracts or permits to the Proposer/firm. 2. Provide the name of the Proposer's firm, corporation, joint venture, partnership, individual, or other legal entity's address, telephone/fax/email address, name of contact individual, date incorporated, principals and officers of Proposer, and Federal Employer Identification Number. Include location from where work will be performed. 3. Demonstrate that Proposer's firm is an active registered corporation with the State of Florida Depaitnient of State, Division of Corporations. 4. Demonstrate that Proposer's firm has been established for a minimum of five (5) years (as a business with the same Federal Employee Identification Number; not just individual employees). 5. Provide specific qualifications, project experience, and credentials that demonstrate Proposer's ability to perform the required scope of work. Proposer must clearly describe its qualifications and experience in the provision of similar work of a similar nature in the industrial automation and control systems or related industry. Include discussion of experience in specific fields or industries related to the proposed project. Include any and all licenses and certifications held. 6. Discuss Proposer's and/or Team's overall resources, including personnel, equipment, supervision and coordinating capacity, etc. 7. Provide a list of clients that have discontinued use of Proposer's services within the past two (2) years and indicate the reasons for the same. The City reserves the right to contact any reference as part of the evaluation process. 8. Provide a complete list of clients for which Proposer has provided a similar service(s) as required in this RFP. This list should detail Proposer's experience and include those services performed within the past five (5) years, as applicable. Include the name, address, phone number(s) and contact persons within each organization. The City reserves the right to contact references as part of the evaluation process. 9. Provide a list of no less than three (3) references within the past six (6) years, as applicable, for whom similar services were performed. Include the overall value of the contract, the term of the contract, and include the address, phone number(s) and contact persons within each organization. The City reserves the right to contact any reference as part of the evaluation process. 10. Describe any litigation or proceeding against Proposer, its partners, managers, sub- consultants/contractors and/or other key staff members, within the past five (5) years. Provide the circumstances and statuses of any disciplinary actions taken or pending against the Proposer, its partners, managers and/or other key staff members, by the state regulatory bodies or professional organizations or by any court or administrative agency which has ruled against its professional activities or performance. 11. Describe any current or pending litigation or proceeding involving Proposer, its partners, managers and/or other key staff members, and its professional activities or performance, if applicable. State the nature of the litigation, a brief description of each case, the outcome or projected outcome, and the monetary amounts involved. 12. Demonstrate that Proposer's firm has never filed for bankruptcy, is in sound financial condition, has no record of civil litigation or pending lawsuits involving criminal activities of a moral turpitude, and does not have conflicts of interest with the City. 13. Discuss any bankruptcies involving Proposer, its partners, manager, and/or other key staff members, if applicable. 14. Describe any firm accreditation or accolades by national organizations and disclose any conduct code violations recorded by such organizations. C. EXPERIENCE AND QUALIFICATIONS OF PROPOSED STAFF PROJECT TEAM OVERVIEW 1. Identify the proposed project manager and key personnel who will be assigned to this project. Include their roles, responsibilities, and the percentage of time they will dedicate. 2. Provide resumes or bios highlighting relevant certifications (e.g., ISA, PMP), technical skills, and prior SCADA/Telemetry experience. 3. Clearly identify which team members will perform the functions detailed in your proposal, including any subcontractors. SUBCONTRACTORS 1. If subcontractors are being used, list the firms, describe their roles, and outline their qualifications and prior collaboration with your team. Note: After proposal submission, but prior to the award of any contract issued as a result of this Solicitation, the Proposer has a continuing obligation to advise the City of any changes, intended or otherwise, to the Project Manager, key personnel, and subcontractors identified in its proposal. D. PROPOSED APPROACH TO PROVIDING THE SERVICES SCADA AND TELEMETRY DESIGN 1. Describe your proposed technical approach for delivering SCADA and telemetry services for stormwater pump stations, including: a. Overall SCADA system architecture (centralized, distributed, cloud -based, hybrid) b. Proposed SCADA software platform, version, and rationale for selection c. Communications methodology (e.g., cellular, radio, fiber, or hybrid), including data polling intervals and failover protocols d. User interface and alarm management features relevant to storm event monitoring and emergency response e. Data logging, trending, and historical reporting capabilities EXISTING SYSTEM INTEGRATION OR REPLACEMENT 1. Some pump station sites already have SCADA/telemetry systems installed. Please explain your approach for evaluating these existing systems and how you propose to either: a. Incorporate or interface with the current hardware/software, including any necessary upgrades to ensure compatibility with your proposed system architecture, OR b. Decommission and replace the existing system, explaining the justification, risks, and expected benefits of full replacement. 2. Describe your strategy for minimizing service disruptions during any replacement, upgrade, or integration efforts. 3. Indicate whether your system supports migration paths for partial upgrades or phased transitions. ELECTRICAL AND EQUIPMENT INTEGRATION 1. Detail how your system will integrate with key components of the stormwater pump stations, including: a. Existing or new programmable logic controllers ("PLC") b. Wet well level sensors, float switches, and flow meters c. Backup generators or automatic transfer switch ("ATS") systems d. Variable frequency drives (VFDs), motor controls, and pump status inputs 2. Confirm your system's compatibility with multiple equipment vendors and its ability to standardize data collection across varied assets. FLEXIBILITY AND SCALABILITY 1. Describe how your proposed SCADA system will accommodate: a. The addition of new pump station sites in the future b. New sensor types or remote monitoring features c. Integration with GIS, CMMS, or storm event dashboards IMPLEMENTATION, TESTING, AND TRAINING 1. Installation and Startup a. Describe your approach to SCADA and telemetry installation with minimal disruption to pump station operations. b. How will you validate full connectivity and functionality across all remote sites before system acceptance? 2. Testing & Commissioning a. What system acceptance testing ("SAT"), factory acceptance testing ("FAT"), or site -specific commissioning processes will you use? b. Describe your calibration and verification procedures for flow, level, and pump runtime data. 3. Training and Documentation a. Provide an outline of proposed training for City personnel, including content, duration, format (hands- on, virtual, manuals), and refresher opportunities. SUPPORT, MAINTENANCE & CYBERSECURITY 1. Ongoing Support a. Describe the warranty, remote support, and preventative maintenance services included. b. Detail your typical response times for SCADA failures, telemetry outages, or storm -related incidents. 2. Cybersecurity a. How will your system protect storm pump station controls and data from cyber threats? Include information on: i. Network segmentation ii. Password and user management iii. Encryption of data in transit and at rest SCHEDULE AND RISK MITIGATION 1. Provide a proposed project timeline from kickoff through final acceptance, including all key milestones. 2. Describe your approach to risk management for this project, particularly related to: a. Weather impacts b. Equipment lead times c. Integration with existing infrastructure SECTION 6: FINANCIAL INFORMATION AND FEE PROPOSAL FORM A. FINANCIAL CAPABILITIES 1. Provide documentation proving Proposer's financial strength and ability to provide start-up operations and reasonable working capital to handle this project. B. SUBMISSION OF PROPSAL FEE FORMS 1. ATTACHMENT C - SCADA AND TELEMETRY SERVICES FEE PROPOSAL 5.0 PROPOSAL EVALUATION EVALUATION CRITERIA Proposals will be evaluated and ranked by an Evaluation Committee ("Committee"). The Committee will be comprised of appropriate City of Miami personnel and members of the community, as deemed necessary, with appropriate experience and/or knowledge. The criteria are itemized with their respective weights for a maximum total of one hundred (100) points per Committee member. Technical and Price Criteria and Points Proposer's (firm) experience, qualifications. Proposer's staff experience, qualifications, and past performance in providing the type of services described in the solicitation, including relevant experience and qualifications of key personnel, including qualifications of subcontractors, that will be assigned to this project. 25 Points Proposer's approach and plan to providing the design, installation, and integration of the services requested. 25 Points Proposer's approach and plan to train, provide support, maintenance and cybersecurity of the services requested 10 Points Proposer's proposed schedule/timeline to complete all services requested. 10 Points Proposer's financial capabilities and price proposal. 30 Points Upon completion of the technical criteria evaluation indicated above, the Committee may choose to conduct oral presentations with the Proposers which the Committee deems to warrant further consideration. Upon completion of the oral presentations, the Committee will re-evaluate, re -rate, and re -rank the proposals remaining in consideration, based upon the written documents combined with the oral presentation. The price proposal will be evaluated subjectively in combination with the technical proposal, including an evaluation of how well it matches Proposer's understanding of the City's needs. The pricing evaluation is used as part of the evaluation process to determine the highest ranked proposer. The City reserves the right to negotiate the terms, conditions, and pricing as may be in the best interest of the City. POLICY NUMBER: APM- 2-19 DATE: March 26, 2019 ISSUED BY: Emilio T. Gonzalez, Ph.D. Citv/1GI nager/Desi SIGNATURE CITY OF MIAMI logE ADMINISTRATIVE POLICY REVISIONS REVISED DATE OF SECTION REVISION Created 3/26/19 SUBJECT: ELIMINATING THE PROCESS OF CURING IRREGULARITIES IN DOCUMENTS SUBMITTED IN RESPONSE TO REQUEST FOR QUALIFICATIONS (RFQ), REQUEST FOR PROPOSALS (RFP), REQUESTS FOR LETTERS OF INTEREST (RFLI), INVITATION FOR BIDS (IFB), INVITATION TO BID (ITB), INVITATION TO QUOTE (ITQ), AND REQUEST FOR SPONSORSHIP (RFS) EFFECTIVE MAY 6, 2019 PURPOSE: To improve the procurement solicitation process in order to provide internal and external customers with a more efficient and effective procurement of goods and services for the City of Miami. This APM establishes guidelines that eliminate the process of curing irregularities in proposals and bids submitted in response to RFQs, RFPs, RFLI's IFBs, ITBs, ITQs and RFS. BACKGROUND: Currently, the Department of Procurement ("Procurement") allows Proposers and Bidders to cure certain deficiencies, deviations, irregularities, omissions, and/or technicalities in proposals and bids submitted to the City in response to RFQs, RFPs, RFLIs, IFBs, ITBs, ITQs and RFS. In collaboration with the Department of Innovation and Technology ("DoIt"), Procurement has identified the process of curing as the cause of significant delays in formal solicitation process. When proposals and bids require a cure, Procurement sends out a "Notice to Cure" to Proposers and Bidders who are then given additional time to correct, complete, and re -submit the required documents. The process of curing is time intensive and delays the procurement of necessary goods and services for the City; it prolongs the due diligence review period and it stalls and delays the evaluation and selection process, resulting in the extension of time between the issuance of an RFP, RFQ, RFLI, IFB, ITB, ITQ, or RFS solicitation and its award date. City of Miami APM 2-19 Elimination of Curing Irregularities in Documents Submitted for RFQs, RFPs, RFLI's IFBs, ITBs, ITQs and RFS Eliminating the process of curing will streamline and improve the overall procurement solicitation process while making it more efficient by removing a source of delay, and more effective by concentrating due diligence reviews only on complete and responsive proposals and bids. Additionally, it is not a common procurement industry practice to allow cures. Other local public agencies such as Miami -Dade County and the Miami -Dade County Public School System do not presently allow cures in such similar instances. GUIDELINES: Procurement will only review and evaluate proposals and bids that have been deemed responsive. Responsive bids and proposals responses are defined by our Procurement Code.' Prospective Proposers and Bidders should understand that non -responsive proposals or bids will not be reviewed and will be eliminated from the evaluation and selection process. The City will not consider the curing of any proposal or bid that fail to meet the minimum qualifications or submission requirements of an RFQ, RFP, RFLI, IFB, ITB, ITQ, or RFS as applicable. Material deficiencies, deviations, irregularities, omissions, and/or technicalities are not waivable. Proposals and bids submitted with deficiencies, irregularities, omissions, and/or technicalities that deviate from the minimum qualifications and/or submission requirements for RFQs, RFPs, RFLIs, IFBs, ITBs, ITQs and RFS shall result in a non -responsive determination. The following list includes, but is not limited to, proposal and bid deficiencies, deviations, irregularities, omissions, and/or technicalities that shall result in a non -responsive determination for any solicitation issued on or after May 6, 2019: If a proposal or bid is missing forms, or contains unnotarized forms, unsigned forms, incorrect forms, or forms signed by any individual, other than the Proposer or Bidder, Proposer's or Bidder's team members, and/or individuals attesting to the stated project experience, the Proposer or Bidder will not be given time to cure the proposal or bid, and the City shall deem such proposal or bid non -responsive. The City, at its sole discretion, reserves the right to waive minor deviations not listed above. Such minor deficiencies, deviations, irregularities, omissions, or technicalities may be timely cured by the Proposer or Bidder, at the sole discretion of the City. Material (i.e. substantial or notable) deficiencies, deviations, irregularities, omissions, or technical issues cannot be cured by the Proposer or Bidder and are not waivable by the City. For illustrative guidance please see below an excerpt from State of Florida procurement instructions which discuss the difference in plain language between material and minor variances. Responsive bidder, proposer, offeror, or respondent means a business which has submitted a bid, offer, proposal, quotation or response which conforms in all material respects to the solicitation. Sec. 18-73, City Code. (Excerpt from 2012 WL 1155290 (F1a.Div.Admin.Hrgs.) Mandatory Responsiveness Requirements: Terms, conditions or requirements that must be met by the proposer to be responsive to this RFP. The responsiveness requirements are mandatory. Failure to meet the responsiveness requirements will cause rejection of a proposal. Any proposal rejected for failure to meet mandatory responsiveness requirements will not be evaluated. 2 City of Miami APM 2-19 Elimination of Curing Irregularities in Documents Submitted for RFQs, RFPs, RFLI's IFBs, ITBs, ITQs and RFS 1.15 Material Deviations: The Department has established certain requirements with respect to proposals to be submitted by Proposers. The use of shall, must or will (except to indicate simple futurity) in this RFP indicates a requirement or condition which may not be waived by the Department except where any deviation therefore is not material. A deviation is material if, in the Department's sole discretion, the deficient response is not in substantial accord with this RFP's requirements, provides an advantage to one Proposer over other Proposers, or has a potentially significant effect on the quantity or quality of items or services proposed, or on the cost to the Department. Material deviations cannot be waived and shall be the basis for rejection of a response. Because this is an RFP, the Department will apply this definition liberally in reviewing responses in regard to service delivery. 1.16 Minor Irregularity: A variation from the RFP terms and conditions which does not affect the price proposed or gives the proposer an advantage or benefit not enjoyed by the other proposers or does not adversely impact the interests of the Department. 3 ATTACHMENT D INSURANCE ADDENDUM INSURANCE DEFINITIONS, REQUIREMENTS AND CONDITIONS The VENDOR/CONTRACTOR agrees to provide and maintain throughout the life of this contract and at Vendor/Contractor's expense insurance coverage outlined herewith as applicable insuring all operations related to the contract and any extensions thereof. Workers Compensation and Employers Liability Statutory and subject to the Laws of the State of Florida. This coverage protects against lawsuits stemming from workplace accidents. It provides for medical care to injured employees, along with compensation for lost income. Commercial General Liability It protects against accidents and injuries that occur on company property or the property of a customer. It compensates an injured person or owner of property for injuries and property damages, and the cost of defending lawsuits, including legal settlements or investigations. This policy also covers claims resulting from products exposures, libel, slander, copyright infringement and other personal and advertisement injuries. Commercial Automobile Liability It protects against liability, no fault, medical payments, uninsured and underinsured motorists claims, collision and other than collision physical damage. In addition, this policy affords coverage on autos that are hired or borrowed or non -owned for use in the business. The non -owned can be autos owned by employees or members of their households. Non Owned Auto exposures can be endorsed or added under the Commercial General Liability Policy. Professional/Errors and Omissions Liability Used by many professionals such as engineers, lawyers, accountants, stock brokers, financial advisers, insurance agents, court reports, dentists, nurses and teachers. It protects against the financial effects of liability lawsuits filed by clients. It basically protects professionals who cause harm to a client due to incompetence, errors or negligence. Umbrella Liability It protects against liability and losses after primary insurance benefits have been exhausted. This supplemental coverage kicks in only after the underlined liability policies have paid their maximum benefits. Environmental Liability It protects against the financial costs of claims of injury or damage due to pollution, and other costs of cleaning up pollutants. These policies are designed to cover both property and liability risks. Directors and Officers Liability This coverage protects against claims from stockholders, employees and clients that are also aimed individually at directors and officers. These claims typically stem from errors in judgement, breaches of duty and wrongful acts in connection with company business. Cyber Liability It protects against costs of the theft, destruction or unauthorized use of electronic data through computer viruses or network intrusions. It also adds protection to a business against such costs if a business fails to safeguard another party's electronic data. Companies sharing data outside their internal network benefit from this coverage Commercial Property It protects against claims or damages to the insured's buildings, business personal property and personal property of others. It can also provide for loss of business income coverage or extra expenses incurred because of physical loss by a covered peril to the insured's property. Commercial Crime It protects against loss of money, securities and other property because of a variety of criminal acts such as employee theft or embezzlement, burglary, robbery, forgery, computer fraud, kidnapping and extortion. Crime insurance also covers money and securities against damage or destruction by almost any cause of loss, not just crime. Builders Risk It protects against damage to or destruction of buildings or other structures during their construction. Any party with a financial interest in a construction, remodeling, or repair project benefits from this coverage. Surety Bonds Surety bonds are three party contracts. The principal, the party that undertakes the obligation, pays for the issuance of a bond by a surety company. The bond provides capital to guarantee the obligation will be performed. The obligee is the party that receives the benefit of the bond If the obligation is improperly performed. Valuable Papers It pays for the cost to reconstruct damaged or destroyed valuable papers and records. Typically is defined to include almost all forms of printed documents or records with the exception of money or securities, and data and media which is usually excluded. Additional Requirements The Vendor/Contractor must furnish the City of Miami, Department of Procurement, and Risk Management located at 444 S.W. 2nd Avenue Miami, Florida 33130, original Certificates of insurance to be in force on the date of this Contract, and Renewal Certificates of insurance thereafter. All policies indicated on the certificate must be in compliance with all Contract requirements. The failure of the City to obtain the applicable or corresponding certificates from Contractor is not a waiver by the City of any requirements for the Vendor/Contractor. The Vendor/Contractor must furnish Certificates insurance listing the City of Miami as an additional insured. All insurance certificates must be signed, dated and reference the City contract number. The insurance must provide for sixty (30) days prior written notice to be given to the City in the event coverage is substantially changed, canceled, or non -renewed. Any deductibles or self -insured retentions on referenced insurance coverages must be borne by Vendor/Contractor. The Vendor/Contractor further agrees to have insurers waive their rights of subrogation against the City of Miami, its employees, elected officials, agents, or representatives. The coverages and limits furnished by Vendor/Contractor in no way limit the Vendor/Contractor's liabilities and responsibilities specified within the Contract or law. Any insurance or self-insurance programs maintained by the City of Miami shall not contribute with insurance provided by the Vendor/Contractor under the Contract. The required insurance to be carried is not limited by any limitations expressed in the indemnification language in this Contract or any limitation placed on the indemnity in this Contract given as a matter of law. If the Vendor/Contractor is a joint venture or limited liability company, the insurance policies must name the joint venture or Limited Liability Company and each of its separate constituent entities as named insu reds. The Vendor/Contractor must require all subcontractors to provide the insurance required herein. All subcontractors are subject to the same insurance requirements of the Vendor/Contractor unless otherwise specified in this Contract. If the Vendor/Contractor or subcontractor desire additional coverages, the party desiring the additional coverages is responsible for the acquisition and cost. Notwithstanding any provision in the Contract to the contrary, the City of Miami Risk Management Department maintains and reserves the right to modify, delete, alter or change these requirements. ANTI -HUMAN TRAFFICKING AFFIDAVIT 1. The undersigned affirms, certifies, attests, and stipulates as follows: a. The entity is a non -governmental entity authorized to transact business in the State of Florida and in good standing with the Florida Department of State, Division of Corporations. b. The nongovernmental entity is either executing, renewing, or extending a contract (including, but not limited to, any amendments, as applicable) with the City of Miami ("City") or one of its agencies, authorities, boards, trusts, or other City entity which constitutes a governmental entity as defined in Section 287.138(1), Florida Statutes (2024). c. The nongovernmental entity is not in violation of Section 787.06, Florida Statutes (2024), titled "Human Trafficking " d. The nongovernmental entity does not use "coercion" for labor or services as defined in Section 787.06, Florida Statutes (2024), attached and incorporated herein as Exhibit Affidavit-1. 2. Under penalties of perjury, I declare the following: a. I have read and understand the foregoing Anti -Human Trafficking Affidavit and that the facts, statements and representations provided in Section 1 are true and correct. b. I am an officer or a representative of the nongovernmental entity authorized to execute this Anti - Human Trafficking Affidavit. Nongovernmental Entity: Name: Signature of Officer: Officer Title: Office Address: Email Address: FEIN No. / - / / / / / / STATE OF FLORIDA COUNTY OF MIAMI-DADE Main Phone Number: The foregoing instrument was swom to and subscribed before me by means of O physical presence or O online notarization, this day of by , as the authorized officer or representative for the nongovernmental entity.. He/she is personally known to me or has produced as identification. (NOTARY PUBLIC SEAL) My Commission Expires: Signature of Person Taking Oath (Printed, Typed, or Stamped Name of Notary Public) EXHIBIT AFFIDAVIT-1 SECTION 787.06, FLORIDA STATUTES (2024) Select Year: 2024 v The 2024 Florida Statutes Go Title Chapter 787 View Entire XLVI KIDNAPPING; CUSTODY OFFENSES; HUMAN TRAFFICKING; AND RELATED Chapter CRIMES OFFENSES 787.06 Human trafficking.— (1)(a) The Legislature finds that human trafficking is a form of modern-day slavery. Victims of human trafficking are young children, teenagers, and adults. Thousands of victims are trafficked annually across international borders worldwide. Many of these victims are trafficked into this state. Victims of human trafficking also include citizens of the United States and those persons trafficked domestically within the borders of the United States. The Legislature finds that victims of human trafficking are subjected to force, fraud, or coercion for the purpose of sexual exploitation or forced labor. (b) The Legislature finds that while many victims of human trafficking are forced to work in prostitution or the sexual entertainment industry, trafficking also occurs in forms of labor exploitation, such as domestic servitude, restaurant work, janitorial work, sweatshop factory work, and migrant agricultural work. (c) The Legislature finds that traffickers use various techniques to instill fear in victims and to keep them enslaved. Some traffickers keep their victims under lock and key. However, the most frequently used practices are less obvious techniques that include isolating victims from the public and family members; confiscating passports, visas, or other identification documents; using or threatening to use violence toward victims or their families; telling victims that they will be imprisoned or deported for immigration violations if they contact authorities; and controlling the victims' funds by holding the money ostensibly for safekeeping. (d) It is the intent of the Legislature that the perpetrators of human trafficking be penalized for their illegal conduct and that the victims of trafficking be protected and assisted by this state and its agencies. In furtherance of this policy, it is the intent of the Legislature that the state Supreme Court, The Florida Bar, and relevant state agencies prepare and implement training programs in order that judges, attorneys, law enforcement personnel, investigators, and others are able to identify traffickers and victims of human trafficking and direct victims to appropriate agencies for assistance. It is the intent of the Legislature that the Department of Children and Families and other state agencies cooperate with other state and federal agencies to ensure that victims of human trafficking can access social services and benefits to alleviate their plight. (2) As used in this section, the term: (a) "Coercion" means: 1. Using or threatening to use physical force against any person; 2. Restraining, isolating, or confining or threatening to restrain, isolate, or confine any person without lawful authority and against her or his will; 3. Using lending or other credit methods to establish a debt by any person when labor or services are pledged as a security for the debt, if the value of the labor or services as reasonably assessed is not applied toward the liquidation of the debt, the length and nature of the labor or services are not respectively limited and defined; 4. Destroying, concealing, removing, confiscating, withholding, or possessing any actual or purported passport, visa, or other immigration document, or any other actual or purported government identification document, of any person; 5. Causing or threatening to cause financial harm to any person; 6. Enticing or luring any person by fraud or deceit; or 7. Providing a controlled substance as outlined in Schedule I or Schedule II of s. 893.03 to any person for the purpose of exploitation of that person. (b) "Commercial sexual activity" means any violation of chapter 796 or an attempt to commit any such offense, and includes sexually explicit performances and the production of pornography. (c) "Financial harm" includes extortionate extension of credit, loan sharking as defined in s. 687.071, or employment contracts that violate the statute of frauds as provided in s. 725.01. (d) "Human trafficking" means transporting, soliciting, recruiting, harboring, providing, enticing, maintaining, purchasing, patronizing, procuring, or obtaining another person for the purpose of exploitation of that person. (e) "Labor" means work of economic or financial value. (f) "Maintain" means, in relation to labor or services, to secure or make possible continued performance thereof, regardless of any initial agreement on the part of the victim to perform such type service. (g) "Obtain" means, in relation to labor, commercial sexual activity, or services, to receive, take possession of, or take custody of another person or secure performance thereof. (h) "Services" means any act committed at the behest of, under the supervision of, or for the benefit of another. The term includes, but is not limited to, forced marriage, servitude, or the removal of organs. (i) "Sexually explicit performance" means an act or show, whether public or private, that is live, photographed, recorded, or videotaped and intended to arouse or satisfy the sexual desires or appeal to the prurient interest. (j) "Unauthorized alien" means an alien who is not authorized under federal law to be employed in the United States, as provided in 8 U.S.C. s. 1324a(h)(3). The term shall be interpreted consistently with that section and any applicable federal rules or regulations. (k) "Venture" means any group of two or more individuals associated in fact, whether or not a legal entity. (3) Any person who knowingly, or in reckless disregard of the facts, engages in human trafficking, or attempts to engage in human trafficking, or benefits financially by receiving anything of value from participation in a venture that has subjected a person to human trafficking: (a)1. For labor or services of any child younger than 18 years of age or an adult believed by the person to be a child younger than 18 years of age commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. 2. Using coercion for labor or services of an adult commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. (b) Using coercion for commercial sexual activity of an adult commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. (c)1. For labor or services of any child younger than 18 years of age or an adult believed by the person to be a child younger than 18 years of age who is an unauthorized alien commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. 2. Using coercion for labor or services of an adult who is an unauthorized alien commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. (d) Using coercion for commercial sexual activity of an adult who is an unauthorized alien commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. (e)1. For labor or services who does so by the transfer or transport of any child younger than 18 years of age or an adult believed by the person to be a child younger than 18 years of age from outside this state to within this state commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. 2. Using coercion for labor or services who does so by the transfer or transport of an adult from outside this state to within this state commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. (f)1. For commercial sexual activity who does so by the transfer or transport of any child younger than 18 years of age or an adult believed by the person to be a child younger than 18 years of age from outside this state to within this state commits a felony of the first degree, punishable by imprisonment for a term of years not exceeding life, or as provided in s. 775.082, s. 775.083, or s. 775.084. 2. Using coercion for commercial sexual activity who does so by the transfer or transport of an adult from outside this state to within this state commits a felony of the first degree, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. (g) For commercial sexual activity in which any child younger than 18 years of age or an adult believed by the person to be a child younger than 18 years of age, or in which any person who is mentally defective or mentally incapacitated as those terms are defined in s. 794.011(1), is involved commits a life felony, punishable as provided in s. 775.082(3)(a)6., s. 775.083, or s. 775.084. For each instance of human trafficking of any individual under this subsection, a separate crime is committed and a separate punishment is authorized. (4)(a) Any parent, legal guardian, or other person having custody or control of a minor who sells or otherwise transfers custody or control of such minor, or offers to sell or otherwise transfer custody of such minor, with knowledge or in reckless disregard of the fact that, as a consequence of the sale or transfer, the minor will be subject to human trafficking commits a life felony, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. (b) Any person who, for the purpose of committing or facilitating an offense under this section, permanently brands, or directs to be branded, a victim of an offense under this section commits a second degree felony, punishable as provided in s. 775.082, s. 775.083, or s. 775.084. For purposes of this subsection, the term "permanently branded" means a mark on the individual's body that, if it can be removed or repaired at all, can only be removed or repaired by surgical means, laser treatment, or other medical procedure. (5) The Criminal Justice Standards and Training Commission shall establish standards for basic and advanced training programs for law enforcement officers in the subjects of investigating and preventing human trafficking crimes. Every basic skills course required for law enforcement officers to obtain initial certification must include training on human trafficking crime prevention and investigation. (6) Each state attorney shall develop standards of instruction for prosecutors to receive training on the investigation and prosecution of human trafficking crimes and shall provide for periodic and timely instruction. (7) Any real property or personal property that was used, attempted to be used, or intended to be used in violation of this section may be seized and shall be forfeited as provided by the Florida Contraband Forfeiture Act. After satisfying any liens on the property, the remaining proceeds from the sale of any property seized under this section and owned by a defendant convicted of a violation of this section must first be allocated to pay any order of restitution of a human trafficking victim in the criminal case for which the owner was convicted. If there are multiple human trafficking victims in the criminal case, the remaining proceeds must be allocated equally among the victims to pay restitution. If the proceeds are sufficient to pay any such order of restitution, any remaining proceeds must be disbursed as required by s. 932.7055(5)-(9). (8) The degree of an offense shall be reclassified as follows if a person causes great bodily harm, permanent disability, or permanent disfigurement to another person during the commission of an offense under this section: (a) A felony of the second degree shall be reclassified as a felony of the first degree. (b) A felony of the first degree shall be reclassified as a life felony. (9) In a prosecution under this section, the defendant's ignorance of the victim's age, the victim's misrepresentation of his or her age, or the defendant's bona fide belief of the victim's age cannot be raised as a defense. (10)(a) Information about the location of a residential facility offering services for adult victims of human trafficking involving commercial sexual activity, which is held by an agency, as defined in s. 119.011, is confidential and exempt from s. 119.07(1) and s. 24(a), Art. I of the State Constitution. This exemption applies to such confidential and exempt information held by an agency before, on, or after the effective date of the exemption. (b) Information about the location of a residential facility offering services for adult victims of human trafficking involving commercial sexual activity may be provided to an agency, as defined in s. 119.011, as necessary to maintain health and safety standards and to address emergency situations in the residential facility. (c) The exemptions from s. 119.07(1) and s. 24(a), Art. I of the State Constitution provided in this subsection do not apply to facilities licensed by the Agency for Health Care Administration. (11) A victim's lack of chastity or the willingness or consent of a victim is not a defense to prosecution under this section if the victim was under 18 years of age at the time of the offense. (12) The Legislature encourages each state attorney to adopt a pro -prosecution policy for human trafficking offenses, as provided in this section. After consulting the victim, or making a good faith attempt to consult the victim, the state attorney shall determine the filing, nonfiling, or diversion of criminal charges even in circumstances when there is no cooperation from a victim or over the objection of the victim, if necessary. (13) When a contract is executed, renewed, or extended between a nongovernmental entity and a governmental entity, the nongovernmental entity must provide the governmental entity with an affidavit signed by an officer or a representative of the nongovernmental entity under penalty of perjury attesting that the nongovernmental entity does not use coercion for labor or services as defined in this section. For purposes of this subsection, the term "governmental entity" has the same meaning as in s. 287.138(1). History.—s. 2, ch. 2004-391; s. 1, ch. 2006-168; s. 5, ch. 2012-97; s. 300, ch. 2014-19; s. 7, ch. 2014-160; s. 96, ch. 2015-2; s. 2, ch. 2015-147; s. 3, ch. 2016-24; s. 25, ch. 2016-105; s. 4, ch. 2016-199; s. 2, ch. 2020-49; s. 2, ch. 2021-189; s. 3, ch. 2023-86; s. 7, ch. 2024- 184. Copyright © 1995-2024 The Florida Legislature • Privacy Statement • Contact Us ATTACHMENT G REQUEST FOR PROPOSALS ("RFP") NO. 2046386 STORM PUMP STATION TELEMETRY AND SUPERVISORY CONTROL AND DATA SYSTEM CERTIFICATION STATEMENT AFFIRMATION AFFIDAVIT AS PRESIDENT/CEO OF HEREBY DECLARE, AFFIRM, AND CERTIFY THE FOLLOWING STATEMENTS: (1) THE PRINCIPAL(S) OF IS/ARE AND (2) NO PRINCIPAL HAS COMMITTED FRAUD OR THEFT, HAS NOT FILED FOR OR BEEN THE SUBJECT OF BANKRUPTCY, HAS BEEN SUMMONED TO RESPOND TO CRIMINAL CHARGES, OR BEEN CONVICTED UNDER FEDERAL OR STATE STATUTES OF EMBEZZLEMENT, THEFT, FORGERY, BRIBERY, FALSIFICATION OR DESTRUCTION OF RECORDS, RECEIVING STOLEN PROPERTY, OR ANY OTHER OFFENSE INDICATING A LACK OF BUSINESS INTEGRITY OR BUSINESS DISHONESTY; AND (3) NO COMPANY REPRESENTATIVE OR PERSONNEL HAS COMMITTED FRAUD OR THEFT; SUMMONED TO RESPOND TO CRIMINAL CHARGES OR BEEN CONVICTED UNDER FEDERAL OR STATE STATUTES OF EMBEZZLEMENT, THEFT, FORGERY, BRIBERY, FALSIFICATION OR DESTRUCTION OF RECORDS, RECEIVING STOLEN PROPERTY OR ANY OTHER OFFENSEINDICATING A LACK OF BUSINESS INTEGRITY OR BUSINESS DISHONESTY. PURSUANT TO IFB GENERAL TERMS AND CONDITIONS SECTION 1.25 WHICH INCORPORATES SECTION 18-107 OF THE PROCUREMENT CODE, ALL CONTRACTS FOR GOODS AND SERVICES, SALES, AND LEASES ISSUED BY THE CITY SHALL INCLUDE A CERTIFICATION THAT NEITHER THE CONTRACTUAL PARTY NOR ANY OF ITS PRINCIPAL OWNERS OR PERSONNEL HAVE BEEN CONVICTED OR COMMITTED ANY OF THE VIOLATIONS SET FORTH IN SECTION 1.25 GENERAL TERMS AND CONDITIONS. IN THE EVENT THAT THE BIDDER IS UNABLE TO PROVIDE SUCH CERTIFICATION, BUT STILL WISHES TO BE CONSIDERED FOR AWARD OF THIS SOLICITATION, THE BIDDER SHALL FURNISH A WRITTEN EXPLANATION OF THE FACTS SUPPORTING ANY EXCEPTION TO THE REQUIREMENT FOR CERTIFICATION THAT IT CLAIMS. THE BIDDER AGREES TO COOPERATE FULLY WITH THE CITY IN ANY INVESTIGATION UNDERTAKEN BY THE CITY TO DETERMINE WHETHER THE CLAIMED EXCEPTION IS APPLICABLE. I SOLEMNLY DECLARE, AFFIRM, AND CERTIFY THAT THE CONTENTS OF THIS AFFIDAVIT ARE TRUE AND CORRECT TO THE BEST OF MY KNOWLEDGE, INFORMATION, AND BELIEF. (SIGNATURE) (PRINTED NAME) (NAME OF COMPANY/FIRM) PRESIDENT/CEO DATE State of County of On this, the day of 20_, before me personally appeared, the President/CEO of , known to me (or satisfactorily proven) to be the person whose name is subscribed to within this instrument, and acknowledged that they executed the same for the purposes herein contained. In witness hereof, I hereunto set my hand and official seal. (SEAL) Notary Public Attachment H City of Miami Telemetry Evaluation Technical Memorandum Citywide Telemetry and SCADA Improvements City of Miami Department of Resilience and Public Works (RPW) Table of Contents 1. Table of Contents List of Tables List of Figures Acronyms and Abbreviations 1. Introduction 1 1.1 General 1 1.2 Location 1 1.3 Evaluation Overview 1 2. SCADA Telemetry Evaluation 2 2.1 Communications/Telemetry Options and Discussions 2 2.2 Data Collection and I/O Requirements 3 2.3 SCADA Accessibility 4 2.4 System Options 4 2.5 Recommendations 6 Appendix Document Summary 7 A. City Map and Stormwater Pump Sites 7 B. Tables 7 C. Drawings & Photos 7 DISCLAIMER FOR TRANSFER OF DIGITAL MODEL FILES 8 LIST VI I doles Table 1, Signal Check List Summary 24 Table 2, Riverview Signal Check List 25 Table 3, Lawrence Check List Summary 26 Table 4, Orange Bowl Signal Check List 27 Table 5, Belle Meade Check List 28 Table 6, Brickelle Avenue Check List 29 Table 7, Mary Brickell Signal Check List 30 Table 8, San Marco Signal Check List 31 Table 9, Antonio Maceo Signal Check List 32 Table 10, Flagami West End 1 Signal Check List 33 Table 11, Flagami West End 2 Signal Check List 34 Table 12, Flagami West End 3 Signal Check List 35 Table 13, Flagami West End 4 Signal Check List 36 List of Figures Figure 1, Citywide Telemetry Vicinity Map 10 Figure 2, Riverview Stormwater Pump Station Site 11 Figure 3, Lawrence Stormwater Pump Station Site 12 Figure 4, Orange Bowl Stormwater Pump Station Site 13 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Figure 5, Belle Meade Stormwater Pump Station Site 14 Figure 6, Brickelle Avenue Stormwater Pump Station Site 15 Figure 7, Mary Brickell Stormwater Pump Station Site 16 Figure 8, San Marco Stormwater Pump Station Site 17 Figure 9, Antonio Maceo Stormwater Pump Station Site 18 Figure 10, Flagami West End 1 Stormwater Pump Station Site 19 Figure 11, Flagami West End 2 Stormwater Pump Station Site 20 Figure 12, Flagami West End 3 Stormwater Pump Station Site 21 Figure 13, Flagami West End 4 Stormwater Pump Station Site 22 iii Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Acronyms and Abbreviations AECOM AECOM Technical Services, Inc. AT&T AT&T Inc. ATS Automatic Transfer Switch City City of Miami DCP Design Criteria Package FCC Federal Communications Commission FL Florida HP Horsepower HMI Human Machine Interface Hz Hertz I/O I nput/Output IT Information Technology NEMA National Electrical Manufacturers Association OPC Open Platform Communications OLE Object Linking and Embedding PLC Programmable Logic Controller RPW City of Miami Department of Resilience and Public Works RTU Remote Terminal Unit SCADA Supervisory Control and Data Acquisition UPS Uninterruptible Power Supply VFD Variable Frequency Drive Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Introduction .1 General This technical memorandum outlines the evaluation of telemetry alternatives that will supply the City with communications to twelve (12) stormwater pump stations. This new communication system will allow the City real-time monitoring and control of each pump station via SCADA (Supervisory Control and Data Acquisition). The primary objective of this project is to automatically collect, transmit, measure, control, and store data to provide real-time monitoring of equipment at twelve (12) existing stormwater pump stations (motor, pumps, generators, Automatic Transfer Switch, etc.) through integration of advanced telemetry solutions. The evaluation focuses on several key factors, including viability, cost, ease of use, and maintainability. The telemetry options under consideration include cloud -based cellular, unlicensed radio, and fiber optic systems. Each alternative will be assessed based on its coverage, bandwidth, and the cost implications of using cellular networks for data transmission between the lift stations and the central system. By thoroughly reviewing these alternatives, this memorandum aims to identify the most suitable telemetry solution that meets the project's requirements and to better facilitate operation of the pump stations. ? Location There are 12 Pump Stations intended for inclusion in the Pump Stations SCADA System: 1. Riverview — Building Structure, 1301 NW 6 Street, Miami FI 33125 2. Lawrence — Building Structure, 342 SW 7 Avenue, Miami Fl 33130 3. Orange Bowl — Building Structure, 1775 NW 7 St, Miami FI 33125 4. Belle Meade — Submersible, 7775 NE 8 Avenue, Miami Fl 33138 5. Brickell Avenue — Submersible, SE 12 Street at Brickell Avenue Median, Miami FI 33130 6. Mary Brickell — Submersible, 801 SW 1 Avenue, Miami FL 33130 7. San Marco — Submersible, 1383 South Venetian Way, Miami FL 33139 8. Antonio Maceo — Submersible, 5105 NW 7 Street, Miami FL 33126 9. West End No. 1 — Submersible, 6311 SW 6 ST -SW 63rd Court and SW 6th Street Miami FL 33126 10. West End No. 2 — Submersible, 6321 SW 2 ST -SW 63rd Court and SW 2nd Street Miami FL 33126 11. West End No. 3 — Submersible, 501 Tamiami Canal Road -NW 64th Court and NW 3rd Street Miami FL 33126 12. West End No. 4 — Submersible, 6250 Tamiami Canal Road -NW 62 Court and NW 5 Street Miami FL 33126 1.3 Evaluation Overview The telemetry evaluation for the project includes: • Telemetry discussions and its form of communication. • System options and comparisons • Findings on the existing conditions of each pump station site • Recommendations. 1 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum • SCADA Telemetry Evaluation 1 Communications/Telemetry Options and Discussions Following is a discussion of telemetry media alternatives, including advantages and disadvantages of each form of communication for a utility SCADA System. 1. Radio a. Frequency Options: Radio -based telemetry systems used by utilities can use frequencies in several different ranges. Each has advantages and disadvantages. Lower frequencies do not require line - of -sight but are more vulnerable to interference, and usually require licensing. High frequencies (3 - 30 MHz) require line -of -sight whereby the transmitter has a direct path to the receiver with limited obstructions. Line -of -sight makes this system inherently secure and less prone to interference. Also, high frequency networks usually do not require licensing. b. Radio Frequency (RF) Study: With any of these radio communications methods, conducting a field study is critical. The study must be performed in the actual proposed frequency band, using the actual equipment proposed, from the actual sites and at varying antenna heights. A master radio should be located exactly where the proposed master will be, and testing should be done at each remote site, adjusting antenna heights to determine the elevation required for adequate communication. If repeaters are necessary, they should be tested to the master, and also to the remotes that they would be repeating for. A repeater receives a signal and re -transmits it, usually with higher power and from a better location, to provide a greater communications range. The master radio is typically located at a central control facility, but in the absence of such a location, it could be located at a central pump station. If a radio field survey shows any sites with unresolvable radio communication issues, fiber optics or cellular communication could be considered. In an area with relatively flat topography, this is unlikely to be a problem. 2. Cloud -based Cellular Communications System Use of cellular communications is a very viable option. A cellular communication system would need to be configured with an RTU/PLC and cellular modem at each pump station, communicating with a cell modem at a central facility, or communicating with a cloud -based system. Cellular communication presents advantages and disadvantages: Advantages: • High speed • Generally reliable (99.99% availability) • Low initial cost compared to the other technologies reviewed. • Coverage is very good, and typically requires small, unobtrusive antennas installed on top of a control panel. 2 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Disadvantages: • Subject to sporadic lapses or failures in service, similar to cell phones • Service provider must remain in operation. If the provider's infrastructure has a problem, the entire system can be affected • Service provider will inevitably upgrade their system with new hardware and/or software. When this occurs, users will be required to upgrade modems and/or apps to remain compatible, potentially requiring additional hardware replacement costs and/or downtime. This is similar to when a manufacturer (such as Apple, Samsung, etc.) matures or stops supporting older smartphones or when a mobile carrier (Verizon, AT&T, etc.) updates their communication firmware.) • Low up -front cost, but requires a monthly or annual recurring cost Several manufacturers offer cellular communications systems that transmit data to the "cloud", from where it is available to any compatible device via the Internet. Systems such as Emerson's SaaS and the Mission Communication System use this technology very effectively, at a low start-up cost. The systems continuously monitor Station statuses and can report updates via cellular service once per hour, every 2-3 minutes, or immediately if a change of status occurs, depending on the system and how it is configured. An annual service agreement can cost approximately $500 to $800 for each unit. These costs include web site portal use, tech support, annual maintenance, upgrades, and cellular provider service charges. These systems use standard encryption methods to provide security, and also can be set up as a VPN to offer an additional layer of protection. A disadvantage to using cellular communication systems is that their functionality is 100% dependent on the provider's host server and their company's performance. If the company ceases operation, its customers' equipment becomes useless until a new service provider is contracted. This may entail equipment replacement. 3. Fiber Optics Fiber optic cabling offers a very reliable, high performance media for SCADA communication. a. AT&T: AT&T has an extensive installed infrastructure of fiber optic cabling. b. Utility Owned: Installing new fiber optic cable, owned by the City, would be an excellent option, in terms of maintainability and performance. However, the installation of fiber-optic cable (material, underground, overhead, easements, right-of-ways, etc.) may prove to be very expensive, and realistically could be cost -prohibitive. Data Collection and I/O R yuirements 1. Bandwidth and Update Time Concerns Update times are not a significant concern. Using a single licensed 217 MHz radio frequency to poll all 12 Pump Station sites would require operation in half duplex mode, meaning that a central polling PLC or server would have to sequentially poll a station, wait for a response, determine whether the communication attempt was successful, and if so, proceed to the next station. This would require a few seconds per site; therefore completing a poll cycle of 12 sites could take a minute, assuming few failed communication attempts or retries are encountered. If repeaters are necessary, their impact would further increase the cycle time. It is currently uncertain what bandwidth the existing system is allowed to use at the licensed frequency. There are four bands of spectrum available for use (6.25 kHz, 12.5 kHz, 25 kHz, and 50 kHz). Performance within these bands varies with signal strength whereby a stronger signal 3 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum will allow higher communication speed. If speed becomes an issue, using the widest band available (50 kHz) could allow data transfer of up to 128 kbps at a signal strength of -88 db (with a Bit Error Rate of 10-6). However, inherent with fast data transfer rates is increased likelihood of transmission errors, unless the signal strength is very good. 2. Monitoring and/or Control Capabilities The SCADA System will be designed to poll data from and send commands to each pump station for monitoring and control. The City provided a list of signals that are required (if applicable) at each pump station. Table 1 in Appendix B summarizes these signals and their current availability at each site. Subsequent tables in Appendix B briefly describes the necessary construction and/or integration that will be required for each signal at each site. These descriptions will be expanded upon and included in the DCP. 3. Video Currently none of the pump stations have video cameras (digital or otherwise). Cameras need to be installed at each site as well as their supporting infrastructure including poles, attachments, raceways, conductors, and integration with the SCADA System. Camera specifications will be coordinated with the City for inclusion in the DCP and will include (at a minimum) IP digital pan -tilt -zoom, 4K resolution day & night, Ethernet -ready, outdoor -rated, internal 64GB storage. To limit interruptions with other pump station SCADA functions, the bandwidth for video broadcast may need to be limited. This limit will need to be coordinated between the City, integrator, and carrier provider. Since streaming video on a SCADA communications system can be very bandwidth -intensive, its integration will need to be closely coordinated with the cloud -based cellular system provider, such as by streaming video only on demand. SCADA Accessibility Several other factors affect the telemetry/SCADA System's performance and its ability to provide the functions that the utility staff need. 1. WIN911 HMI system interfaces can use a WIN911 alarm notification system. Pump Station alarms can be included in this application. 2. Text/ Email Cloud Based Cellular Systems can send email messages with alarm and status updates. This is a useful feature that should be considered. 3. Interface with City IT Some level of coordination will be required with the City's IT Department. ?.4 System Options 1 Radio and PLC -based Telemetry This configuration offers a very viable means for a SCADA system. The following is a summary of advantages and disadvantages for installing a telemetry system using additional PLCs and radios: Advantages: • Reliability • Vendor independence. A commitment would be made to using specific products, which could be considered proprietary, but these would be off -the -shelf products with numerous support options and huge user bases, so that is not considered to be a significant issue. 4 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum • No recurring costs • Self-sufficiency. The City would own the required infrastructure including radios, antennas, towers, and software licenses„ and would be dependent on no one for providing services, remaining compatible with other infrastructure, or other issues outside the City's control. Disadvantages: • Initial costs for radio control panels, antenna masts, lightning protection, cabling, etc. • At least some sites will require fairly high (15'-30') antennas and masts. These would be identified following the radio propagation survey. Some neighbors might object to antenna masts. • Radio Study and additional design costs required. • Central communication facilities required. • Central integration/configuration required. • RTU or PLC required at each site. • HMIs not easily scalable. 2. Cloud -based Cellular Telemetry This configuration also offers a very good option with advantages and disadvantages as listed below: Advantages: • Reliability • Low initial cost • Cellular service provides good reception virtually everywhere, without requiring large, obtrusive antennas. • Final design cost savings • Central communication facilities not required. • HMI easily scalable. Disadvantages: • Recurring costs • Relies on proprietary equipment. Operation of this type of system requires constant support from a central service provider the cellular service provider, and the internet. If any one of these entities stops functioning, the system fails. • Loss of control. This is also a function of using proprietary equipment and services: if any of the providers decides to upgrade their system to a new generation of hardware/firmware/software, the affected SCADA System equipment will require upgrading to remain compatible. This could represent significant unplanned cost. 3. Fiber Optics This configuration also offers a very good option with advantages and disadvantages as listed below: Advantages: • Reliability • Faster data transfer rates • Immunity to electromagnetic interference • Transmit data over longer distances without loss of signal quality Disadvantages: • Initial cost if Owner -built network • Recurring costs if leased network • Installation of fiber optic systems can be complex and costly • Central communication facilities required. • Central integration/configuration required. 5 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum • HMIs not easily scalable. • RTU or PLC and fiber network interface hardware required at each site. 2.5 Recommendations Radio -based technology, cloud -based cellular systems, and fiber optic present viable options for the City's SCADA system. Each have been demonstrated to provide useful functionality. Nonetheless there are advantages and disadvantages to each as listed above. The advantages and disadvantages of radio -based technology, cloud based cellular systems, and fiber optic discussed above must be considered before choosing which path to take. For example: • How important is cost? What is the budget availability? A radio -based system would require a significant initial investment in antenna infrastructure. • What is the City's opinion of initial vs recurring costs? How much risk is the City willing to take on regarding future control of system equipment and continued viability of service providers? Based on discussions with City staff and the following, the cloud -based cellular system is recommended. • Cost -Effectiveness: Cellular networks often have lower capital costs since they utilize existing infrastructure, reducing the need for expensive installations like fiber optic cables or radio towers. • Wide Area Coverage: Cellular networks provide extensive coverage, especially in remote or congested areas where fiber optic or radio may not be feasible. • Scalability and Flexibility: Cellular networks offer scalable solutions that can easily adapt to changing needs and support a wide range of SCADA applications. • Rapid Deployment: Cellular networks can be quickly deployed and configured, minimizing downtime and ensuring faster implementation compared to fiber optic or radio systems. 6 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Appendix Document Summary The following documents are appended to this report, and together with this narrative, comprise the entire report. Due to their size, for electronic file transfers, the Appendices will be provided as individual files or contained in a single zipped file format. A. City Map and Stormwater Pump Sites Appendix A contains the maps for the Citywide project and 12 pump station sites. . Tables Appendix B contains tables or list of signals/notifications available for the stations. f' Drawings & Photos Appendix C contains as -built drawings and photos identified in the sites. Due to the size, for electronic file transfers, this will be provided as individual files or contained in a single zipped file format. Provided under separate cover. Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum DISCLAIMER FOR TRANSFER OF DIGITAL MODEL FILES The DIGITAL MODEL FILES were developed by AECOM Technical Services, Inc (AECOM) for the City of Miami (CITY) Resilience and Public Works (RPW) Stormwater Section. The CITY understands and acknowledges that the DIGITAL MODEL FILES were not created or intended for use directly as design or construction documentation by third parties and after the DIGITAL MODEL FILES are provided they can become digitally corrupted without detection, can be modified without AECOM's knowledge, may not be readable by the CITY or by third parties due to file format incompatibilities, and the original DIGITAL MODEL FILES may be modified by AECOM after the DIGITAL MODEL FILES are transferred pursuant to the protocol described in this statement, any of which circumstance could cause damage or loss to the CITY; and whereas, the CITY understands and acknowledges that these risks are inherent with any use of the DIGITAL MODEL FILES and that use of the DIGITAL MODEL FILES will save the CITY considerable time and expense in the coordination and management of the Project, which represents good and valuable consideration for the following indemnification and release; Therefore, in consideration of AECOM transferring the DIGITAL MODEL FILES to the CITY exclusively for the Reference Uses provided herein, the CITY understands and acknowledges that the DIGITAL MODEL FILES will continue to be modified and refined by the CITY during the design process and the transferred DIGITAL MODEL FILES only represent a transitory state in that evolution. The CITY understands and acknowledges that the DIGITAL MODEL FILES developed by AECOM have been created for the purposes of developing the preliminary design intent of the project. Therefore, AECOM makes no warrantee, express or implied, that the DIGITAL MODEL FILES contain all elements that may have an impact on the Referenced Uses. The DIGITAL MODEL FILES have been prepared in accordance with the standard of care in the industry for similar projects under similar circumstances. While the DIGITAL MODEL FILES can be used to detect potential conflicts between elements, they may not accurately reflect all quantities, surface areas, and volumes, and may not accurately or completely describe all architectural elements that may have an impact on the Referenced Uses in the actual construction of the project. It is understood that the DIGITAL MODEL FILES are provided for the Reference Uses provided herein. Any use, misuse, reuse, alteration, or modification of the DIGITAL MODEL FILES for purposes other than provided herein shall be at the CITY's sole risk, with no liability to AECOM whatsoever. CITY does not have the right to sub -license for CITY's use any software required to access the DIGITAL MODEL FILES, and no such license is granted hereby. CITY acknowledges its responsibility to obtain all hardware and software needed to access the electronic files. Note: The model takes precedence over any inconsistencies within the report, figures, and exhibits. aecom.com 8 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum APPENDIX A CITY MAP AND SITES 9 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A. Site Map There are 12 existing sites (as shown in the figure below) that are intended to be included in the SCADA Telemetry system. u. W a9th St South Side Canal e Hialeah Miami InterAiudna' Airport 932 Miami Springs ..ndaitonio'aceo West End No.4 t vvve t End No.3 tWesl Enri Nd2"` 't tWest End No.1 Tamlami Trl 0 0 5 l 2 Miles I t r 1 t I t I 972 972 westview Is µW 103,4 St pinewood Miami Shores West Little River NW 95th SI Lo7. 934 i 3"NW 79th Si Hialeah or Brownsville NW 7M St I® Martin Luther King Blvd (NW 62 511 Nw 790.. St NW 201h SI comfort M %mti r�„r,r f9tenge HnwP'-- ■ FlI ienriew ,gL,g Lawr Lam ■ I RNary Eric` ll Brickell Avenue tBelle Mea North Bay village San Marco Biscayne w Island 41 Dodge lsiartd N 934 .Par. Miami I Esn. NASA NGA USGS. F EMA Miami Dade County. FDEP. Esis TomTom. Garnet. SateGraph. [972j GeoTechnologles. Inc, METITNASA USGS EPA, NPS. USDA USFWS Figure 1, Citywide Telemetry Vicinity Map 10 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Building Structure, 1301 NW 6 Street, Miami FI 33125 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Bar Screen • Front door Figure 2, Riverview Stormwater Pump Station Site 11 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.2 Lawrence Building Structure, 342 SW 7 Avenue, Miami FI 33130 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Bar Screen • Conveyor System • Front door Figure 3, Lawrence Stormwater Pump Station Site 12 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.3 Orange Bowl Building Structure, 1775 NW 7 St, Miami FI 33125 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Bar Screen • Front door Figure 4, Orange Bowl Stormwater Pump Station Site 13 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Submersible, 7775 NE 8 Avenue, Miami FI 33138 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Transducer and floats) • Fence gate Figure 5, Belle Meade Stormwater Pump Station Site 14 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.5 Brickell Avenue Submersible, SE 12 Street at Brickell Avenue Median, Miami FI 33130 This site contains the following: • Main Electric Power • ATS • Generator (portable, not located on site) • Pumps • Wet Well Level Indicator (Floats) • Fence gate Figure 3, Brickell Avenue Stormwater Pump Station Site 15 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.6 Mary Brickell Submersible, 801 SW 1 Avenue, Miami FL 33130 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Fence gate Figure 4, Mary Brickell Stormwater Pump Station Site 16 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.7 San Marco Submersible, 1383 South Venetian Way, Miami FL 33139 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Fence gate Figure 5, San Marco Stormwater Pump Station Site 17 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.8 Antonio Maceo Submersible, 5105 NW 7 Street, Miami FL 33126 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Fence gate t.iwt. [t t^ R can: 41C Nita r w Figure 6, Antonio Maceo Stormwater Pump Station Site 18 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.9 West End No. 1 Submersible, 6311 SVVGST-SW 83rdCourt and SVV8thStreet Miami FL33128 This site contains the following: * Main Electric Power °ATS ° Generator *Pumps * Wet Well Level Indicator (Floats) ° Fence gate Figure 7.West End NoJ StormwuterPump Station She 19 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.10 West End No.2 Submersible, 6321 SW 2 ST -SW 63rd Court and SW 2nd Street Miami FL 33126 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Fence gate Figure 8, West End No.2 Stormwater Pump Station Site 20 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.11 West End No.3 Submersible, 501 Tamiami Canal Road -NW 64th Court and NW 3rd Street Miami FL 33126 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Fence gate Figure 9, West End No.3 Stormwater Pump Station Site 21 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum A.12 West End No.4 Submersible, 6250 Tamiami Canal Road -NW 62 Court and NW 5 Street Miami FL 33126 This site contains the following: • Main Electric Power • ATS • Generator • Pumps • Wet Well Level Indicator (Floats) • Fence gate Figure 10, West End No.4 Stormwater Pump Station Site Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum APPENDIX B TABLES 23 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Antonio Maceo Belle Meade Brickell Avenue Flagami West End 1 Flagami West End 2 Flagami West End 3 Flagami West End 4 Lawrence Mary Brickell Orange Bowl Riverview San Marco 1 Main Electric Power Failure on/off J d . A . A. oat . A. 4 . a . 4 . i . A. J 2 Main Automatic Transfer Switch (ATS) failure on/off . i . i . / . 4 . 4. . 1 . i . J 3 Generator on/off. . 4 . i . d . 411. . i . i . i . 4 . d . 4 . 4 Diesel gauge readings per generator , 1 . i . i . i . 4 . 4 . 4 . J . 1 . i . 1 . 5 Pumpson/off. V V V V V V V V V V V V 6 Pump station water levels high/low V V V V V V V V V V V V 7 Pumps hours of operation per day. J V V V V V V V V V V V 8 Water Quality (Turbid >29 NTU) on/off. X X X X X X X X X X X X 9 Bar Screen on/off ONLY forthe3building structures. N/A N/A N/A N/A N/A N/A N/A 4/ N/A 4/ 4/ N/A 10 structuresoNo3fVstem3building N/A N/A N/A N/A N/A N/A N/A V N/A V V N/A 11 Fire System on/off. N/A N/A N/A N/A N/A N/A N/A N/A . i . i N/A 12 Monitoring system on/off. X X X X X X X X X X X X 13 Rain sensor at each station. X X X X X X X X X X X X 14 Front door/fence gate open/closed. X X X X X X X X X X X X 15 ATS position (Normal/Emergency) . i . i . i . i . i . 4 . i . 4 . i . i . i . i 16 Position of pumps (Auto/OFF/ON/MANUALTFRIP/FAULT). 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. X X X X X X X X X X X X 18 Generator controller position (Not in auto). J J . 4 . 4 . il . 4 J d . d . 4 i 19 25% spare I/O, discrete and analog. X X X X X X X X X X X X 20 360°camera. X X X X X X X X X X X X LEGEND Available with minor connections Available but construction and/or additional programming required Sensor or device not installed. extensive X materia land construction required. N/A Not applicable/No signalto be monitored Table 1, Signal Check List Summary Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Riverview 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Wiring from bar screen to RTU 10 CO2 Retardant System 2 building structures on/off Wiring from bar CO2 Retardant system to RTU 11 Fire System on/off. Conduit & conductors from from fire system to RTU 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Front door open/closed. Installation of door's sensor and conduit & conductors from door to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 2, Riverview Signal Check List 25 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Lawrence 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Wiring from bar screen to RTU 10 CO2 Retardant System 2 building structures on/off Wiring from bar CO2 Retardant system to RTU 11 Fire System on/off. Conduit & conductors from from fire system to RTU 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Front door open/closed. Installation of door's sensor and conduit & conductors from door to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 3, Lawrence Signal Check List 26 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Orange Bowl 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Wiring from bar screen to RTU 10 CO2 Retardant System 2 building structures on/off Wiring from bar CO2 Retardant system to RTU 11 Fire System on/off. Conduit & conductors from from fire system to RTU 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Front door open/closed. Installation of door's sensor and conduit & conductors from door to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 4, Orange Bowl Signal Check List 27 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Belle Meade 1 Main Electric Power Failure on/off Wiring from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Wiring from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 5, Belle Meade Signal Check List 28 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Brickell Avenue 1 Main Electric Power Failure on/off Wiring from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Wiring from ATS to RTU 3 Generator on/off. Wiring from from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Wiring from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 6, Brickell Avenue Signal Check List 29 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Mary Brickell 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 7, Mary Brickell Signal Check List 30 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum San Marco 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 8, San Marco Signal Check List 31 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Antonio Maceo 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 9, Antonio Maceo Signal Check List 32 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Flagami West End 1 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 10, Flagami West End No. 1 Signal Check List 33 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Flagami West End 2 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 11, Flagami West End No. 2 Signal Check List 34 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Flagami West End 3 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 12, Flagami West End No. 3 Signal Check List 35 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum Flagami West End 4 1 Main Electric Power Failure on/off Conduit & conductors from ATS to RTU 2 Main Automatic Transfer Switch (ATS) failure on/off Conduit & conductors from ATS to RTU 3 Generator on/off. Conduit & conductors from generator to RTU 4 Diesel gauge readings per generator Installation of fuel level guage and conduit & conductors from generator to RTU 5 Pumps on/off. Wiring from soft starters to RTU 6 Pump station water levels high/low Wiring from control panel controller to RTU 7 Pumps hours of operation per day. Installation of electronic ETM and wiring to RTU 8 Water Quality (Turbid >29 NTU) on/off. Installation of analyzer element/transmitter, conduit & conductors from element to transmitter and wiringfrom transmitter to RTU 9 Bar Screen on/off ONLYfor the 3 building structures. Not available 10 CO2 Retardant System 2 building structures on/off Not available 11 Fire System on/off. Not available 12 Monitoring system on/off. Programming will be available from cloud service to apps. 13 Rain sensor at each station. Installation of rain sensor and conduit & conductors from rain sensor to RTU 14 Fence gate open/closed. Installation of gate sensor and conduit & conductors from fence to RTU 15 ATS position (Normal/Emergency) Conduit & conductors from ATS to RTU 16 Position of pumps (Auto/OFF/ON/MAN UAL/TRIP/FAULT). Wiring from soft starters to RTU 17 Generator Current, Voltage, Battery charger status, total harmonic distortion. Conduit & conductors from generator to RTU. TH D is not normally available from the generator unless special ordered . 18 Generator controller position (Not in auto). Conduit & conductors from generator to RTU 19 25% spare I/O, discrete and analog. Will be required in DCP 20 360° camera. Installation of camera and conduit & conductors from camera to RTU Table 13, Flagami West End No. 4 Signal Check List 36 Citywide Telemetry and SCADA Improvements Telemetry Evaluation Technical Memorandum APPENDIX C DRAWINGS & PHOTOS (PROVIDED IN A ZIP FILE) ATTACHMENT H PHASE SUBMITTALS Phase Submittals Each submittal must be accompanied by design calculations, specifications, and sufficient information for adjoining components or areas of work to allow for proper evaluation of the component submitted for review. Submittals shall comply with the City of Miami RPW Design Submittal Requirements by Submittal Phase for City Capital Improvement Projects and shall include, at a minimum, the documents listed below and specified in the following subsections: 1. Schedule of Values 2. 30% Implementation Documents 3. 60% Implementation Documents 4. 100% Implementation Documents 5. Signed and Sealed Plans 6. As -built plans 7. Final Record Documents 8. Closeout package The Proposer shall provide a Schedule of Values within 14 calendar days of notice to proceed ("NTP"). Within 45 days of NTP, the Proposer shall provide an initial schedule of proposed design and implementation packages with summary of drawings, specifications, calculations, and other documents to be submitted with each package. The Proposer's implementation baseline schedule shall allow for up to 30 calendar days review time for the City's review of all submittals. All documentation submitted by the Proposer for the City review shall be uploaded into the E-Builder system. The Proposer will be provided access to the electronic review system to review comments and input responses to comments. The Proposer shall submit a Quality Control Set and a Letter of Compliance with each component set of plans stating that appropriate checks and verifications have been performed prior to the submittal of the component set. Component Set submittals without the Quality Control Set and the Letter of Compliance shall be rejected without review until such time that the Letter of Compliance is received along with the Quality Control Set. If rejected, the Proposer shall resubmit the submittal documents with the appropriate Quality Control Set and Letter of Compliance at no additional cost or time to the contract. 30% Implementation Documents Submittal The 30% Implementation Documents shall be complete, with the understanding that they are subject to change. The submittal shall include, but is not limited to, the following documents: 1. SCADA system configuration Prerequisites to 60% Submittal The Proposer shall not proceed with the development of the 60% Implementation Documents submittal until the following has occurred: 1. Review and approval of the 30% Implementation Documents submittal by the City 2. Review and approval of Design Quality Assurance Plan and Implementation Quality Control Plan 3. Outline of project specifications 60% Implementation Documents Submittal The 60% Implementation Documents shall be complete, with the understanding that they are subject to change. The submittal shall include, but is not limited to, the following documents: 1. Electrical design documentation 2. Supplemental and/or Technical Special Provisions 3. Updated Schedule of Values 4. Final Signed and Sealed Geotechnical Reports (if applicable) The Proposer shall commence permitting of the Project only after the City has reviewed and approved the 60% Implementation Documents. 100% Implementation Documents Submittal For 100% Implementation Documents submittal review by the City. The submittal shall include all previous phase submittal requirements, along with the following: 5. Completed plans signed and sealed by a Florida Licensed Professional Engineer 6. Design documentation signed and sealed by a Florida Licensed Professional Engineer 7. Specifications 8. Applicable permits 9. Final CADD files 10. As -Built Plans As -Built Plans The Proposer shall furnish the City with a complete set of as -built plans and survey for the constructed improvements. As -built plan drawings shall show all changes and deviations from or to permitted plans and drawings in red ink and be signed and sealed by the Proposer's engineer. For as -built plan submittal review by the City, the submittal shall include one hard copy and one digital PDF copy (or scan) of the marked -up plan set. Digital copies may be provided on USB Flash Drives or via electronic delivery. Final Record Documents Within 60 calendar days of Final Completion, the Proposer shall provide the City complete Project Final Record Documents, properly scaled. The Proposer's engineer shall professionally endorse (sign and seal and certify) the Final Record Documents including record prints, the specifications, special provisions and all reference and support documents. The professional endorsement shall be performed in accordance with the Florida Statutes. The set of Final Record Drawings shall include, at a minimum, the following: 11. As-Builts Drawings 12. Specifications and Special Provisions 13. Reports 14. Calculations 15. Approvals 16. Post -Implementation Survey 17. Warranties/guarantees 18. Manuals of Operation and Maintenance Final Record Documents must be submitted prior to final acceptance of the Project. Permits The Proposer shall be responsible for preparing designs and proposing implementation methods that are permittable. All permits required for a particular implementation activity shall be acquired prior to commencing the implementation activity. Delays due to incomplete or erroneous permit application packages, agency rejection, agency denials, agency processing time, or any permit violations, except as provided herein, shall be the responsibility of the Proposer and will not be considered sufficient reason for a time extension or additional compensation. As the permittee, the City is responsible for reviewing, approving, and signing the permit application package including all permit modifications, or subsequent permit applications. Design Documentation, Calculations, and Computations The Proposer shall submit to the City design notes and computations to document the design conclusions reached during the development of the design and implementation plans. The design notes and computation sheets shall be fully titled, numbered, dated, indexed, and signed by the designer and the quality control reviewer. At the Project completion, a final set of design notes and computations, signed and sealed by the Proposer, shall be submitted electronically with the Final Record Documents. The design documentation, notes, calculations, and computations shall include, but are not limited to: 1. Design Standards and criteria used for the Project. 2. Documentation of decisions reached resulting from meetings, telephone conversations, or site visits. Specifications The Proposer shall prepare and submit Supplemental Implementation Specification Packages, signed and sealed by the Proposer's Engineer. The Proposer shall follow City's guidelines for development of specification packages. Upon review and approval by the City, the Supplemental Implementation Specifications Package will be stamped "Approved", "Approved as Noted", or "Rejected" and initialed and dated by the City. Minimum Submittals 1. Remote Terminal Units (including cellular modems) 2. Network Devices 3. Client Application 4. Camera 5. Raceways 6. Conductors 7. Rain Sensor 8. Water Quality Analyzer 9. Fuel -Oil Level Gauge 10. Additional System Components 11. Manuals of Operation and Maintenance Solicitation Type and Number: CITY OF MIAMI LOCAL OFFICE CERTIFICATION (City Code, Chapter 18, Article III, Section 18-73) RFP 2046386 (i.e. IFQ/IFB/RFP/RFQ/RFLI No. 123456) Solicitation Title: Storm Pump Station Telemetry and Supervisory Control and Data ("SCADA") System (Bidder/Proposer) hereby certifies compliance with the Local Office requirements stated under Chapter 18/Article III, Section 18-73, of the Code of the City of Miami, Florida, as amended. Local office means a business within the city which meets all of the following criteria: (1) Has had a staffed and fixed office or distribution point, operating within a permanent structure with a verifiable street address that is located within the corporate limits of the city, for a minimum of twelve (12) months immediately preceding the date bids or proposals were received for the purchase or contract at issue; for purposes of this section, "staffed" shall mean verifiable, full-time, on -site employment at the local office for a minimum of forty (40) hours per calendar week, whether as a duly authorized employee, officer, principal or owner of the local business; a post office box shall not be sufficient to constitute a local office within the city; (2) If the business is located in the permanent structure pursuant to a lease, such lease must be in writing, for a term of no less than twelve (12) months, been in effect for no less than the twelve (12) months immediately preceding the date bids or proposals were received, and be available for review and approval by the chief procurement officer or its designee; for recently -executed leases that have been in effect for any period less than the twelve (12) months immediately preceding the date bids or proposals were received, a prior fully -executed lease within the corporate limits of the city that documents, in writing, continuous business residence within the corporate limits of the city for a term of no less than the twelve (12) months immediately preceding the date bids or proposals were received shall be acceptable to satisfy the requirements of this section, and shall be available for review and approval by the chief procurement officer or its designee; further requiring that historical, cleared rent checks or other rent payment documentation in writing that documents local office tenancy shall be available for review and approval by the chief procurement officer or its designee; (3) Has had, for a minimum of twelve (12) months immediately preceding the date bids or proposals were received for the purchase or contract at issue, a current business tax receipt issued by both the city and Miami - Dade County, if applicable; and (4) Has had, for a minimum of twelve (12) months immediately preceding the date bids or proposals were received for the purchase or contract at issue, any license or certificate of competency and certificate of use required by either the city or Miami -Dade County that authorizes the performance of said business operations; and (5) Has certified in writing its compliance with the foregoing at the time of submitting its bid or proposal to be eligible for consideration under this section; provided, however, that the burden of proof to provide all supporting documentation in support of this local office certification is borne by the business applicant submitting a bid or proposal. 1 FORM -City of Miami Local Office Certification 7/22/2013 PLEASE PROVIDE THE FOLLOWING INFORMATION: Bidder/Proposer Local Office Address: Does Bidder/Proposer conduct verifiable, full- time, on -site employment at the local office for a minimum of forty (40) hours per calendar week? YES NO ❑ ❑ If Bidder/Proposer's Local Office tenancy is pursuant to a lease, has Bidder/Proposer enclosed a copy of the lease? ❑ YES ❑ NO ❑ N/A Has Bidder/Proposer enclosed a copy of the Business Tax Receipt (BTR) issued by the City of Miami and Miami -Dade County? City of Miami: Cite Exemption: NO Exempt ❑ YES ❑ ❑ Miami -Dade County: Cite Exemption: ❑ YES ❑ NO ❑ Exempt Has Bidder/Proposer enclosed a copy of the license, certificate of competency and certificate of use that authorizes the performance of Bidder/Proposer's business operations? YES NO ❑ ❑ Bidder/Proposer's signature below certifies compliance with the Local Office requirements stated under Chapter 18/Article III, Section 18-73, of the Code of the City of Miami, Florida, as amended. Print Name (Bidder/Proposer Authorized Representative) Signature Date 2 FORM -City of Miami Local Office Certification 7/22/2013 STATE OF FLORIDA COUNTY OF Certified to and subscribed before me this day of , 20 , by (NOTARY SEAL) (Signature of Notary Public -State of Florida) (Name of Notary Typed, Printed, or Stamped) Personally Known OR Produced Identification Type of Identification Produced FORM -City of Miami Local Office Certification 7/22/2013 3 Ontv of ANNIE PEREZ, CPPO Chief Procurement Officer ARTHUR NORIEGA V City Manager ADDENDUM NO. 1 RFP 2046386 November 24, 2025 Request for Proposals ("RFP"), 2046386 Storm Pump Station Telemetry and Supervisory Control and Data ("SCADA") System TO: ALL PROSPECTIVE PROPOSERS The following changes, additions, clarifications, and deletions, amend the RFP documents of the above captioned RFP and shall become an integral part of the Contract Documents. Deletions of contract language will be specified herein. Bold words and/or figures shall be added. The remaining provisions are now in effect and remain unchanged. Please note the contents herein, reflect same on the documents you have on hand. A. A site visit schedule has been established to view the storm pump stations listed in this solicitation. All Proposers must provide one (1) business day email notice of intent to participate in the site visit. The site visit schedule is as follows: Monday 12/1/2025 9:00 AM EST Mary Brickell Village and Brickell Ave 1:00 PM EST Lawrence Pump Station and Riverview Wednesday 12/3/2025 9:00 AM EST Belle Meade and San Marco 1:00 PM EST Orange Bowl and Antonio Maceo Friday 12/5/2025 9:00 AM EST West End #1 and West End #2 1:00 PM EST West End #3 and West End #4 All storm pump station addresses can be found in Section 3.0, Specifications/Scope of Work, Subsection III, Storm Water Pump Station Locations. The Site Visit Sessions will start promptly at the above -mentioned times. No additional times will be established. B. The deadline for questions and clarifications has been changed to December 12, 2025, at 3:00 PM EST. 1 ALL OTHER TERMS AND CONDITIONS OF THE RFP REMAIN THE SAME. THIS ADDENDUM IS AN ESSENTIAL PORTION OF THE RFP AND SHALL BE MADE A PART THEREOF. Annie Perez, CPPO Director/Chief Procurement Officer City of Miami Procurement Department AP:tg c. Juvenal Santana, P.E., Director, Resilience and Public Works Yadissa A. Calderon, CPPB, Assistant Director of Procurement, City of Miami This Addendum shall be signed by an authorized representative and dated by the Proposer and submitted as proof of receipt with the submission of the RFP. NAME OF FIRM: SIGNATURE: DATE: 2 is t ANNIE PEREZ, CPPO Chief Procurement Officer ARTHUR NORIEGA V City Manager ADDENDUM NO. 2 RFP 2046386 December 12, 2025 Request for Proposals ("RFP"), 2046386 Storm Pump Station Telemetry and Supervisory Control and Data ("SCADA") System TO: ALL PROSPECTIVE PROPOSERS The following changes, additions, clarifications, and deletions, amend the RFP documents of the above captioned RFP and shall become an integral part of the Contract Documents. Deletions of contract language will be specified herein. Bold words and/or figures shall be added. The remaining provisions are now in effect and remain unchanged. Please note the contents herein, reflect same on the documents you have on hand. A. The closing date for this solicitation has been changed to January 9, 2026 at 4:OOPM. B. Exhibit A, "Attachment I, City of Miami Local Office Certification" has been added to this RFP. C. Attachment C, Pricing Packet has been hereby deleted in its entirety and replaced with Revised Attachment C, Pricing Packet. D. Additional questions received will be answered in a future addendum. ALL OTHER TERMS AND CONDITIONS OF THE RFP REMAIN THE SAME. THIS ADDENDUM IS AN ESSENTIAL PORTION OF THE RFP AND SHALL BE MADE A PART THEREOF. Annie Perez, CPPO Director/Chief Procurement Officer City of Miami Procurement Department AP:tg c. Juvenal Santana, P.E., Director, Resilience and Public Works Yadissa A. Calderon, CPPB, Assistant Director of Procurement, City of Miami This Addendum shall be signed by an authorized representative and dated by the Proposer and submitted as proof of receipt with the submission of the RFP. NAME OF FIRM: SIGNATURE: DATE: 1 RFP 2046386 STORM PUMP STATION TELEMETRY AND SUPERVISORY CONTROL AND DATA ("SCADA") SYSTEM CITY OF MIAMI DEPARTMENT OF RESILIENCE AND PUBLIC WORKS ATTACHMENT C - PRICE PROPOSAL PACKET Overview The proposer shall complete all pricing worksheets included in this packet. Failure to complete and submit all three (3) worksheets in accordance with the instructions below may result in the proposer being deemed non- responsive and disqualified from further consideration. Required Worksheets This pricing packet consists of the following three (3) worksheets: 1. Worksheet A — Base Pricing These are services needed in each storm pump station. 2. Worksheet B — Optional/Additional Services for 3 Stations These are services needed to upgrade 3 specific stations. 3. Worksheet C — Optional Services for 9 Stations These are services needed to upgrade 9 additional stations. Completion Instructions 1. Read the Solicitation Carefully Review all equipment and service needs for the pump stations as outlines in Section 3.0, Scope of Work/Specifications, in the solicitation before completing this packet. Ensure pricing reflects all requirements, specifications, and conditions described in the solicitation. Prices shall be quoted in U.S. dollars and be inclusive of all costs, including labor, materials, equipment, overhead, and profit. Do not modify the structure, formulas, or protected cells within the worksheets. 2. Enter Data in the Designated Fields Only Fill in the appropriate input cells. Do not add, delete, or rename tabs. Verify all calculations and totals prior to submission. 3. Ensure Consistency Across Worksheets Ensure that unit of measures are taken into account when completing the pricing sheet. Inconsistencies or incomplete entries may result in disqualification. 4. Submission Format Submit the completed pricing sheets in the original Excel format (.xlsx) provided. Please try to refrain from converting to PDF or alter the file name, beyond adding your company name. Include the completed pricing packet as part of your full proposal submission package per solicitation instructions in Section 4.0 — Proposal Submission Requirements. 5. Responsiveness Requirement To be considered responsive, the proposer must complete and submit all three (3) worksheets in their entirety. Missing, incomplete, or the submisson of alternate pricing sheets will result in the proposal being considered non -responsive. CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS City of Miami BASE WORK, ITEMS TO BE IMPLEMENTED AT ALL 12 PUMP STATIONS Riverview_Lawrence_Orange Bowl_Belle Meade_Brickell Ave_Mary Brickell_San Marco_Antonio Maceo_West End 1_West End 2_West End 3_West End 4 Item # ITEM QTY UNIT PRICE PER STATION (12 STATIONS) UNIT COST TOTAL FOR ALL12 STATIONS 1 Initial site visit and assessment 12 EACH $0.00 2 Subscription Fee (annual, recurring, inclusive of all stations) 1 ANNUAL $0.00 3 Design Fee (for all stations) 1 EACH $0.00 4 Mobile app implementation (includes design and installation, inclusive of all stations) 1 EACH $0.00 5 Platform Implementation (includes installation, inclusive of all stations) 1 EACH $0.00 6 New updated RTU in N4X SS enclosure (includes equipment and installation) 12 EACH $0.00 7 Cellular modems & UPS (includes equipment and installation) 12 EACH $0.00 8 Start-up, Testing & Training (inclusive of all stations) 1 DAYS $0.00 9 Main Power: (includes equipment and installation) 12 LS $0.00 A. Main Electric Power Failure B. Main ATS Failure C. ATS Position 10 Generator Monitoring System: (includes equipment and installation) 12 LS $0.00 A. Generator on/off B. Generator Current/Voltage C. Generator Total Harmonic Distortion Sensor D. Generator Controller Position 11 Diesel gauge readings per generator (includes equipment and installation) 12 EACH $0.00 12 Pumps: (includes equipment and installation) 12 EACH $0.00 A. Pumps on/off B. Water Level C. Hours of Operation D. Pumps Position (Auto/Off/On/Manual/Trip/Fault) 13 Door Sensor (includes equipment and installation) 12 EACH $0.00 SUB -TOTAL 1 SUBTOTAL 1 $0 14 (MOBILIZATION/DEMOBILIZATION I 12 I EACH SUB -TOTAL 2 SUBTOTAL 2 $0 RIVERVIEW TOTAL COST $0 CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS ,.°'k CITY OF MIAMI f { OPTIONAL WORK, ITEMS TO BE IMPLEMENTED AT 3 PUMP STATIONS Riverview_Lawrence_Orange Bowl Item # ITEM QTY UNIT PER STATION (3 STATIONS) UNIT COST TOTAL FOR ALL 3 STATIONS 1 Cameras (includes equipment and installation) - 2 PER STATION 6 EACH 0 2 Water Quality (turbidity) (includes equipment and installation) - 2 PER STATION 6 EACH 0 3 Rain Gauge (includes equipment and installation) - 2 PER STATION 6 EACH 0 4 Miscelleneous Building Equipment: (includes equipment and installation) - 2 PER STATION 6 LS 0 A. Barscreen On/Off B. CO2 Retardant System C. Fire System On/Off SUB -TOTAL 1 .0 5 MOBILIZATION/DEMOBILIZATION 6 EACH 0 SUB -TOTAL 2 0 TOTAL COST 0 CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS CITY OF MIAMI I."�Ys it •,',, ) OPTIONAL WORK, ITEMS TO BE IMPLEMENTED AT 9 PUMP STATIONSa Belle Meade_Brickell Ave_Mary Brickell_San Marco_Antonio Maceo_West End 1_West End 2_West End 3_West End 4 Item # ITEM QTY UNIT PER STATION (9 STATIONS) UNIT COST TOTAL FOR 9 STATIONS 1 Cameras (1 per station) 9 EACH 0 2 Water Quality (turbidity) (1 per station) 9 EACH 0 3 Rain Gauge (1 per station) 9 EACH 0 SUB -TOTAL 1 $0 4 MOBILIZATION/DEMOBILIZATION 9 EACH 0 SUB -TOTAL 2 $0 TOTAL COST $0 Tau iTt ANNIE PEREZ, CPPO Chief Procurement Officer ARTHUR NORIEGA V City Manager ADDENDUM NO. 3 RFP 2046386 December 23, 2025 Request for Proposals ("RFP"), 2046386 Storm Pump Station Telemetry and Supervisory Control and Data ("SCADA") System TO: ALL PROSPECTIVE PROPOSERS The following changes, additions, clarifications, and deletions, amend the RFP documents of the above captioned RFP and shall become an integral part of the Contract Documents. Deletions of contract language will be specified herein. Bold words and/or figures shall be added. The remaining provisions are now in effect and remain unchanged. Please note the contents herein, reflect same on the documents you have on hand. A. The below are responses to questions posed by Prospective Proposers: Q1. What is the budget the City allocated for the project? A2. The anticipated minimum bonding capacity is $750,000.00. Q2. Is a bid bond required with proposal submittal? A2. No. Q3. The equipment used in this project consists of low -voltage electronics that do not present any safety concerns. Based on our experience with similar projects, local authorities typically do not require a permit or provide a simplified permitting process for this type of installation. Please advise on how the City intends to address permitting requirements for this project. A3. Building Department permits and MOT permits for lane closure will be required. Further details can be obtained when plans are available and permitting process starts. All permits must be secured by contractor. Q4. The RFP mentions that cellular modems should be compatible with South Bayshore Lane Pump Station. Please provide the manufacturer, model number and firmware version. A4. South Bayshore Lane Pump Station is in the construction phase. There is no manufacturer, model number or firmware version at this location. Q5. For generator signals, is above ground rigid conduit acceptable or does it all need to be below ground? A5. An above ground RIGID conduit is acceptable. Based on location and usage, the conduits must be in compliance with any applicable National Electrical Code ("NEC") and City of Miami Building Department requirements 1 Q6. Does the City want to own the SCADA HMI software licenses or have as part of the monthly subscription? A6. The City prefers a monthly rental subscription, with necessary regular upgrades as well as a vendor -managed maintenance and support (subscription) of SCADA HMI software. The software is to be fully supported by the contractor and the software updates and/or upgrades are maintained timely and appropriately. Q7. For the CCTV, does the City want cloud access to the video footage at each site? A7. Yes. Q8. Is it the City's intent to keep the existing pump controls, maintaining float controls and Flygt controls, meaning the interface with RTU is monitoring only, with no pump station control? Or does the City want remote control access of the stations through the HMI? A8. The City's intent is to keep all the existing pump and float controls in place. The City wants to integrate SCADA into existing pump station system. Making the existing controls to be SCADA compatible is preferred. The SCADA project is for monitoring and controlling. It will monitor all the items as specified in solicitation. The City would like to control remotely, the operation of pumps and generator (Start/Stop). Q9. Please identify the City's existing 2FA/identity provider that the new system must be compatible with (vendor/product and integration standard such as SAML/OIDC). A9. It is EntralD and the City's preference is to have SCIM Provisioning available for automated User Onboarding / Offboarding. All aspects of 2FA are managed by the City Department of Innovation and Tech nology. Q10. Please confirm whether 2FA is required for: (i) remote user access, (ii) local/on-site access, and/or (iii) administrative access to the controller/telemetry portal. A10. Non federated users will need to require 2FA for remote user access, local/on-site access, and administrative access. Federated Users will always get 2FA upon login requests. Q11. Please provide any applicable City cybersecurity standards (e.g., password policy, encryption at rest/in transit, logging/retention, vulnerability scanning, patching requirements). All. Password Policy for Local User Accounts (non -federated) needs to be 16+ characters and 18+ for Local Administrators Accounts; Encryption both at rest and in transit; Audit Logging/Retention 6months+ and with SIEM Integration; Patching Requirements within a month of released patches, severity of the patch/vulnerability will determine how quicker the patch needs to be applied; Access Controls to the SaaS should only be possible from specified IP Addresses which will be provided at a later date, upon execution of award and agreement. Q12. Please define the requirement: "Provide cellular modems for communications compatible with South Bayshore Lane Pump Station," including any known baseline configuration (modem/router make/model, carrier, APN/VPN requirements, protocols, and whether any equipment must be reused). Al2. This station is currently under construction. A cloud based SCADA is what is being requested. 2 Q13. If available, please provide the current communications specifications at South Bayshore Lane (carrier, modem/router model, protocol, and any VPN/APN requirements) so compatibility can be confirmed in design and pricing, since South Bayshore Lane was not part of the site visit. A13. Construction plans have been provided in Exhibit A — Pump Station As -Built Plans and Photos attached herein. Q14. Please confirm whether the City has a preferred cellular carrier, or whether any carrier is acceptable provided coverage and performance requirements are met. A14. The City does not have a preferred cellular carrier vendor. Verizon is currently being used for similar services of outdoor signage needs and alarms. The carrier must meet the coverage and bandwidth needs of this service. Q15. Please confirm whether "New 360-degree cameras at each Pump Station" are required in the base scope for all twelve (12) stations, and whether any stations require both interior and exterior coverage as referenced in station narratives. A15. Exterior cameras are listed as an optional service, however pricing must be provided in the corresponding line item of the pricing sheet. Q16. Attachment G states that none of the pump stations currently have video cameras and that cameras must be installed with supporting infrastructure and bandwidth coordination. Please confirm whether video requirements are mandatory at all sites, and whether the City has any required video integration (e.g., integration with City VMS, SCADA display integration, or stand-alone portal access). A16. The cameras are optional and will have no integration with the City's communication system. The City will determine after award and upon budgetary approval if it will move forward with the installation of cameras. However, Proposer shall provide pricing for said optional cameras. Q17. Please confirm whether "sixty (60) days local recording" is a firm requirement and whether storage must be on -camera, or may be NVR/edge appliance/cloud, and whether the City has any retention/public-records expectations for video. A17. Sixty (60) days is a preference of the City. Proposer should propose the best option that fits the cellular bandwidth and cloud platform. Video should be stored in the cloud as the City anticipates public record requests for such video. Q18. Please clarify the City's operational objective for requiring "360-degree" cameras (e.g., full compound/perimeter awareness, entry/exit monitoring, equipment protection). If the objective is full -site situational awareness, please confirm whether the City will accept an alternate camera configuration that meets the objective without strictly requiring a 360-degree camera at every location. A18. The 360-degree camera is a preference. Alternate cameras are acceptable as long as they provide complete view of pump station. The intent is to capture the surrounding area of each pump station to prevent vandalism and equipment failure during street flooding. Q19. On Attachment C, Tab B, indicates two (2) cameras per station for the three building sites; Tab C indicates one (1) camera per station for the remaining nine sites. Please confirm the intended camera quantities per site, and whether these quantities are considered sufficient by the City to meet the coverage objectives. 3 A19. Three (3) pump stations are buildings that are bigger properties, hence the two (2) cameras per site for three stations and one (1) per site for nine submersible stations. The cameras must provide a complete view of the pump station. Q20. Please confirm whether any sites require a mast/pole or other mounting infrastructure to meet the intended coverage, and whether such mounting infrastructure is within contractor scope. A20. Yes, as needed. Q21. Please confirm whether the Rain Sensor and Water Quality Analyzer (Turbidity) are required in the base scope for all stations, required only at select stations, or intended as optional/alternate items. A21. Rain sensor and water quality analyzer are listed as optional work. Q22. If required, please confirm whether the City requires specific approved manufacturers/models, or whether meeting the stated minimum performance requirements is sufficient. A22. No specific approved manufacturers/models. Must be a cloud -based SCADA. Q23. Please confirm that references to "CO2 Retardant System" and "Fire System" are limited to monitoring/interfacing (alarm/trouble/status) via conduit/conductors to the RTU, and do not include modification, inspection, recharge, certification, or code upgrades of the CO2/fire suppression systems. A23. Yes, only monitoring. Q24. Please confirm that the contractor is not responsible for furnishing/installation of a CO2 fire suppression system where one does not already exist. A24. The Contractor is not responsible for CO2 installation. Only to monitor the system using SCADA. Q25. For CO2/fire monitoring, please confirm the required interface type (dry contacts vs addressable module vs panel output) and whether the City will provide access/coordination with the fire system vendor or designated contact. A25. The City prefers dry contacts, however is open to what works best for the SCADA system being proposed. Contractor to coordinate with fire inspector or fire system company. Q26. If a new CO2 suppression system is required at any site, please provide the protected room dimensions (L/W/H) and any design basis requirements so pricing can be developed (alternatively, please confirm this is out of scope). A26. A new CO2 system is not being requested in the scope of work and should not be proposed. Q27. The Telemetry Evaluation Technical Memorandum and noticed the Appendix C zip file for drawings and photos is not included on BidNet. Can these be provided for review and support of preparing the proposal? A27. See Exhibit A — Pump Station As -Built Plans and Photos, uploaded to BidNet in the addendum section. 4 ALL OTHER TERMS AND CONDITIONS OF THE RFP REMAIN THE SAME. THIS ADDENDUM IS AN ESSENTIAL PORTION OF THE RFP AND SHALL BE MADE A PART THEREOF. Annie Perez, CPPO Director/Chief Procurement Officer City of Miami Procurement Department AP:tg c. Juvenal Santana, P.E., Director, Resilience and Public Works Yadissa A. Calderon, CPPB, Assistant Director of Procurement, City of Miami This Addendum shall be signed by an authorized representative and dated by the Proposer and submitted as proof of receipt with the submission of the RFP. NAME OF FIRM: SIGNATURE: DATE: 5 January 9th, 2026 City of Miami Procurement Department Ms. Tahlia Gray 444 SW 2nd Ave, 6th Floor Miami, FL 33130 Star Controls Inc. 11555 Heron Bay Blvd, Suite 200 Coral Springs, FL 33076 Phone: (954) 604-6656 Fax: (954) 603-0492 Tzvi Magril, President Cell Phone: (954) 288-7954 Email: tmagril@star-controls.com 51-0533827 /IP` STARCONTROLS Response to RFP No. 2046386 Storm Pump Station Telemetry and Supervisory Control and Data ("SCADA") System PROJECT Submitted: To: Proposing firm: Primary Contact: Federal EIN: q,] 2 65 21.3 Ft Lawrence 3.0 Ft Antonio Memo r7 20.6 Ft Orange Bowl 04,00 6.5 Ft West End No. t 2.4 Ft etilr mm 41/1 Brickell Avenue 2,5 Ft wm West End Ala 2 0.0 Ft Line Foor No q rnnn - num - - JWert End No. 2 1em meo 1.7 Ft 0.0 Ft ",‘ STARCONTROLS City of Miami RFP No. 2046386 TABLE OF CONTENT SECTION 3 — COVER LETTER & EXECUTIVE SUMMARY 3 COVER LETTER 4 EXECUTIVE SUMMARY 5 SECTION 4 - MANDATORY SUBMITTALS 6 SECTION 5 - PROPOSAL OF SERVICES 14 A. MINIMUM QUALIFICATION REQUIREMENTS 15 B. PROPOSER EXPERIENCE, QUALIFICATIONS AND DIVERSITY OF WORK PRODUCT 16 1. Proposer's Organizational History and Structure 16 2. Proposer Firm Information 16 3. Active Registration with the State of Florida 16 4. Minimum Five (5) Years Business Establishment 16 5. Qualifications, Project Experience, and Credentials 18 6. Proposer's Overall Resources, Personnel, Equipment, Supervision, and Coordination Capacity 21 7. Client Service Continuity 22 8. Relevant Client List — Similar Services Provided 23 9. References — Similar Services 26 10. Litigation, Proceedings, and Disciplinary Actions (Past Five Years) 35 11. Current or Pending Litigation 35 12. Financial Condition, Bankruptcy, Litigation, and Conflicts of Interest 35 13. Bankruptcy History 35 14. Firm Accreditation, Accolades, and Conduct Code Violations 35 C. EXPERIENCE AND QUALIFICATIONS OF PROPOSED STAFF 38 Project Team Overview 38 1. Proposed Project Manager and Key Personnel 38 2. Resumes and Professional Bios of Key Personnel 39 Subcontractors 41 D. PROPOSED APPROACH TO PROVIDING THE SERVICES 42 SCADA AND TELEMETRY DESIGN 44 EXISTING SYSTEM INTEGRATION OR REPLACEMENT AND BUSINESS CONTINUITY 55 ELECTRICAL AND EQUIPMENT INTEGRATION 57 FLEXIBILITY AND SCALABILITY 59 IMPLEMENTATION, TESTING, AND TRAINING 61 SUPPORT, MAINTENANCE & CYBERSECURITY 64 SCHEDULE AND RISK MITIGATION 68 SECTION 6 - FINANCIAL INFORMATION AND FEE PROPOSAL FORM 74 A. FINANCIAL CAPABILITIES 75 8. SUBMISSION OF PROPSAL FEE FORMS 83 APPENDIX - ADDITIONAL DOCUMENTATION 86 2 /-,‘ STARCONTROLS City of Miami RFP No. 2046386 SECTION 3 - COVER LETTER & EXECUTIVE SUMMARY 3 STARCONTROLS City of Miami RFP No. 2046386 Cover Letter City of Miami Procurement Department Ms. Tahlia Gray 444 SW 2nd Ave, 6th Floor Miami, FL 33130 Dear Ms. Gray, Star Controls, Inc. is pleased to submit this proposal in response to the City of Miami's RFP No. 2046386, Storm Pump Station Telemetry and Supervisory Control and Data Acquisition ("SCADA") System project. Star Controls, inc. is a South Florida based systems integrator specializing in SCADA, IIoT, industrial communications, and cybersecurity solutions for Mission Critical infrastructure in the water, wastewater, and stormwater utilities. Our team brings decades of hands-on experience and a proven history of successfully delivering systems equal to or greater in scale and complexity than the system proposed for the City of Miami. Star Controls has extensive experience designing, implementing, and supporting Cloud SCADA systems for Mission Critical application, serving customers throughout South Florida, including the City of Weston and Plantation Acres. Our Cloud SCADA are securely hosted in high -availability, hardened data centers engineered for redundancy, cybersecurity, and disaster recovery. Our Cloud SCADA is actively used by satisfied customers who rely on its performance, resilience, and secure remote access for daily operations. The proposed solution is based on industry -proven, best -of -breed technologies, including VTScada by Trihedral and RTUs from Motorota Solutions, and is archltected for usability, and long-term maintainability. Star Controls has successfully completed numerous SCADA Systems, new, expansion, and migration projects, while maintaining uninterrupted operations and minimizing risk to services. This proposal is complete and includes all required products, services, skills, and support as specified in the RFP and its addenda. We have carefully reviewed the City's requirements and are fully prepared to complete the project within the anticipated schedule and budget. Our strong local presence, with offices and technical resources in Coral Springs and throughout Florida, ensures responsive project execution and long-term post - implementation support. Star Controls is committed to delivering a future -ready SCADA system that meets, or exceeds, the City of Miami's operational objectives while ensuring continuous operation throughout the project lifecycle. We appreciate the opportunity to submit this proposal and look forward to partnering with the City of Miami on this important project. Tzvi Magril President Star Controls, Inc. Cell: (954) 288-7954 Email: tmagril tar-controls.corn Date: January 7`h, 2026 4 /1t STARCONTROLS City of Miami RFP No. 2046386 Executive Summary Star Controls, Inc. proposes a secure, high -availability Cloud SCADA solution purpose-built for Stormwater pump stations and telemetry sites, delivering modern monitoring, control, and cybersecurity while minimizing operational risk and lifecycle cost. Our pricing includes all required software, hardware, cellular communications, cybersecurity measures, and professional services as specified in the bid documents. Star Controls is a South Florida —based systems integrator with decades of experience delivering SCADA solutions for water, wastewater, and stormwater utilities. We bring deep expertise in Cloud SCADA architecture, cellular communications, and cybersecurity, with a proven track record supporting thousands of pump stations and stormwater sites across Florida. Our team has successfully led large-scale SCADA projects, from design to production, while maintaining uninterrupted operations. Cloud SCADA for Stormwater Operations Our proposed solution is built on StarCS Cloud SCADA, a flexible, non -binding Cloud SCADA platform specifically suited for mission -critical Stormwater applications. StarCS delivers the functionality, reliability, and performance traditionally associated with self -hosted SCADA systems, while providing the advantages of cloud deployment, including scalability, resilience, and simplified maintenance. StarCS is hosted in secure, high -availability data centers with redundant infrastructure and network paths, ensuring continuous operation during severe weather events. The platform supports remote and hard -to - reach Stormwater sites that other Cloud SCADA solutions cannot reliably serve. By leveraging off -the -shelf hardware and open architecture, the City retains long-term flexibility, avoiding vendor lock -in and preserving the ability to transition to self -hosted or alternate cloud environments in the future. Technology and Cybersecurity The solution integrates VTScada by Trihedral as the core SCADA software, delivering robust alarming, historical data, reporting, and intuitive HMI design optimized for Stormwater operations. All systems are designed in compliance with U.S. CISA cybersecurity guidelines, incorporating secure remote access, network segmentation, and hardened communications to protect critical infrastructure. Communications will utilize industrial -grade cellular routers and Verizon cellular service, engineered for reliability, redundancy, and wide coverage across the Stormwater sites. Project Delivery and Support Star Controls' approach emphasizes careful planning, parallel system operation with no downtime, early user engagement, and comprehensive training. Our methodology is based on proven best practices from successful Stormwater and utility SCADA deployments throughout Florida. We provide unmatched local support, proactive maintenance, and rapid response from our Florida -based engineering team. Our goal is to deliver a secure, reliable, and future -ready Stormwater Cloud SCADA system that supports current operational needs while enabling future expansion, including integration of smart devices such as VFDs, generators, and bypass pumping systems. 5 /-,‘ STARCONTROLS City of Miami RFP No. 2046386 SECTION 4 - MANDATORY SUBMITTALS 6 STARCONTROLS City of Miami RFP No. 2046386 Certification Statement !leaky quote on this form, if applicable, net prices for the item(sl listed. Return signed ruriv.In.rl .roil 1 -F11 .1 cops for sour fiies. Prices should include all s•r►sts. including transportation to destination. I Itr t its rust: net the right to accept or reject all or am part of this submission. Prices .should he firm for a m in intu m of PM days folioninu the time set for closing of the Nuhntixsiona. in the event of errors in extension of totals. the unit prices shall govern in determining the quoted prices. We (I) certify that ►►c have read your solicitation. completed the necessary docurrients. and propose to furnish and deli►er. F.U.B. DESTINATION. the items or ser ices specified herein. The undersigned hereby certifies that neither the contractual party nor an of its principal owners or personnel have been convicted of anof the ► iolations or debarred or suspended as set in section I8-107 or Ordinance No. 12271_ By signing below, the Proposer also certifies. pursuant to section 287 I35(5), Florida Statutes. that at the time of submitting its Proposal it: (a) is not on the "Scrutinised Companies with Acti► ities in Sudan List- or the -Scrutinized Companies ►► ith Activities in Iran Terrorism Sectors Lisl": (b) does not ha►e business operations in Cuba or Syria. and te) is not participating in a boycott of Israel. The Proposer further acknowledges that a false certification may subject it to contract termination, civil penalties, and debarment as provided under section 287 135. All exceptions to this submission hale been documented in the section below (refer to paragraph and section )- EXCEPTIONS We (I) c-crtifi that and and all information contained in this submission is true: and we (1) further certify that this submission is made w ithout prior understanding, agreement, or connection with any corporation. firm. or person submitting a submission for the same materials. supplies, equipment, or service, and is in all respects fair and without collusion or fraud. We (l) agree to abide by all terms and conditions of this solicitation and certify that I am authorized to sign this submission for the submittcr Please print the follow ing and sign your name: PROPOSER NAME: Tzvi Magril ADDRESS: 11555 Heron Bav R1w d, Ste 200 Coral Sorin zs, FL 33076 PHONE- 954-6Q4-6656 FAX 954-603-0492 EMAIL: TMagril s@Star-Controls.com f. CELL(Optional l SIGHTED BY: TITLE: President DATE: O 1; 07,'2026 FAILURE TO COMPLETE. SIG. AND RF'TI1RN THIS F'OR3i SItALL DISOIJAI IF'ti' Tills RESPONSE. 7 STARCONTROLS City of Miami RFP No. 2046386 Legal Name of Firm Star-C. Gntrols Certifications Entity. Type: Partnership. Sole Proprietorship. Corporation. etc. Corporation Year Established 2005 Office Location: Cite of Miami. Mhami-Dade Count% or Other Other. Coral Spnngs, FL- Brovvard C'ount4 Business Tax Number/Occupational License Number: 327-10204 Business License Issuing Agency/Occupational License Issuing Agency: Brow arts Count Business License Expiration DatoOccupational License Expiration Date: September 30.. 2026 Federal Employee Identification Number (FEIN 51=0533327 Will Subcontractor(s) he rjtied? (Yes or No) No Please list and acknou lcdg,c all addcndumfaddcnda received. List the addendum/addenda number and date of receipt i 1 c :Addendum No. 1, 111125) If no addendum/addenda sas/w ere issued. please insert N'A Acknowledged- Addendum No. 1. 11i24125. Addendum No.2, 12112/25. Addendum No.3. 12/23/25 If Proposer has a Local Office. as defined under Chapter 18/Articic III. Section 18-73 of the City Code. has Proposer filled out. notarized. and included with its RFP response the "City of Miami Local Office Certification" form'? YES OR NO'' lThe City of Miami Local Office Certification form is located in the BidNet Procurement Solutions Platform l"BidNet"). under the Attachments Section of this solicitation. No The Proposer has reviewed the attached Sample Professional Service Agreement 1 "Agrecmcnt") Does Proposer acknowledge that the attached Agreement is an example of the standard Agreement used in conjunction with the provisions of these services? Yes or No. Yes 8 STARCONTROLS City of Miami RFP No. 2046386 ATTACHMENT G REQUEST FOR PROPOSALS ("RFP") NO. 2046386 STORM PUMP STATION TELEMETRY AND SUPERVISORY CONTROL AND DATA SYSTEM CERTIFICATION STATEMENT AFFIRMATION AFFIDAVIT Tiyl M rll A5 PRESIDENT/CEO OF Star -Controls Inc. HEREBY DECLARE AFFIRM, AND CERTIFY THE FOLLOWING STATEMENTS (1) THE PRINCIPAL(S) OF Star -Controls Inc _ IS/ARE _Tzvi Magni- President AND r2) NO PRINCIPAL HAS COMMITTED FRAUD OR THEFT, HAS NOT FILED FOR OR BEEN THE SUBJECT OF BANKRUPTCY, HAS BEEN SUMMONED TO RESPOND TO CRIMINAL CHARGES OR BEEN CONVICTED UNDER FEDERAL OR STATE STATUTES OF EMBEZZLEMENT, THEFT, FORGERY, BRIBERY, FALSIFICATION OR DESTRUCTION OF RECORDS. RECEIVING STOLEN PROPERTY OR ANY OTHER OFFENSE INDICATING A LACK OF BUSINESS INTEGRITY OR BUSINESS DISHONESTY. AND i3) NO COMPANY REPRESENTATIVE OR PERSONNEL HAS COMMITTED FRAUD OR THEFT; SUMMONED TO RESPOND TO CRIMINAL CHARGES OR BEEN CONVICTED UNDER FEDERAL OR STATE STATUTES OF EMBEZZLEMENT, THEFT, FORGERY, BRIBERY, FALSIFICATION OR DESTRUCTION OF RECORDS, RECEIVING STOLEN PROPERTY OR ANY OTHER OFFENSEINDICATING A LACK OF BUSINESS INTEGRITY OR BUSINESS DISHONESTY PURSUANT TO IFB GENERAL TERMS AND CONDITIONS SECTION 1 25 WHICH INCORPORATES SECTION 18-107 Of THE PROCUREMENT CODE, ALL CONTRACTS FOR GOODS AND SERVICES, SALES, AND LEASES ISSUED BY THE CITY SHALL INCLUDE A CERTIFICATION THAT NEITHER THE CONTRACTUAL PARTY NOR ANY OF ITS PRINCIPAL OWNERS OR PERSONNEL HAVE BEEN CONVICTED OR COMMITTED ANY OF THE VIOLATIONS SET FORTH IN SECTION 1.25 GENERAL TERMS AND CONDITIONS. IN THE EVENT THAT THE BIDDER IS UNABLE TO PROVIDE SUCH CERTIFICATION. BUT STILL 1MSHES TO BE CONSIDERED FOR AWARD OF THIS SOLICITATION, THE BIDDER SHALL FURNISH A WRITTEN EXPLANATION OF THE FACTS SUPPORTING ANY EXCEPTION TO THE REQUIREMENT FOR CERTIFICATION THAT IT CLAIMS THE BIDDER AGREES TO COOPERATE FULLY WITH THE CITY IN ANY INVESTIGATION UNDERTAKEN BY THE CITY TO DETERMINE WHETHER THE CLAIMED EXCEPTION IS APPLICABLE I SOLEMNLY DECLARE, AFFIRM, AND CERTIFY THAT THE CONTENTS OF THIS AFFIDAVIT ARE TRUE AND CORRECT TO THE BEST OF MY KNOWLEDGE- INFORMATION. AND BELIEF Star•Controls ANYrFIRIm (SIGNATURE) Tzvr Mean', PRESIDENTICEO (PRINTED NAME) O 1 P0712025 DATE State of Flonda County of Broward On tuts, #le _7th_ day of _January_. 2026_, before me personally appeared _Tzvi Magnl_ the _PresIdent/CEO of Star - Controls Inc , known to me (or sattsfactanly proven) to be the person whose name is subscribed to wrtrtln this Pnstrurnenl and acknowledged that they executed the same for the purposes herein contained In witness hereof, I hereunto set my hand and official seat Notary y044. Public f SEAL) a .. %stow Ayytk •• State sr rlvrca Hotro ar r. rr rn. Eire'S t q, iG Ifi 8rnec� tr ti Aka Sn MiglI oraAkan .wi- +w. 1 9 STARCONTROLS City of Miami RFP No. 2046386 ry ANTI -HUMAN TRAFFICKING AFFIDAVIT The undersigned alTirni . certifies. attests. and stipulates as follows The emit) is a non-governmerttal emit", authorized to transact business in the State of Honda and in gcxxi standing with the Florida Department of State, Division olCorpcarauons. h The nongovernmental emir) is either executing, renekk ins, or extending a contract (including, but not limited to, an amendments, as applicable l with the Cit1, of Miami ("City- or one of its agencies, authorities, boards. trusts, or other City emit) which constitutes a governmental entity as. defined in Section 2R7,138(1), Honda Statutes (2024) c i'he nongovernmental entity is not in violation of Section 7tr7 04, Honda Statutes 420241. titled "}iuntin `i ratrckuitt." d, The rxugov crnmc-ntal entity does not uw "coercion" for labor or services as defined in Section 7147 itf., Florida Statutes (20241, attached and incorporated herein as Exhibit Atridas it-1, 2. Under penalties ofpertur►. 1 declare tltc following a. 1 hake read and understand the foregoing Anti-Hurnan Trafficking Affidinit and that the facts, statements and representations provided in Section 1 are true and correct h I elm an officer' of a representative of the nongovernmental overnrnental crititu authorized to execute this Anti - Human Trafficking AfTidavit. Nongovernmental Entity' ^Star -Controls Inc Nang: T;Gx7 Magril Officer Title: President Signature of Officer - Office Address: 1555 Heron lien Blvd, Ste 200 Coral Springs., H. 33076 Ei a:1 Address. tmagrtl a star -controls cent Main Phone Number: _954-604.6656 FEIN No 51-05331427 STATE OF FLORIDA COUNTY OF BROW AI(l) The foregoing instrument way swunt tot and subwnbca1 before me by means cap yr ph} -serif presence or `7 Oil line noun/ilium. this 7th Jan of _January, 26 br _Ttsi Magni . aq the autherifed officer or representative for the nrngotern mental emit) lie she is personally known to we 1 us identification. tNOTARY PUB] IC SF:AI.t , My Ci mmces:5ton Lxpsres: 3 J tC £ CO Sigaaaire of Peres aktng oath (Printed. Typed. or Stamped Haase of Notan. Public) I Tntva seaeGlltL 1 • ` _: Notary at,blic Stare nr rcrial :o+rrmstkan r +iH tdOtiif na Ny Cam . Lamm Kr iG. Zen Street) :Fumy rtattex+at rotary aw, 0 ",‘ STARCONTROLS City of Miami RFP No. 2046386 Price Proposal Package- Attachment C A - BASE FOR ALL STATIONS CITYWIDE TELEMETRY City of Miami BASE WORK, Riverview_Lawrence_Orange End 1_West End AND SCADA IMPROVEMENTS ITEMS TO BE IMPLEMENTED AT ALL 12 PUMP STATIONS Bowl_Belle Meade_Brickell Ave_Mary Brickell_San 2_West End 3_West End 4 Marco_Antonio Maceo_West Item # ITEM QTY UNIT PRICE PER STATION (12 STATIONS) UNIT COST TOTAL FOR ALL 12 STATIONS 1 Initial site visit and assessment 12 EACH $666.67 $8,000.00 2 Subscription Fee (annual, recurring, inclusive of all stations) 1 ANNUAL $12,000.00 $12,000.00 3 Design Fee (for all stations) 1 EACH $17,600.00 $17,600.00 4 Mobile app implementation (includes design and installation, inclusive of all stations) 1 EACH $24,000.00 $24,000.00 5 Platform Implementation (includes installation, inclusive of all stations) 1 EACH $7,000.00 $7,000.00 6 New updated RTU in N4X SS enclosure (includes equipment and installation) 12 EACH $22,691.49 $272,297.85 7 Cellular modems & UPS (includes equipment and installation) - ALREADY INCLUDED IN LINE ITEM 6 12 EACH $0.00 $0.00 8 Start-up, Testing & Training (inclusive of all stations) 1 DAYS $60,000.00 $60,000.00 9 Main Power: (includes equipment and installation) 12 LS $756.67 $9,080.00 A. Main Electric Power Failure B. Main ATS Failure C. ATS Position 10 Generator Monitoring System: (includes equipment and installation) 12 LS $2,485.00 $29,820.00 A. Generator on/off B. Generator Current/Voltage C. Generator Total Harmonic Distortion Sensor D. Generator Controller Position 11 Diesel gauge readings per generator (includes equipment and installation) 12 EACH $1,883.33 $22,600.00 12 Pumps: (includes equipment and installation) 12 EACH $2,323.33 $27,880.00 A. Pumps on/off B. Water Level C. Hours of Operation D. Pumps Position (Auto/Off/On/Manual/Trip/Fault) 11 STARCONTROLS City of Miami RFP No. 2046386 13 Door Sensor (includes equipment and installation) 12 EACH $376.67 $4,520.00 SUB -TOTAL SUBTOTAL 1 1 $494,798 14 MOBILIZATION/DEMOBILIZATION 12 EACH $5,996 $71,955.00 SUB -TOTAL SUBTOTAL 2 2 $71,955 TOTAL TOTAL COST COST $566,753 B - OPTIONAL WORK FOR 3 STATION CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS CITY OF MIAMI OPTIONAL WORK, ITEMS TO BE IMPLEMENTED AT 3 PUMP STATIONS Riverview_Lawrence_Orange Bowl Item # ITEM QTY UNIT PER STATION (3 STATIONS) UNIT COST TOTAL FOR ALL 3 STATIONS 1 Cameras (includes equipment and installation) - 2 PER STATION 6 EACH $4,053.33 $24,320.00 2 Water Quality (turbidity) (includes equipment and installation) - 2 PER STATION 6 EACH $4,747.50 $28,485.00 3 Rain Gauge (includes equipment and installation) - 2 PER STATION 6 EACH $2,810.00 $16,860.00 4 Miscelleneous Building Equipment: (includes equipment and installation) - 2 PER STATION 6 LS $2,465.00 $14,790.00 A. Barscreen On/Off B. CO2 Retardant System C. Fire System On/Off SUB -TOTAL 1 $84,455 5 MOBILIZATION/DEMOBILIZATION 6 EACH $223 $1,340.00 SUB -TOTAL 2 $1,340 TOTAL COST $85,795 12 STARCONTROLS City of Miami RFP No. 2046386 C - OPTIONAL WORK FOR 9 STATION CITYWIDE CITY OF MIAMI OPTIONAL Belle Meade_Brickell 3_West TELEMETRY AND SCADA IMPROVEMENTS WORK, ITEMS TO BE IMPLEMENTED AT 9 PUMP STATIONS Ave_Mary Brickell_San Marco_Antonio Maceo_West End End 4 1_West End 2_West End 1 \L+Ji Item # ITEM QTY UNIT PER STATION (9 STATIONS) UNIT COST TOTAL FOR 9 STATIONS 1 Cameras (1 per station) 9 EACH $4,523.33 $40,710.00 2 Water Quality (turbidity) (1 per station) 9 EACH $4,211.94 $37,907.50 3 Rain Gauge (1 per station) 9 EACH $1,527.78 $13,750.00 SUB -TOTAL 1 $92,368 4 MOBILIZATION/DEMOBILIZATION 9 EACH $162 $1,455.00 SUB -TOTAL 2 $1,455 TOTAL COST $93,823 13 /-,‘ STARCONTROLS City of Miami RFP No. 2046386 SECTION 5 - PROPOSAL OF SERVICES 14 STARCONTROLS City of Miami RFP No. 2046386 A. MINIMUM QUALIFICATION REQUIREMENTS Star Controls, Inc. meets and exceeds all Minimum Qualification Requirements outlined in Section 2.9(5) of RFP No. 2046386- Storm Pump Station Telemetry and Supervisory Control and Data ("SCADA") System. A- Experience Star Controls, Inc. has over twenty (20) years of experience delivering SCADA, telemetry, industrial automation, and communications solutions to large municipal water, wastewater, and stormwater utilities comparable to the City of Miami. B- Business Continuity / Federal Employee Identification Number Incorporated in Florida in 2005, Star Controls, Inc. has operated continuously under the same FEIN for twenty (20) years and remains in good standing with the Florida Department of State. C- Litigation, Financial Standing, and Ethics Star Controls, Inc. has no past, current, or pending litigation, claims, bankruptcy, criminal matters involving moral turpitude, or conflicts of interest with the City of Miami. D- City Obligations and Contract Performance No principal, officer, owner, or stockholder of Star Controls, Inc. is in default on any City -related debt or contract, and the firm has faithfully performed on all prior contracts. E- Debarment and Public Entity Crimes Star Controls, Inc. is not a debarred vendor and has not been convicted of a public entity crime under § 287.133, Florida Statutes. 15 STARCONTROLS City of Miami RFP No. 2046386 B. PROPOSER EXPERIENCE, QUALIFICATIONS AND DIVERSITY OF WORK PRODUCT 1. Proposer's Organizational History and Structure Star Controls, Inc. is a Florida -based corporation with over twenty (20) years of experience providing SCADA, telemetry, industrial automation, communications, and cybersecurity services and equipment to large municipal organizations. The firm has extensive experience supporting water, wastewater, and stormwater utilities of similar size and complexity to the City of Miami. The company was incorporated in the State of Florida in 2005 and has continuously operated under the same Federal Employer Identification Number (FEIN) for the past twenty (20) years. Star Controls remains an active corporation in good standing with the Florida Department of State, Division of Corporations. Star Controls is structured to support the full lifecycle of municipal SCADA and automation projects. The organizational structure includes executive leadership, project management, engineering and programming teams, field service technicians, and administrative support. This structure enables effective coordination, efficient project execution, and responsive service delivery. 2. Proposer Firm Information Legal Entity Name: Star Controls, Inc. Business Address: 11555 Heron Bay Blvd., Suite 200, Coral Springs, Florida 33076 Office: 954-604-6656 Fax: 954-603-0492 Email: sales@star-controls.com Contact: Tzvi Magril- President Location Where Work Will Be Performed: Coral Springs, FL (Head Office) Date Incorporated: 2005 Federal Employer Identification Number (FEIN): 51-0533827 3. Active Registration with the State of Florida Star Controls, Inc. is an active registered corporation in good standing with the State of Florida Department of State, Division of Corporations. 4. Minimum Five (5) Years Business Establishment Star Controls, Inc. has been continuously established and operating as a business for over twenty (20) years under the same Federal Employer Identification Number (FEIN 51-0533827). This exceeds the City's minimum requirement of five (5) years of continuous business operation with the same Federal Employer Identification Number. 16 STARCONTROLS City of Miami RFP No. 2046386 State of Florida Department of State I certify- from the records of this office that STAR CONTROLS. INC. is a Delaware corporation authorized to transact husines& in the State of Florida, qualified on Jane 24, 2005. The document number of this corporation is F05000000398_ I further certify that said corporation has paid all fees due this office through December 31, 2025, that its most recent annual report/uniform business report was filed on January 18, 2025, and that its status is active. I further certify that said corporation has not filed a Certificate of Withdrawal. Gh,en under ary hand aaad the Great Seal of ihti Skate of Florida al Tallahassee, the Capital, this the Eighteenth day of Januag, 2025 Secretary ' o date Tracking Number: 8815 60645CC To authenticate this certificate,risit the following site,enter this number, and then fellow the instructions displayed. lttp;:r:services.sunbir.orgtFilings'CertificateofStarus Certificare_',uthenticariod 17 /1t STARCONTROLS City of Miami RFP No. 2046386 5. Qualifications, Project Experience, and Credentials Star Controls possesses the qualifications, experience, and technical credentials necessary to successfully perform the required scope of work for industrial automation and control systems. The firm was founded by global experts in SCADA, Industrial loT (IIoT), and communications, bringing a combined experience of more than one hundred (100) years. The team includes recognized Subject Matter Experts (SMEs) with a complete understanding of complex municipal operational environments. Star Controls has successfully implemented projects nationwide and internationally across critical infrastructure sectors, including water utilities, wastewater utilities, stormwater and flood control. Many of these projects support Smart City and Smart Grid initiatives and are of similar scope and complexity to the City of Miami's systems. The firm provides a comprehensive range of services, including trusted advisory services, system design, implementation, system integration, knowledge transfer, ongoing support, and managed services. Star Controls utilizes established project management methodologies and frequently partners with large engineering firms as part of integrated solution teams. Representative Experience and Clients Star Controls has provided services to numerous municipal and utility clients, including but not limited to: • Pinellas County, FL — Water Utility • Martin County, FL — Water Utility • City of Orlando, FL — Water Utility • City of Tampa, FL — Water Utility • City of Weston, FL — Stormwater / Flood Control • St. Johns County, FL — Water Utility • Honolulu Board of Water, HI — Water Utility • Orange County, FL — Water Utility • South Florida Water Management District (SFWMD), FL — Flood/Storm Water • Palm Beach School District, FL — Public Safety (300 sites) • NYPD / NYCT, NY — Network Fault Management • Detroit Edison, MI — Electric Utility • International water and electric utilities in Jamaica, the Bahamas, Grenada, and South Carolina * All clients are referenceable. 18 STARCONTROLS City of Miami RFP No. 2046386 Technical Capabilities and Design Approach Star Controls is a trusted provider of SCADA, IIoT (Industrial Internet of Things), and Communication solutions for Water, Wastewater and Stormwater applications. Over the years, we have successfully delivered SCADA projects and provided Electrical, Instrumentation, and Control System Services to Floridian Water Utilities. Star Controls offers different activities and services, from discovery and design, implementation, knowledge transfer, support, and managed services. The company utilizes project management methods, which empower the team to deal with substantial projects. The system's longevity, ease of use and predictable performance are among our highest professional objectives: • Needs Analysis and Advisory/Consultation • Design and implement SCADA systems • Cloud SCADA • Ongoing improvements and modifications, to reflect changes on customer's infrastructure and operations • Training and Knowledge Transfer • Analytics • Ongoing Support — Annual and On -demand Here is an overview of our activities: • Discovery and Design o Complete system discovery and analysis o Detailed design of the new system o Submittals and approvals • SCADA Software o We have 40 years of combined experience in SCADA design, programming, and maintenance. o Star Controls is HIGHEST QUALIFIED VTScada Integrator in South Florida, and actually among the nationwide best VTScada integrators (i.e. you can contact Trihedral). o VTScada refers to high -complexity projects to Star Controls due to our unmatched expertise. o VTScada frequently published our successful implementations in their case studies. o We have collaborated with Trihedral's development team to test beta versions and enhance their product before formal release. o Star Controls' Cloud SCADA services is based on VTScada • PLCs, RTUs, and IIoT Devices o Our team is certified and experienced in a wide range of products. o Star Controls use the best products and technologies that meet the specific requirements and needs of each customer. • Communications and Networks o Our experts for communications networks for SCADA systems, gained the prestige of GLOBAL Subject Matter Experts in enhancing SCADA availability and resiliency. o We design and implement wireless networks that utilize different technologies and products, including data radios, cellular and other technologies. o Star Controls pioneered the use of SECURED cellular networks for SCADA. o Our experience with advanced network technologies, including LoRa, cover current and future needs. 19 STARCONTROLS City of Miami RFP No. 2046386 • SCADA Cybersecurity o We provide end -to -end protection for SCADA systems, including software, RTUs/PLCs, and networks. o Our services include Cyber Security vulnerability assessments and ongoing improvements. • Instrumentation o Our experts have extensive experience with both legacy and modern instrumentation technologies, introducing customers to smart instrumentation advancements. • Educational and Training o We believe in transferring our knowledge in the field so that you can be more self-reliant, and make the best decisions in regards to adapting, changing, or adding new technologies to your system. Our dedicated team of professionals has been implementing and supporting customers with RTUs and SCADA software systems for many years. Our team includes engineers and trainers with unparalleled knowledge and expertise. • Comprehensive Support o To increase its availability and extend the Life Cycle of the SCADA system, the system must constantly be maintained, optimized, and enhanced. o Star Controls offers a large portfolio of Support and Maintenance to fit the needs of your SCADA System. From remote sites, through communications and networks, all the way to the Control/Data Centers. Our skills and experience guarantee a holistic and detailed understanding of your operations and the SCADA system. o We offer scheduled and unscheduled support, ongoing optimization, and training for knowledge transfer. The support services can be scheduled or unscheduled to address immediate need. Urgent Support is available, including during non -office hours, to address faults that impact critical operations. o Star Controls also offers proactive maintenance, where we continuously monitor the performance of the system and detect degradation in performance before it interrupts operations. o We utilize powerful troubleshooting tools that are used for proactive maintenance, as well as fast reaction/fix of faults. Certifications and Vendor Qualifications Star Controls is certified on a wide range of industry -standard platforms, including: • Motorola Solutions • Trihedral VTScada • Rockwell Automation • Wonderware / AVEVA • Schneider Electric • Emerson • GE The firm maintains direct access to vendor product engineering teams and is qualified to test beta versions of new products prior to formal release. Due to its high level of expertise, Star Controls is frequently dispatched by vendors to remediate systems where other integrators have been unsuccessful. 20 STARCONTROLS City of Miami RFP No. 2046386 6. Proposer's Overall Resources, Personnel, Equipment, Supervision, and Coordination Capacity Star Controls maintains the organizational capacity, personnel resources, equipment, supervision, and coordination necessary to successfully execute projects of this size and complexity. The firm operates local offices throughout the State of Florida with dedicated technical staff capable of providing both on -site and remote support throughout all phases of the project lifecycle, including design, implementation, testing, commissioning, and ongoing support. All project activities are centrally managed and coordinated through Star Controls' Head Office, which serves as the primary point of supervision, communication, and quality control. Star Controls Head Office 11555 Heron Bay Blvd., Suite 200 Coral Springs, FL 33076 The Head Office is equipped with comprehensive maintenance instrumentation, testing tools, and technical resources required to support SCADA systems, field instrumentation, communications infrastructure, and industrial control systems. These resources enable efficient system configuration, testing, validation, troubleshooting, and commissioning. In addition, Star Controls maintains a separate secure storage facility for spare parts, replacement components, and other large or long -lead-time materials. This inventory capability supports rapid deployment, minimizes supply chain delays, and reduces operational downtime. Resources Summary • Personnel o Dedicated technical staff based in Florida o Ability to provide on -site and remote support throughout all project phases • Supervision and Coordination o Centralized management and oversight through the Head Office o Coordinated scheduling, staffing, logistics, and quality control • Equipment and Technical Resources o Comprehensive maintenance instrumentation and testing tools o In-house resources for SCADA, instrumentation, communications, and control systems o Capability to perform testing, commissioning, troubleshooting, and maintenance • Facilities and Inventory o Fully equipped Head Office supporting technical and administrative functions o Secure storage facility for spare parts and replacement components o Inventory of large or long -lead-time items to support rapid deployment 21 /-,‘ STARCONTROLS City of Miami RFP No. 2046386 Star Controls' combination of skilled personnel, centralized supervision, technical facilities, and inventory resources ensures efficient project execution, reliable system performance, and minimal operational downtime. 7. Client Service Continuity Star Controls has maintained strong, long-term relationships with all of its clients. There have been no cancellations or discontinuations of services in the past two (2) years. Many engagements with clients that began as individual projects have evolved into annual support contracts, reflecting the trust and confidence clients place in Star Controls' expertise. Numerous clients who rely on ongoing support have also entrusted Star Controls with additional projects, demonstrating both the strength of these partnerships and the firm's commitment to delivering consistent, high -quality service. This record of continuity underscores Star Controls' reputation as a reliable and trusted partner in SCADA, industrial automation, and control systems. 22 ",‘ STARCONTROLS City of Miami RFP No. 2046386 8. Relevant Client List — Similar Services Provided Star Controls has provided SCADA, industrial automation, telemetry, communications, and control system services to a broad range of municipal, utility, and public safety clients over the past five (5) years. The firm's work includes system design, integration, implementation, commissioning, support, and ongoing maintenance. The following list represents a subset of clients for which Star Controls has delivered services of a similar nature to what as required in this RFP. All clients are referenceable, and the City reserves the right to contact references. elected Florida Customers Name of System Size/Type Date of Installation Contact Name Phone Number E-mail Pinellas County, FL Lift Station Scada 320 Sites 2017- ongoing upgrades Justin Manning 727-464-5882 jmanning@pinellas.gov City of Orlando, FL Lift Station Scada 190 Sites 2017 - ongoing upgrades Guy Mecabe 321-765-8021 Guy.Mecabe@cityoforlando.net City of Tampa, FL Waste/Storm Water 250 Sites 2015 - - ongoing upgrades Javier Moreno 813-247-3451 Javier.Moreno@tampagov.net City of Weston, FL Lift Station Storm Water 83 Sites 2022- 2024 Peter Johson 954-385-2600 PJohnson@westonfl.org City of North Lauderdale, FL Lift Station Scada 32 Sites 2024-2025 Neil Buckeridge 954-597-4757 nbuckeridge@nlauderdale.org City of Boynton Beach, FL Lift Station Scada 192 Sites 2022 - ongoing upgrades Terry Rowe 561-742-6431 rowet@bbfl.us Martin County, FL Lift Station Scada 370 Sites 2016- ongoing upgrades Tim Harrison 772-260-0046 tharriso@martin.fl.us Plantation Acers District, FL Storm Water System 6 Sites 2022-2024 Jorge Santana 954-802-6006 jorge_santana@paidfl.org City of Wildwood, FL WTP/WWTP/Lifstations 53 Sites 2023- ongoing upgrades Jason Martin 352-643-0943 jmartin@wildwood-fl.gov SFWMD, FL Storm Water System 600 Sites 2015- ongoing upgrades Louis Rodriguez 561-753-2400 Irodrigu@sfwmd.gov SJRWMD, FL Storm Water System 12 Sites 2014- ongoing upgrades Matt Forham 386-643-1974 MForhan@sjrwmd.com Seminole County Wastewater SCADA 308 Sites 2022 - ongoing upgrades Jeron Rader 407-665-2760 jrader@seminolecountyfl.gov Village of Islamorada Waste Water Collection system 8 Sites 2024 - ongoing upgrades Clay Boggess 305-509-1760 clay.boggess@islamorada.fl.us Honolulu Board of Water, HI Island wide water SCADA 350 Sites 2015 - ongoing upgrades Blaine Shimizu 808-228-9281 BSHIMIZU@hbws.org Bahamas Water Company Island wide water SCADA 12 Sites 2012 - ongoing upgrades Krishnoff Albury 242-454-0166 wckalbury@wsc.com.bs Charles County, MD Water Scada 70 Sites 2018- ongoing upgrades Jason Weisman 240-270-4745 Weisman)@charlescountymd.gov Jamaica Water Company Island wide water SCADA 75 Sites 2018- ongoing upgrades Jeremy Wilson 876-926-5825 jeremy.wilson@nwc.com.jm Palm Beach School District, FL Access/Security Monitoring 208 Sites 2016- ongoing upgrades Erik Glosman 561-248-3326 erik.glosman@palmbeachschools.org 23 STARCONTROLS City of Miami RFP No. 2046386 Note: • Many of these engagements began as project -specific work and have transitioned into ongoing annual support contracts, reflecting the firm's sustained client relationships and trusted advisory role. • Star Controls can provide additional references and contact details upon request to support the evaluation process. Another way to looks into our references is through the technology we used: Customer SCADA Software RTU Comm Networks Pinellas County, FL V v Martin County, FL V/ V V City of Orlando, FL V V City of Tampa, FL V V V City of Weston, FL V V vF City of North Lauderdale, FL V V City of Boynton Beach, FL V V V City of Wildwood, FL V V Plantation Acers Drainage District, FL V V V Honolulu Board of Water, HI V V City of Ormond Beach, FL V V Jamaica Water Company (NWC) V V V Bahamas Water Company (BWSC) V V V Seminole County, FL V V v SJRWMD, FL V V V SFWMD, FL V V St. Johns County, FL V V V Orange County, FL V v? Charles County, MD V V Mount Pleasant Water, SC V V V City of Deerfield Beach, FL V V V City of Coconut Creeks, FL V V V Palm Beach School District, FL V V V Detroit Energy, MI V University of Michigan, MI V V v US Airforce, Army and Navy, different locations / V V NYPD/NYCT, NYC, NY V v` Palm Beach School District, FL V V 24 ",‘ STARCONTROLS City of Miami RFP No. 2046386 SCADA Projects — Partial Reference Star Controls has many large and medium SCADA customers in Florida and beyond. Some of the Florida SCADA customers are shown below: 10LDI 101 '* BEACH We f' CITY OF ORLANDO Pinellas County SEMINOLE COUNTY FORDA'S ATURAI_ CI IOICi? North Lauderdale 25 STARCONTROLS 9. References — Similar Services City of Miami RFP No. 2046386 Star Controls, Inc. has provided SCADA, PLC, instrumentation, cybersecurity, and system integration services to municipal water and wastewater utilities comparable in size and complexity to the City of Miami. The following references represent projects completed or ongoing within the past six (6) years, all of which were successfully delivered and, where applicable, continue under maintenance and support with no early terminations. Reference 1 Client: City of Tampa, Florida — Water Utility Address: 306 E. Jackson Street, Tampa, FL 33602 Contact Person: Javier Moreno Phone: (813) 247-3451 Email: Javier.Moreno@tampagov.net Description of Services: Design and implementation of a comprehensive SCADA system upgrade for water distribution operations. Services included Allen-Bradley PLC programming, VTScada configuration and integration, control panel design and fabrication, system testing and commissioning, and cybersecurity enhancements. The project improved system reliability, operational visibility, and resilience while maintaining uninterrupted service to critical water infrastructure. Performance Period: 2021— Present Contract Value: $550,000 Key Project Personnel: Tzvi Magril (Project Manager), Ron Zetouni (Lead SCADA Engineer), Diego Pinto (SCADA / Network Engineer) Reference 2 Client: City of Boynton Beach, Florida — Water Utility Address: 124 E. Woolbright Road, Boynton Beach, FL 33435 Contact Person: Terry Rowe Phone: (531) 742-6431 Email: rowet@bbfl.us Description of Services: Migration of legacy systems to a VTScada platform for water treatment operations. Scope included PLC programming, SCADA system configuration, network resiliency improvements, cybersecurity vulnerability assessments, system hardening, and operator training. The project enhanced system security, reliability, and staff proficiency while supporting long-term operational sustainability. Performance Period: 2020 — 2024 Contract Value: $425,000 Key Project Personnel: Ron Zetouni (Project Manager / Lead SCADA Engineer), Diego Pinto (SCADA / Network Engineer) 26 STARCONTROLS City of Miami RFP No. 2046386 Reference 3 Client: City of Weston, Florida — Water Utility Address: 17200 Royal Palm Boulevard, Weston, FL 33326 Contact Person: Peter Johnson Phone: (954) 385-2600 Email: PJohnson@westonfl.org Description of Services: Ongoing SCADA system maintenance and upgrades for municipal water utility facilities. Services included instrumentation upgrades, IIoT device integration, system optimization, and field commissioning to improve availability, redundancy, and operational efficiency. The work ensured continued system performance and reliability across critical water infrastructure assets. Performance Period: 2020 — 2023 Contract Value: $300,000 Key Project Personnel: Tzvi Magril (Project Manager), Charles Mondale (Instrumentation / Integration Specialist) Reference 4 Client: City of North Lauderdale, Florida Address: 701 SW 71st Avenue, North Lauderdale, FL 33068 Contact Person: Neil Buckeridge, Utilities Superintendent Phone: (954) 597-4757 Email: nbuckeridge@nlauderdale.org Description of Services: Design, implementation, and support of a comprehensive SCADA system for 30 lift stations and 2 canal level monitoring sites. Services included SCADA system architecture, PLC programming, control panel replacement and refurbishment, instrumentation integration, redundant radio and cellular communications, cybersecurity hardening, operator training, and ongoing system maintenance. Performance Period: 2024 — 2025 Contract Value: $1.3 million Key Project Personnel: Tzvi Magril (Project Manager), Ron Zetouni (Lead SCADA Engineer), Diego Pinto (SCADA / Network Engineer) Note: All services completed successfully and continued into maintenance phases. No early terminations. Also, Star Controls, Inc. has no past, current, or pending litigation, claims, arbitration, or disciplinary actions involving the firm, its partners, managers, subcontractors, contractors, or key staff members related to professional activities or performance. The firm has never filed for bankruptcy, is in sound financial condition, has no record of civil or criminal litigation involving moral turpitude, and has no conflicts of interest with the City. 27 STARCONTROLS Representative Projects and Client References 41, Nnrt, 1 at, ere?ole Customer: City of North Lauderdale, FL City of Miami RFP No. 2046386 System Description The City of North Lauderdale implemented a comprehensive SCADA system to monitor and control its wastewater lift station infrastructure. The project included thirty (30) lift stations and two (2) canal level monitoring sites and focused on improving operational reliability, visibility, and cybersecurity. The system incorporates modern SCADA technology, advanced pump control logic, redundant communications, and a user-friendly HMI. As part of the City's long-term strategy, the SCADA system was designed for high availability and scalability, supporting ongoing operations and future expansion. The City has published a bid for a new Stormwater site (C-14) and designated Star Controls as the sole approved SCADA integrator. Services and Products Provided by Star Controls After Star Controls was awarded the project, the firm provided full lifecycle services including detailed design, installation, development, system integration, training, and ongoing support. Star Controls is responsible for maintaining the SCADA system for the years to come. The advanced and comprehensive SCADA system includes the following components and features: • Remote lift station sites with high availability and independent local control, including advanced pump control logic • Monitoring and control of all lift station equipment, alarms, and operational conditions • Best -of -breed products, including VTScada, Motorola MC -Edge RTUs, and secured, redundant cellular and licensed radio communications • Simple and intuitive local and remote HMI • Comprehensive cybersecurity protection across all system components • Reporting, training, and annual support services Testimonial "The City of North Lauderdale selected Star Controls to deliver a comprehensive SCADA solution for our lift station system. Throughout the project, Star Controls effectively managed the work from design and implementation through commissioning and operator training. Their team delivered a secure and dependable system that improved monitoring, control, and day-to-day operations across our lift stations. Star Controls has proven to be a reliable partner and continues to provide ongoing system support and maintenance." Neil Buckeridge- Utilities Superintendent- City of North Lauderdale 28 /1t STARCONTROLS City of Miami RFP No. 2046386 Customer: City of Tampa System Description The city of Tampa (FL) has a SCADA system that monitors and controls hundreds of Water and Wastewater Treatment Plants and Lift Stations. The system uses different generations of RTUs. The original wireless network is based on Motorola narrowband radios. For many years, the County has kept using advanced technologies to increase the system's availability, resiliency, and usability. Services and products that Star Controls provided Since its inception Star Controls has provided the City of Tampa with different products and services. • Upgrade the SCADA system. • Improved software application for existing sites. • Ongoing sites rehabilitation and expansions. • Ongoing support Star Controls also acts as a trusted advisor, on improvements, introduction of new technologies, as well as design and implementation of these initiatives. Testimonial "Star Controls has gained our trust and confidence, through years of relationships. The team at Star Controls is always available for us." "Star Controls is our trusted SCADA advisor. Star Controls proactively recommend us to improve the performance, resiliency, availability, and maintainability of the SCADA system. Star Controls constantly helps us to improve the performance and resiliency of the SCADA system." Javier Moreno - Instrumentation and Control Specialist, Wastewater Department, 29 STARCONTROLS City of Miami RFP No. 2046386 Customer: City of Weston, FL System Description The City of Weston has upgraded its Storm Water management system, by adding SCADA to monitor and control its Storm Water Pumping sites. The SCADA system consists of five pump stations and 8 solar powered lake level monitoring sites. The system uses most modern SCADA components including integration of RTUs with smart devices, Cyber Security, and user-friendly HMI. As part of the city strategy, the SCADA system is based on the Cloud, which takes the Burdon of maintaining it. The expanded the Cloud SCADA system to cover all its Lift Stations. Services and products that Star Controls provided After Star Controls was awarded the project it went through all steps from detailed design to installation, development, integration, training, and support. Star Controls is responsible for maintaining the SCADA system for the next years to come. The advanced and comprehensive Cloud Based SCADA system includes many components and features: • Remote sites with high availability, independent local control, including logic that is based on information from other sites. • Cover every aspect of the remote sites, including pumps, alarm system and monitor every part of the pump station • Integration to smart devices such as Diesel Pumps Controllers, and smart sensors. • Simple and easy to use local and remote HMI • Cyber Secured — Complete and cover every part • Comprehensive reports Testimonial "Star Controls provided the City of Weston with the most advanced and cyber secured Cloud Based SCADA system for the mission critical storm water sites. From Detailed Design, to development, installation, and integration the team at Star Controls attended to our needs and requests. Star Controls was open to changes throughout the project. Star Controls has gained our trust and confidence that it will serve the city and the SCADA system for the years to come." Peter Johnson— Assistant Director of Public Works, City of Weston Please refer to additional information in the Appendix: • Case Study by the customer and Motorola • Cloud SCADA Design & Build Success - Story City of Weston, Florida 30 STARCONTROLS City of Miami RFP No. 2046386 er CITY OF 67021ORLANDO Customer: City of Orlando System Description The City of Orlando has a SCADA system that monitors and controls its 220+ Lift Stations, which are part of the City's Wastewater Collection system. The system uses different generations of the Motorola RTUs (MOSCAD and ACE3600), and wireless networks. The original wireless network is based on Motorola narrowband radios. The city introduced cellular networks to gain from higher speed and good coverage, while keeping the radio network as backup. For many years, the City of Orlando has kept using advanced technologies to increase the system's availability, resiliency, and usability. Services and products that Star Controls provided Since its inception Star Controls has provided the City of Orlando with different products and services. Star Controls was qualified by the city as the main provider of services and services for its SCADA. Here are the products and Services that Star Controls provided: • Software for the RTUs. o Star Controls' StaRTU simplifies the application software and improves its maintainability. It also provides powerful troubleshooting and diagnostics tools. • fast -paced migration of old RTUs to New Cyber Secured RTUs • Assist with the Migration to Cellular • Annual Support • Ongoing projects Star controls delivered multiple projects involving upgrading of existing SCADA and field hardware, as well as advanced programming, and RTU software upgrade, using different types of radio and LAN/WAN communications. Star Controls also acts as a trusted advisor, on improvements, introduction of new technologies, as well as design and implementation of these initiatives. Testimonial "Star Controls has gained our trust and confidence, through many years of strong relationships. Star Controls provided the City of Orlando with different software products as well as services, which help our team to accomplish High -Availability of our SCADA system, and constantly improve its performance and resiliency. Our team members know that Star Controls is available whenever they need it." Guy Mecabe - Industrial Automation Manager, IA Group, Water Reclamation Division 31 STARCONTROLS Pinellas (ounty� Customer: Pinellas County (FL) City of Miami RFP No. 2046386 System Description Pinellas County (FL) has a SCADA system that monitors and controls more than 320 Lift Stations, which are part of the County's Wastewater Collection system. The system is using different generations of the RTUs and wireless networks. The original wireless network is based on Motorola narrowband radios. They migrated their network cellular, to gain higher speed and good coverage. For many years, the County has kept using advanced technologies to increase the system's availability, resiliency, and usability. Services and products that Star Controls provided Since its inception Star Controls has provided Pinellas County with various products and services. Star Controls was qualified by the County as the main provider of services for its SCADA. Here are the products and Services that Star Controls provided: • Led the Migration to Cellular • Software for the RTUs. o Star Controls' StaRTU simplifies the application software and improves its maintainability. It also provides powerful troubleshooting and diagnostics tools. o Star Controls' WaterWorks for Pumps Control was adopted by the County. • Migration of old RTUs to New Cyber Secured RTUs • Ongoing projects Star controls delivered multiple projects involving upgrading of existing SCADA and field hardware, as well as advanced programming, and RTU software upgrade. Star Controls also acts as a trusted advisor, on improvements, introduction of new technologies, as well as design and implementation of these initiatives. Testimonial "Star Controls has gained our trust and confidence, through years of relationships. Star Controls provided the Pinellas County with different software products as well as services, which have helped to increase the Availability and Maintainability of our SCADA system. Star Controls constantly help us to improve the performance and resiliency of the SCADA system. The team at Star Controls is always available for us." Edward Atchison - SCADA and Security Systems Manager, Pinellas County Utilities 32 /1t STARCONTROLS City of Miami RFP No. 2046386 Customer: Martin County Utilities System Description Martin County (FL) has a SCADA system that monitors and controls more than 350 Lift Stations for Wastewater collection. The system uses different generations of RTUs. The original wireless network is based on Motorola narrowband radios. The County migrated its wireless networks, which is used by the SCADA, to Cellular network. For many years, the County has kept using advanced technologies to increase the system's availability, resiliency, and usability. Services and products that Star Controls provided Since its inception Star Controls has provided Martin County with different products and services. Here are the products and Services that Star Controls provided: • Helped with the Migration to Cellular network. • Improved software application for existing sites. • Software for the RTUs. The County was an early adopter of StaRTU and WaterWorks software products • Next Generation of RTUs — the County was an early adopter of the Motorola MC -Edge RTU • Ongoing support Star Controls also acts as a trusted advisor, on improvements, introduction of new technologies, as well as design and implementation of these initiatives. Testimonial "Star Controls provided Saint John County's SCADA Department with different software products as well as services, which has helped us to increase the Availability and Maintainability of our SCADA system. Star Controls constantly helps us to improve the performance and resiliency of the SCADA system. The team at Star Controls is always available for us." Tim Harrison - SCADA Department Manager, Martin County Utilities 33 STARCONTROLS City of Miami RFP No. 2046386 Customer: Honolulu Board of Water Supply System Description The Honolulu Board of Water Supply (BWS) has a SCADA system that monitors and controls more than 200 Water Pumping sites. The system uses different generations of RTUs. The original wireless network is based on Leased Line Communications. Later HBWS introduced wireless broadband networks. Recently the HBWS started using the FirstNet Cellular Network that is allocated for the utilities. For many years, the HBWS has kept using advanced technologies to increase the system's availability, resiliency, and usability. Services and products that Star Controls provided Since its inception Star Controls has provided Honolulu BWS with different products and services. Star Controls was pre -qualified by the County as a provider of services for its SCADA. Here are the products and Services that Star Controls provided: • Migration of old RTUs to New Cyber Secured RTUs, including products and services. • Improved software application for existing sites. • Helped with the Migration to different networks and improve availability through redundant links. • Software for the RTUs. • Ongoing support Star Controls also acts as a trusted advisor, on improvements, introduction of new technologies, as well as design and implementation of these initiatives. Testimonial "Star Controls has gained our trust and confidence, through years of relationships. With the advisory services that I received from Star Controls the availability, resiliency, and maintainability of the SCADA system. Star Controls is available 24/7 and was next to us anytime we need the support". Blaine Shimizu —Acting Telecommunications Supervisor, Honolulu Board of Water Supply 34 /1t STARCONTROLS 10. Litigation, Proceedings, and Disciplinary Actions (Past Five Years) City of Miami RFP No. 2046386 Star Controls, Inc. has not been subject to any litigation, legal proceedings, disciplinary actions, or adverse rulings within the past five (5) years. This includes matters involving the firm, its partners, managers, sub - consultants, contractors, or other key staff members. There have been no actions taken or pending against Star Controls by any state regulatory body, professional organization, court, or administrative agency related to the firm's professional activities or performance. 11. Current or Pending Litigation Star Controls, Inc., has no current or pending litigation or legal proceedings involving the firm, its partners, managers, or other key staff members. Accordingly, there are no cases to disclose, no outcomes pending, and no monetary amounts associated with litigation related to the firm's professional activities or performance. 12. Financial Condition, Bankruptcy, Litigation, and Conflicts of Interest Star Controls, Inc. has never filed for bankruptcy and is in sound financial condition. The firm has no record of civil litigation or pending lawsuits involving criminal activities of moral turpitude and maintains a strong record of ethical and professional conduct. Star Controls further affirms that it does not have any conflicts of interest with the City of Miami. 13. Bankruptcy History There have been no bankruptcies involving Star Controls, Inc., its partners, managers, or other key staff members. 14. Firm Accreditation, Accolades, and Conduct Code Violations Star Controls, Inc., has no record of conduct code violations or disciplinary actions issued by any national organization, professional association, or accrediting body. There are no sanctions or findings against the firm related to professional conduct or performance. Star Controls, Inc. holds multiple industry and vendor certifications, demonstrating expertise in SCADA and RTU systems from leading providers, including Schneider Electric, Rockwell Automation, GE Digital, Motorola Solutions, and VTScada. Key certifications include VTScada Certified Advanced Integrator and completion of the U.S. Department of Homeland Security's Virtual Industrial Control Systems Cybersecurity (301V) Training 35 STARCONTROLS City of Miami RFP No. 2046386 List of software and Product Certifications Star Controls has several industry and vendors' certificates including proficiency in several SCADA and RTU products. Ca, GE Digital Schneider CElec rr is Rockwell Automation MOTOROLA SOLUTIONS vTscada Sortv..^ _ Certified Advanced Integrator Star Controls r•.a.0,1 ::017 Certificate of Training Co. r. pl.t ke d. 0.19— red 1 dn. neflertribbfit at Ifnrrland Sacurlty cytsinso unity and intrantrtarture wacky *ono, ICISA) Aftarde33 Tr Mathews R. Melo -.r*a.rr-o. r,r me r.t.rd lnnu t.7.l .14w44 5,144.1 CrbtrKe wily (}b13/1 1+.4110yg CFV5 adubrnr.i 1 i contra Nfdy 74 i'4!$U1'4 MMM CIS 36 STARCONTROLS City of Miami RFP No. 2046386 ControlLogix Certificate Presented to Wham Mello Ra hq•rrnw al 1pnaaiaa u ey ar 1 Ana m=a Controllogix Certificate Presented to Diego RAW a,e0y.n11.1 d ta.yrmR n41111,weYra Mrarl w.e arinew /CdalU..tp tiweuawa9,Y17a !�l McMrrM Ica A,dawrlllw Ropwell A>otronaEKHi Fras.artha the COPEI1tal1 It7 MATHEUS MELO r r caatrcklnn d CCP250: ACCELERATED LOGU[5000 PROGRAMER CERTIFICATE LEVEL 1 BEFTEINEER IS 2021 - SEFTENBER2II ]BM GHEEKTbWAGA.NY INSTRUCTOR: RIB{ ROMOGA RockweI AulolalaDm Prejiertlf Ih► CeAllltale Io DIEGO PINTO For o riviri it rr CCP2S0 ACCELERATED LOGIx5OOD PROGRAMMER CIERTIFICATE LEVEL 1 SEPTEMBER f{!. MA • SEPTEMBE€i N N21 CHEEKTO ACA NY INSTRUCTOR RICH RQAICX1A Prisnrallen de. ems.. 37 STARCONTROLS C. EXPERIENCE AND QUALIFICATIONS OF PROPOSED STAFF City of Miami RFP No. 2046386 Project Team Overview Star Controls proposes an experienced project team with a proven record delivering SCADA and telemetry systems for municipal water and wastewater utilities comparable to the City of Miami, supported by: • A clearly identified Project Manager with single -point accountability • Dedicated technical leads for SCADA engineering, communications, instrumentation, electrical systems, and I&C design • Adequate staffing depth to support schedule adherence and long-term system reliability • A strong local and regional South Florida presence enabling rapid response and coordination 1. Proposed Project Manager and Key Personnel Team Member (Years; Location) Project Manager SCADA System Engineer Comms & Networking. Electrical Devices Design of I&C Systems including Panels Doc. & Drafting Time Commitment Tzvi Magril (35 years; Coral Springs, FL) 15% Diego Pinto (10 Years; Palm Beach) V 35% Ron Zetouni (35 Years; Palm Beach) 10% Charlie Mondale (31 Years; Lakeland) 20% James Mondale (7 Years; Lakeland) 20% Matheus Melo (4 Years; Palm Beach) 20% Jarret Shuler (19 Years; Jacksonville) 5% Antonio Liriano (16 Years; Miami -Dade) 20% Emma Light (18 Years; Coral Springs) 10% - Area Leader; Main Contact for the Project This team organization directly supports the City of Miami's evaluation criteria for technical competence, organizational capacity, and project delivery reliability. 38 STARCONTROLS 2. Resumes and Professional Bios of Key Personnel City of Miami RFP No. 2046386 Diego Pinto (Main Contact Person) As a SCADA Programmer, Mr. Pinto has developed his career in Real -Time Embedded computation. Mr. Pinto is a subject matter expert in SCADA systems including for Mission Critical applications. Mr. Pinto has already gained a reputation as a productive and creative professional, with attention to customer satisfaction. • Role — Programmer, Project Manager, Support, Training, Networks, Cyber Security • Experience — 10 years • Education — BSc. in Computer Science and Computer Engineering • Programming Languages — Several including Python, C/C##, Java, and others • Certifications from vendors and institutes (partial list) - SCADA Software (VTScada, Wonderware); RTUs/PLCs (Motorola, Rockwell Automation, Schneider Electric, Emerson); Networking (Cisco); CISA (Cybersecurity and Infrastructure Security Agency); Wireless (GE, Motorola, CalAmp, 4RF, LoRa) Tzvi Magril Tzvi brings to Star more than 35 years of experience in Design, Development, Sales, Business and Channel Development in the Communications and SCADA/Telemetry markets. Tzvi was a lead designer of Motorola SCADA products and has immense knowledge of the product line, as well as SCADA Systems design. Mr. Magril has implemented and maintained major SCADA systems for large clients throughout the world. • Roles — Solution Architect, Project Management • Experience - 35 years • Education - BSc. in Electrical and Computer Engineering • Certifications from vendors and institutes (partial list) - Motorola System Integration Institute (SII); MTA Safety; SCADA Software (Wonderware, VTScada); RTUs/PLCs (Motorola, Ayyeka); IT (ITIL - Information Technology Infrastructure Library); Wireless (GE, Motorola, CalAmp, 4RF, LoRa) • Awards - Mr. Magril has several patents in the SCADA industry Ron Zetouni Mr. Zetouni brings more than 30 years of experience in SCADA business for Water/Wastewater and other disciplines, covering the SCADA and communication aspects of projects. Mr. Zetouni' s experience includes design, programming, and integration with SCADA software (G.E. iFIX, Wonderware InTouch, Trihedral VTScada and others). During 8 years as the SCADA leader at the SFWMD and 14 years of tenure at Motorola, Ron has programmed and integrated dozens of SCADA systems in different applications (Water Utilities, Oil & Gas, Electric Utilities and others) for customers worldwide. Mr. Zetouni is a Global Subject Matter Expert (SME) in the water markets and wireless networks for SCADA. Experts from all over the world seek his support and advisory, leveraging his impressive skills and vast knowledge. • Role — Lead Engineer, Solution Architect, programmer, Integration, Field Engineering, Training, Support, Networks, Cyber Security • Experience — 35 years • Education — BSc. and MSc. Computer Science • Programming Languages — Several including Ladder Logic, C/C##, Java, and others • Certifications from vendors and institutes (partial list) - SCADA Software (VTScada, Wonderware, iFix); RTUs/PLCs (Motorola, Rockwell Automation, Schneider Electric, Emerson; Siemens); Networking (Cisco); Wireless (GE, Motorola, CalAmp, 4RF, LoRa) 39 STARCONTROLS City of Miami RFP No. 2046386 Charles Mondale As a global Subject Matter Expert in Telemetry and Environmental Monitoring, Mr. Mondale brings more than 30 years of experience in the Telemetry and Instrumentation for Water/Storm/Wastewater and Environmental Monitoring, which. Mr. Mondale experience and skills covers all aspects of a solution, from the sensors, the Dataloggers, Communications (with focus on Wireless networks), Power and Integrity of the system. Mr. Mondale has served as a team leader at the SJRWMD, leading the design, installation and maintenance of the Hydrology monitoring system the SJRWMD is using to manage water resources. • Role — Field Engineer, Project Manager, Instrumentation, Integration, Support, Programmer • Experience — 31 years • Education - BSc. in Electrical and Computer Engineering • Programming Languages — Campbell Scientific programming • Certifications from vendors and institutes (partial list) - SCADA Software (VTScada); RTUs/PLCs (Motorola, Campbell Scientific); Instrumentation; Wireless (GE, Motorola, CalAmp, 4RF) James Mondale As a Field Technician, Mr. Mondale is a solutions -oriented IT & SCADA Systems Professional with proven success in designing, implementing, and integrating cost-effective, high-performance technical solutions to meet challenging business needs. • Role — Field Technician, Programmer, Project Manager, Support, Training, Support, Networks, Cyber Security • Experience — 7 years • Education —Attend school for degree in Computer Science • Programming Languages — Several including C/C##, Ladder Logic, Java, and others • Certifications from vendors and institutes (partial list) - SCADA Software (VTScada; Wonderware); RTUs/PLCs (Motorola, Rockwell Automation; Campbell Scientific); Instrumentation; Wireless (GE, Motorola, CalAmp, 4RF, LoRa) Matheus Melo As a young Computer Science professional Mr. Melo focused on the development of Star Controls software products for the IIoT & SCADA Systems. • Role —Programmer, Training, Support, Networks, Cyber Security • Experience — 4 years • Education — BSc in EE with minor in Computer Science; MSc in Computer Engineering • Programming Languages — Several including Python, C/C##, Java, and others. • Certifications from vendors and institutes (partial list) - SCADA Software (VTScada, Wonderware); RTUs/PLCs (Motorola, Rockwell Automation, Schneider Electric, Emerson); Networking (Cisco); CISA (Cybersecurity and Infrastructure Security Agency); Wireless (GE, Motorola, CalAmp, 4RF, LoRa) Jarret Shuler Jarret's background includes technology, energy, manufacturing, finance, and entrepreneurship. He studied Chemical Engineering at the University of Florida and Finance at the University of North Florida. Jarret has expanded his background by serving different industries. • Role —I&C Design and CAD • Experience — 19 years • Education — BSc in Chemical Engineering; Finance • Skills — I&C Design of Control Systems, including panels. 40 STARCONTROLS City of Miami RFP No. 2046386 • Certifications from vendors and institutes (partial list) - CAD, Medium Voltage Switch Gear, Medium Voltage Switch Gear Drawing Schematics, Fundamentals of Structural Analysis, Design of Steel Structures, Structural Loading: Forces and Types, Lean Six Sigma Master Black Belt Antonio Liriano Well-rounded professional, with vast experience in different aspects of water and wastewater industries. Antonio's skills and experience cover instrumentation & control systems, panels, and electrical circuits. • Role —Certified Electrician • Experience — 16 years • Education — Certified Electrician • Skills — I&C Design, Installation and troubleshooting processes and control systems, including high voltage. • Certifications from vendors and institutes (partial list) — Certified Electrician Subcontractors 1. Functional Responsibilities and Subcontractors All functions described in this proposal, including project management, SCADA engineering, communications and networking, I&C system and panel design, and documentation will be performed by Star Controls' in- house personnel. 41 /1t STARCONTROLS D. PROPOSED APPROACH TO PROVIDING THE SERVICES City of Miami RFP No. 2046386 General Our team has successfully completed projects such as this one MANY TIMES before. Our team has done similar projects in Florida, in other states, and even in other countries. The wealth of experience we have gathered from previous projects complements all our other skills and ensures that the solution we present is based on real -life, field and time tested and proven technologies and methodologies. Fast -Track User Experience and Participation. We emphasize early customer experience enhancement. Staff will experience many system enhancements very quickly. This approach affords these benefits, among others: • Staff "buy -in" into the new system, as they are exposed to its development and provide beneficial input to its usability in the early stages of the development. • Better Training results and self-sufficiency. The staff will have some experience with the new system before the official training. This ensures better training results and more educated and self -maintained operators and staff. Discovery, Design, Development, and Integration Services General The Star Team has vast experience in the design and installation of many varieties of SCADA systems and products. Each customer has unique requirements and circumstances. Through our numerous previous accomplishments with and experience with many other customers, we've come to deeply understand the customer's SCADA needs. The following is a list of services Star provided to past clients. These demonstrate our capabilities of supporting the requirements of this RFP. Discovery • Comprehensive review and survey infrastructure • Interview users and administrators regarding current and future operation of the system. • Examination of the current system, detailing all current operational schemes and aspects (procedures, limitations, problems, SOPs, screen design and navigation settings, etc.) • Getting user input from stakeholders, including current restrictions and lacking features of the current system and improvement requests and considerations • Getting IT input on the City's IT Policies and procedures, including for Cyber Security Complete System Design and Integration Our expertise in the SCADA field, with a special devotion to the Water Industry, allows us to provide complete turn -key solutions, as well as stand-alone design, studies, and software and hardware integration activities. SCADA is not just a technology, but rather a game changer in the organization. Our design is taking into consideration different aspects that are important to the integration of the SCADA system into the organization. It includes seamless fit into existing Operations, best -in -class User's Experience (i.e. simple to use, yet, comprehensive) while the entire system is fully Cyber Secured (i.e. using the most advanced hardware and software for Cyber Security). 42 /1t STARCONTROLS City of Miami RFP No. 2046386 Our SCADA solutions leverage State -of -the -Art technologies, products and expertise to accomplish High Availability, Resiliency, Longevity and are Cyber Secured. All our SCADA systems are designed to be open to accommodate future technologies (e.g. Next Generation Wireless Networks, Smart Sensors and Smart Field Devices), so the system can be upgraded without major cost. Design Principles Open Architecture — the system is based on open architecture at the field and the control center. At the field, the system is open to accommodate new instrumentation and control technologies that will be introduced to infrastructure. Data Integrity and Maintainability — one of the main challenges of every SCADA system is the trust that the organization has in the system (i.e. reliability and integrity of the information), and the efforts to keep the system in production. Through years of experience, we have developed several software modules and applications, mainly at the RTU level, that will improve the data integrity and maintainability of the system. Following are a few examples: RTU Historical Event Logging — no lost data and excellent data audit capabilities. Contention Reporting— maximize efficiency of radio channel, increase availability, and improve reliability. The system will utilize efficient Contention messages to significantly increase the responsiveness and efficiency of the communication channel. Local automation — eliminate dependencies on communication system. Advanced diagnostics — We have developed diagnostics software that monitors operational and communications events at the RTU. The information allows personnel to troubleshoot the system and analyze the Root Cause in local process or communications in no time. This increases system availability, while reducing maintenance costs substantially. Business Continuity — Throughout the project, we will utilize project management techniques and system technology to make sure that the migration from the old to the new system will be smooth with limited down- time. This will be in close collaboration with the personnel. Scalability - The system can be expanded and scaled to support other infrastructure, such additional sites, without major changes to the system. Partnership — no, this is not a technical feature or capability, but our most important "secret asset". We enjoy doing business and partnering with our customers. We TRULY UNDERSTAND the customer's needs and are always open to addressing them. As part of our partnership with our customers we keep transferring knowledge to increase his/her self-sufficiency and confidence in the SCADA system. New RTUs, Wireless Networks and Instrumentation Installation Services This core service includes RTU outdoor and indoor installations. The complete installation covers all civil, mechanical, software, and electrical aspects. The team will also install, test and calibrate all required instrumentation. 43 STARCONTROLS SCADA AND TELEMETRY DESIGN City of Miami RFP No. 2046386 Technical Approach to SCADA and Telemetry for Stormwater Pump Station A. Overall SCADA system architecture (centralized, distributed, cloud -based, hybrid) Star Controls offers the City of Miami its StarCS, the Proven, Flexible and Non -Binding Cloud SCADA service. StarCS provides Cloud SCADA with features and flexibility that you cannot find in other Cloud SCADA services: • Best of Both Worlds — combines features and capabilities of "Traditional SCADA" with the affordability and simplicity of Cloud SCADA • Designed for Mission Critical such as Storm Water applications. • Complies with CISA (www.cisa.gov) requirements for Cyber Security. • Advanced Local and Site -to -Site Control • StarCS can be tailored to your specific needs. • Non -Binding — all components are based on Best of Breed Non -Proprietary Products • Open Architecture o Communications with Existing Smart Devices; PLCs, Soft Starters, VFDs, Smarts Sensors o Ready to integrate with third party applications, such as Planning, AI, CRM, GIS • Demonstrates Unparalleled High Availability • Support All Networks — Cellular, Radio, LoRa, Mesh, ... o Offers redundant schemes • Offers Video from Remote Sites 44 ",‘ STARCONTROLS City of Miami RFP No. 2046386 Cloud SCADA Solution Architecture StarEdge SCADA Remote Site • 7 Wireless Communication Device STARCONTROLS R R Your Global IIoT, SCADA, & Cyber Security Partner To fulfill the current and FUTURE needs, our proposed SCADA system is based on the following main components: • SCADA Software — VTScada software o The most advanced and user-friendly product. More information below. • RTU (Remote Terminal Units) - Motorola RTUs o The Best and the ONLY Cyber Secured RTUs, with huge installed base o Over forty years of experience in SCADA and other data communications for mission critical o Over 500,000 RTUs worldwide, including the main utilities (e.g. Orlando, Tampa, Martin County, Pinellas County,...) and the South Florida Water Management District (SFWMD). All SFWMDS' structures, such as gates and pumps, are monitored and controlled with the Motorola RTUs. o Designed and built to withstand harsh environmental conditions • Unparalleled robustness and resiliency • Unparalleled longevity o Cyber Secured — the only RTU o Open platform • Can interface any SCADA SW • Integrate with any device in the field, including Smart Devices o High Availability and Accuracy on Data from the field • Support Redundant Communications o Any communication domain - support current and future communications technologies 45 /1t STARCONTROLS City of Miami RFP No. 2046386 o Advance Remote Over -The -Air Maintenance and Upgrade, including application and firmware. ■ Reduce substantially the need for on -site visit. • Cellular Communications, with future options to add other wireless networks • Top quality instrumentation and material • RTU Software Application — Star Controls developed specific software for pump controls, which simplifies the operations and maintenance of the pump stations. • Maintainability — our system provides powerful tools, yet simple to use, to troubleshoot and modify the system RTU that will be used at each site by the proposed SCADA system The main building block of the RTU at the remote sites is the latest generation of Motorola RTU. With over 500,000 Motorola SCADA RTUs installed worldwide, and over three decades of accumulated experience, it's no wonder that Motorola RTUs are able to provide the best SCADA Solutions. Motorola has the largest installed base of RTUs in Florida. Among the Floridian customers you can find the SFWMD, City of Orlando, Martin County, Pinellas County, St. Johns County, City of Tampa, City of Weston, City of North Lauderdale, City of Coconut Creek, Seminole County, City of Boynton Beach, City of Lake Worth, City of Coco Beach, City of Hialeah and many more. Motorola RTUs - Main Features • The Motorola RTU is a hybrid between the most powerful PLC and a VERY powerful communication device. • The Motorola RTU can be programmed and execute any local process and logic, but also can communicate to an RTU in another site if the logic or process requires site -to -site communications. o The Motorola RTU performs as a full fledge Pump Controller, match, or exceeds, any other pump controller • Designed and built to withstand harsh environmental conditions o Unparalleled robustness and resiliency o Unparalleled longevity - The Motorola RTUs last in the field for decades. We are still serving RTUs that were installed more than 30 years ago and still working • Cyber Secured — the only RTU in the market that is fully comply with the CISA's guidelines. o That's the reason large utilities and agencies are using the Motorola as the sole source for the RTU • Input/Outputs — the Motorola RTU offers any type of Input or Output modules. It can accept any signal from the field and control every device. o The Motorola RTU can communicate with Smart Devices that will be added in the future, such as VFD, Soft Starter, Smart Devices and sensors o The Motorola RTU can manage backup generators, VFDs and any other PLC that manage another sub -process. o The Motorola RTU can communicate with sensors and remote devices through LoRa communications • Open platform o Can interface any SCADA SW through MODBUS, DNP3 and MQTT o Integrate with any device in the field, including Smart Devices • The development tools are based on the industry standard programming (CODESYS and C), which many programmers in the industry are familiar with. 46 STARCONTROLS City of Miami RFP No. 2046386 • "Over the air" SCADA Protocol — By utilizing the most powerful and widely accepted OSI model, the Motorola RTU offers as the most reliable, diversified and secure form of communication over any SCADA system. Versatile network interoperability, powerful data management. o Support remote monitoring and controls. o Support site to site communications. o High Availability and Accuracy on Data from the field - Support Redundant schemes o Network technologies - support current and future communications technologies. Cellular, Data Radios, LoRa, Ethernet, Fiberoptics, Satellite, Mesh and any future network technologies and products • Advance Remote Maintenance and Upgrade — You DO NOT NEED to travel to the remote sites to hold diagnostics, troubleshooting or update the software. All can be done remotely and SECURED from any place. MC -Edge RTU — Features Overview The MC -EDGE features the following capabilities: • Options of several Built-in communications devices o LTE modem for communication with center via Cellular operator o APX4000 radio for communication with center via digital ASTRO P25 o LoRa RF module to communicate on LoRaWAN with far wireless end nodes • External device connectivity for communication with center via ETH, USB, Serial • MDLC and Non-MDLC user application protocols • Cyber Security Defense suite • Local management capabilities of wired end node devices via up to 5 Expansion I/0s modules • MODBUS protocol support, acting as a MODBUS Client (Master) or MODBUS Server (Slave): • DNP3 protocol support, acting as DNP Client (Master), DNP Server (Slave), DNP Client (Master) & Server (Slave) • Local management capabilities of wired end node devices via RS232/RS485, Eth protocol • Management of wireless end node devices via LoRaWAN protocol: MC -EDGE configured as LoRaWAN full termination or as LoRa GW • User application development ro run inside MC -EDGE using built-in 'C' SDK toolkit or IEC 61131-3 (Codesys) programming languages • Connection with external NTP server for clock sync • Connection with external DNS server for Name-IP resolution • Connection with external Syslog server to send real-time MC -EDGE log events • Connection with external Radius Active Directory to manage Linux SSH users • Internal built-in MQTT Broker for connection with external MQTT clients using commercial MQTT protocol • Internal built-in MQTT Bridge for connection with an external MQTT Broker using commercial MQTT protocol Please refer to additional information in the Appendix: • MC -Edge Datasheet 47 STARCONTROLS Following are photos of MC -Edge in the filed City of Miami RFP No. 2046386 48 /Nt‘ STARCONTROLS City of Miami RFP No. 2046386 B. Proposed SCADA Software Platform, Version, and Rationale for Selection Star Controls' Cloud SCADA service is based on VTScada (www.vtscada.com) SCADA software by Trihedral. It is the Industry's Most Powerful SCADA Software with hundreds of installations in Florida water utilities as well as a large national and international installation base. VTScada is multi -award -winning software that has been powering some of the largest mission critical applications in the world for over three decades. It is installed in 166 countries worldwide and at hundreds of North Americans Water, Wastewater, and Stormwater customers. VTScada also natively includes components not commonly found in HMI or SCADA software platforms such as polling management, historian, trends viewer, report generation, application version control, alarm notification, and system backup. You install everything at once in just a few minutes. Star Controls is the Advanced Integrator for VTScada and ranked by Trihedral as one of the best nationwide. • Trihedral (VTScada) has published many case studies that are based on the successful implementation by Star Controls. • Star Controls assists the development team of VTScada to improve the products by testing the Beta versions of different software modules and new releases. • Trihedral refers to Star Controls opportunities that require highly skilled resources of VTScada. Star Controls keeps the VTScada SCADA software up-to-date to the latest version, making sure that end -users will benefit from latest features and capabilities of the products. VTScada @ Glance • Large Installed Base • Open Architecture • Unparalleled Support Business System Connectivit Security Trendinggrormare Alarm Management VTScada Mobile Access STARCONTROLS Software for Monitoring 6 Control Monitoring and Control Internet Connectivity Reporting Your Global IIoT, SCADA, & Cyber Security Partner Please refer to additional information in the Appendix: • VTScada Presentation 49 STARCONTROLS City of Miami RFP No. 2046386 C. Communications Methodology (e.g., cellular, radio, fiber, or hybrid), Including Data Polling Intervals and Failover Protocols Star controls will propose a cellular first approach to communications. The communication backbone will use up-to-date cybersecurity standards in order to isolate the remote units from any possible unauthorized access or data tampering. All network connectivity will be sent via private APN on the cellular network with the MDLC protocol. The MDLC is "secret sauce" behind the high availability of the communications in our solution is the MDLC protocol. The MDLC Protocol supports all modes: Polling, Report by Exception and Unsolicited. Mode and intervals are defined and configured based on the data's importance. The MDLC supports different types of redundancy (failover) options: Switch over, Hot Switchover and Cluster The MDLC protocol allows each Motorola RTU to act as a master SCADA node, so it can communicate with another site. This provides an RTU-RTU communications, including in the event of loss of communications with the SCADA control center. Advanced SCADA systems require intelligent communication capabilities in order to assure the flexibility, expendability, reliability, and high performance of the system. In addition, they require software controlled managing and maintenance of their communication network. SCADA systems can only be justified if these provide cost benefits to the customers. This can be achieved by combining smart communications into the system, which results in faster, less costly, and safer operation and of the customers' facilities. Motorola provides a solution to this challenge with its Motorola RTU system and the MDLC (Motorola Data Link Communications) protocol. The MDLC communication protocol is based on the Open Systems Interconnection (OSI) 7 layers model published by ISO, which Motorola specifically adapted for SCADA and radio communications. This is the only available protocol for radio which comprises all the seven recommended layers. Here, every RTU may act as a Distributed Control Unit (DCU) and as a communications node serving other units. FUTURE OPTION (NOT INCLUDED IN CURRENT PRICING) - Star Controls can support the City with the design to use redundant wireless link, such Data Radios. lithe city elects to utilize the radio, it will act as a backup to the cellular in the case of failure. The radio system will be on an automatic switchover based on the communication statistics for individual sites or system wide. Please refer to additional information in the Appendix: • Motorola MDLC Features • MDLC-Reliability 50 STARCONTROLS City of Miami RFP No. 2046386 D. User interface and alarm management features relevant to storm event monitoring and emergency response User Interface Typical VTScada display pages include: • A graphical representation of the process. • Real-time and summary process values. • Control elements e.g. buttons, switches, dials, textboxes. • Alarm lists help ensure timely responses to issues. • Reports and trends to reduce waste and avoid downtime. The VTScada can be tailored to the SPECIFIC needs of EACH customer! Alarm Notification and Management VTScada supports all types of Alarm Notification, and provides complete management and control of alarms, escalation policies and much more. The following documents elaborate all its capabilities. Please refer to additional information in the Appendix: • VTScada-Alarm Management • VTScada-Alarm Notification e. Data Logging, Trending, and Historical Reporting Capabilities VTScada provides a continuous view of both historical and real-time data in a single timeline that covers the entire lifespan of your application. See any number of analog or digital I/O values displayed together as a graph or table. The HDV displays min, max, and average values and supports logarithmic scaling. Easily export any range of data to a file or database. VTScada also has powerful reporting capabilities. Please refer to additional information in the Appendix: • VTScada Historian • VTScada Reports 51 ",‘ STARCONTROLS City of Miami RFP No. 2046386 Mockup of the SCADA for the City of Miami Stormwater Project Miami Northwe NorthWest 12th Street Dolphin Expressway Dolptun Eepressway Northwest 9t1, Street% West End 3 Level 2,65 Pump Status Stopped West End 4 Level 2.18 Pump Status Running West End 2 level h;h ed a Northwest 7th Street 3.14 Street West Flagler Street PumpStalus Stopped Slfeel Oolyhin Eepressway Northwest 7th Street Northwest 7[h Street I Sin seem West Flegter Street Notimetsr St.. Noah.wr.rw+errer West Flagler Street Se et fieve Sue. Antonio Mace( La\M 2.19 Pump Status Running Northwest 7th Street Neorreesr Ire suer No ut ser eat West Flegter Street Miami (DC) Scada Orange Bowl Level 2.44 Pump Status Stopped tt 7m Street lagler street Southwest tit Street 07. southwest fith Street Southweft 7th Street n Southwest ash Street Riverview Level 1.69 Puma status , Running Northwest lath Street _taa5"" CP North t 14th Street Nmthw.trrtth Sue. 'ys NOHhwettt0rh Street Nerthwe31 ern street Na,theArr,,,h Sheet Northeast tom Serest Northeast.ath Saner Nprthwest fish Street Northeast eth Street Northwest Stn Street Northwest Sth Street Lawteme. Pump Status Rla Street seethwett'tf Running Level 2.39 ,treat West Flagier southwest uthstreer sartrwwtr am Southwest 7th Street Southwest lth Street Southwest Bth Street Southwest Bth Street Southwest rlm Street 5 Northwest Srp Street Northwest 1st Street $0,411west1M street IV1ay: ' tsreftreet aeud 2.72 Pump Mahn Stopped f Brickell Ave 1.56 Pump Status Running Southwest 13th Street• 9 MacArthur CausawaY 52 STARCONTROLS City of Miami RFP No. 2046386 Scada Stormwater Stations Summary Riverview 35- 22- 21.3 Ft 16:00 00:00 00:00 Jan 7 San Marco 3 1 Lawrence 20 20 20.6 Ft Orange Bowl 16:00 00:00 00:00 Jan 7 3.0 Ft Antonio Maceo 16.00 00:00 08:00 Belle Meade 4 - 2- 2.5 Ft 16:("I0 00-00 08.00 nr West End No. 3 19.7 Ft 19 2- 1600 00:00 Jan 7 0800 7.5- 5- 18 16 16:00 17,8 Ft 00:00 08:00 Jan 7 6.5 Ft West End No. 1 2.4 Ft 16:00 00:00 08:00 Jan 7 Brickell Avenue 2.4j 2 24- 18- 1600 00:00 08:00 Jan 7 2.5 Ft West End No. 2 1.7 Ft 16:00 0000 06:00 Jan 7 West End No. 2 20 3 0.0 Ft 16:00 00:00 Jan 7 08:00 20 - 18- 16:00 West End No. 4 0 0lll 16:00 00,00 08:00 Jan 7 00 00 08:00 Jan? 0.0 Ft Scada Miami Stormwater Riverview Loral / Remote Remote Common Status Normal Pump Command Stop Global Status Active 41.0 Poll 0.0 Min 0 Str Global Status Active AC Status Normal AC Status Auto Pump Status Stop Pump Status Stopped Stans0 5tan<5top Level. 0.5 Pump Fault Se4,0 Dia.0.5 Not in REMOTE Cooldoen Level 2.07 Loral / Remote Remote Common Status Normal Pump Command Stop GIo6a1 Status Active 28.6 fall 28.6 Min 0 Sir Global status Active AC State: Normal Pump Status Stopp AC Status Auto Pump Stabs Stopped StarteD 5tartc5tep Level c 0.5 Pump Fault 5tep=0 Diff<0.5 Not in REMOTE Cnolldown Level 2.05 Local / Remote Remote 24.1 Poll 0.0 Min 0 Str Gtahal3tatus Active COMMOn Auto Common State Normal AC Status Normal Auto Auto Pump Command Pump Status Stop Stopped Run Fat Normal • Orange Bowl Global Stars Normal 0.0 Min 0 Str Common Status Normal Camanon 5110.4 Normal AC Status Auto pump C• Stop Pump Status Stopped Starte) Slart<Stop Level < 0.S Pump Fault Start=0 5tan<5t0 Level < 0.5 Stop=O Diff<REMOTE Cooldown Slop=O Dilf<0.5 Not in REMOTE. Global Status Normal Common Status Normal Pump Comm Stop 0 5tr Common Stabs Normal AC Status Auto Pump Status Stopped Starter Starl<Step Level <0.5 Pump Gault StarteD Start<Sln Level < 0.5 Stop=O D'iff<0.5 Not in REMOTE Cooldown Stop=0 Diff<0.5 Not m REMOTE Yt Historical Data Viewer Levels Eapvn 4 weeks • ct Pan a Zoom a O 01 01 O Dec14 Dec22 Dec26 Dec30 Jan3 an Name Description Value 53 STARCONTROLS City of Miami RFP No. 2046386 Historical Data Viewer Unnamed Group -ag Seie: �m 1 26 1 1261 361 1 2-9971 1 27 I I33I 24.671- - 1 15.5 1 I 24 I I 17 I 101 ‘i 90 Da s 1208151 1 13.851 111.411 1 153 1 aar.b:torn A o x Oct 11 Oct15 Oct19 Oct23 Oct27 Oct31 Nov4 Nov 8 Nov 12 Nov 16 Nov20 Nov 24 Nov Z8 Dec 2 Dec 6 Dec 10 Dec 14 Dec 18 Dec 22 Dec 26 Dec 30 Jan 3 Pen Name • 0 ti SVASW304\RTU\WW Level • 0 SYASW651111RJ\WWLevel • 0 ti SW1.SW6501R AWW Level m O nv S9MSW306\RRJ\WW Level • 0 ti S0 SW647\RTU\WW Level • 0 "sr- SWlSW649\RRRWW„Level • 0 nv SW\SW307VRRP,WW Level • 0 SW1514,6611RTU\WWLevel • 0 ^. SW\SW30TRTU\WW_Levet Description Wetwell Level Pond Level Pond Level Wetwell Level Level Pond Level Wetwell Level Wetwell Level Wetwell Level Minimum 19.8 Ft 19 Ft -471 Ft -426 Ft 0 Ft -311 Ft 24.8 Ft 19.6 Ft -552 Ft Maximum 222 Ft 21.3 Ft 19.7 Ft 34.5 Ft 2.02 Ft 22.8 Ft 25.3 Ft 21.3 Ft 441 Ft Avera 21.1 20.5 185 28.7 0048 21.9 24,9 20A 257 Piot Gr,d Notes 54 STARCONTROLS City of Miami RFP No. 2046386 EXISTING SYSTEM INTEGRATION OR REPLACEMENT AND BUSINESS CONTINUITY General The processes will include the following main steps: • Kickoff meeting • Sites Survey • Detailed Design o Documentation o Presentation o Approval • On -going assessment during the project implementation Also, during the project's deployment Star Controls will constantly be in touch with the City's PM and staff to address any unexpected situation or request for modification of the design. 1. Evaluation of Existing SCADA / Telemetry Systems Our approach begins with a structured and risk -based assessment of all existing SCADA and telemetry systems at each pump station site. This evaluation is conducted prior to final design and includes: • Hardware assessment: PLCs/RTUs, I/O modules, communication equipment, power supplies, and field instrumentation. • Software assessment: SCADA platforms, firmware versions, licensing status, historian integration, and cybersecurity posture. • Communications review: Protocols (e.g., Modbus, DNP3, OPC, Ethernet/IP), bandwidth, redundancy, and reliability. • Operational performance: Current functionality, reliability history, maintainability, and operator familiarity. • Lifecycle and supportability: Vendor support status, obsolescence risks, and availability of spare parts. Based on this evaluation, we'll prepare the Detailed Design Document. In collaboration with the City we'll determine the most appropriate path forward on a site -by -site basis. A. Incorporation or Integration of Existing Systems Where existing hardware and software are technically sound, supported, and align with long-term operational goals, our preferred approach is to incorporate or interface with the current system. This may include: • Retaining existing PLCs/RTUs and integrating them into the proposed SCADA architecture using standard, open communication protocols. • Upgrading firmware, communications modules, or network infrastructure to ensure compatibility, performance, and cybersecurity compliance. • Integrating existing HMI or SCADA components into a centralized or unified supervisory system. • Implementing gateways or middleware where required to bridge legacy protocols to modern platforms. 55 STARCONTROLS City of Miami RFP No. 2046386 This approach reduces capital costs, minimizes operational change, and preserves operator familiarity while still delivering a modern, scalable system. B. Decommissioning and Full System Replacement lithe evaluation identifies systems that are obsolete, unsupported, insecure, or incompatible with the proposed architecture, we recommend full decommissioning and replacement. Justification for replacement may include: • End -of -life hardware or unsupported software platforms. • Inability to meet current cybersecurity, reliability, or regulatory requirements. • Excessive maintenance burden or poor system performance. • Limited scalability or lack of integration capability. Risks associated with replacement (e.g., temporary service interruption, operator retraining) are identified early and mitigated through detailed planning and phased execution. Expected benefits include improved system reliability, enhanced cybersecurity, standardized architecture across sites, reduced maintenance costs, and long-term vendor support. 2. Minimizing Service Disruptions Minimizing operational disruption is a core principle of our implementation strategy. Measures include: • Detailed cutover planning with clearly defined roles, timelines, and rollback procedures. • Use of parallel systems where feasible, allowing the new system to be commissioned and tested before final switchover. • Off -site configuration, simulation, and factory acceptance testing (FAT) prior to on -site work. • On -site commissioning during low -demand periods where operationally feasible. • Close coordination with operations staff to ensure continuous monitoring and rapid response during transitions. These practices ensure that pump station operations remain safe and reliable throughout integration or replacement activities. 3. Support for Phased and Partial Upgrades Our proposed system fully supports migration paths for partial upgrades and phased transitions. This includes: • Ability to integrate legacy and new equipment concurrently within the same SCADA environment. • Modular architecture that allows individual sites, pump stations, or subsystems to be upgraded independently. • Support for mixed hardware generations and multiple communication protocols during transition periods. • Clear long-term roadmap that enables incremental modernization without requiring a single, large- scale system replacement. This phased approach provides flexibility, reduces risk, and allows capital investments to be spread over time while maintaining continuous system operation. 56 STARCONTROLS City of Miami RFP No. 2046386 ELECTRICAL AND EQUIPMENT INTEGRATION Our SCADA solution is built on an open architecture and consists of two primary components: the Motorola RTU and VTScada SCADA software. This open design ensures seamless integration with existing infrastructure as well as flexibility to accommodate future expansions and technology upgrades at the stormwater pump stations. It means that our SCADA system can accommodate any existing and future components in the pump station; Soft Starters, PLCs, VFDs, Smart Sensors, sites access management and more. 1. Integration with Pump Station Components A. Programmable Logic Controllers (PLCs) The system integrates with both existing and new PLCs from multiple vendors using standard industrial communication protocols. The Motorola RTU interfaces directly with PLCs to collect, normalize, and transmit operational data to the SCADA control center. B. Wet Well Level Sensors, Float Switches, and Flow Meters The Motorola RTU supports direct I/O connections as well as digital communications with smart sensors. Wet well level sensors, float switches, and flow meters can be integrated either directly into the RTU or via PLCs and other intelligent devices. C. Backup Generators and Automatic Transfer Switch (ATS) Systems Generator status, ATS position, alarms, and run conditions are monitored through discrete and analog inputs or via smart controller interfaces. All generator -related data is centrally visible within the SCADA system. D. Variable Frequency Drives (VFDs), Motor Controls, and Pump Status Inputs The system integrates with VFDs, soft starters, motor controllers, and pump status signals using both hardwired I/O and network -based communications. This allows for real-time monitoring of pump performance, alarms, and operating conditions. 2. Multi -Vendor Compatibility and Data Standardization The Motorola RTU functions as a site manager, integrating and orchestrating all field devices within the pump station and managing communications between the station and the central SCADA control center. The RTU also supports peer -to -peer communication between pump stations when operationally required. All data collected, whether directly through RTU I/O or from smart devices such as PLCs, VFDs, and Smart sensors, is standardized and normalized within the SCADA system. This ensures consistent data representation, alarming, trending, and reporting across all assets, regardless of equipment vendor or device type. This open, standards -based approach provides long-term flexibility, vendor independence, and a scalable platform capable of supporting current and future stormwater pump station requirements. 57 ",‘ STARCONTROLS City of Miami RFP No. 2046386 Motorola RTU — Site Manager Any type of Communications Devices and Apps STARCONTROLS Monitoring Your Global IIoT, SCADA, & Cyber Security Partner 58 STARCONTROLS City of Miami RFP No. 2046386 FLEXIBILITY AND SCALABILITY Our SCADA system set the highest standard for flexibility and scalability in the SCADA market. • VTScada SCADA software - the VTScada can accommodate thousands of sites, support different industry's protocols and ongoing updated library to support RTUs, PLCs and sensors. • Motorola RTU — as described above, in the Electrical and Equipment Integration, the Motorola RTU can interface and integrate local and remote sensors, via o The Motorola RTU supports peer —to -peer communications, that can be used to retrieved information from remote sensors or from other sites. (Use Case) City of Weston Stormwater sites - the RTUs in the pump stations communicate with water level sensors that measure the ponds/lakes level in different locations throughout the city. The RTUs in the pump stations receive the water level in "upper stream" of the drainage path and implement an algorithm that PREDICT the inflow water and operates the pump accordingly. The algorithm improves the utilization of the pumping power, saves energy and reduces the potential of flooding. o Motorola MC -Edge RTU has the option to become a LoRa Gateway, which means that in the future the City will be able to add LoRa based sensors, such as water level, to either view the information in the SCADA, or implement an action based on the information from the additional source. • Integration with Enterprise Application — the proposed SCADA is almost the only Cloud SCADA that can be integrate with any Enterprise application, such as GIS, CMMS, CRM, Storm Event Dashboard, Hydrology Modeling, NRW, ERP and more. o Star Controls has vast and successful experience with the integration of SCADA systems to Enterprise Applications. Our proposed SCADA solution is designed to set a high standard for flexibility, scalability, and future readiness. The system combines VTScada SCADA software with Motorola RTUs, enabling seamless expansion, multi - vendor interoperability, and integration with enterprise -level applications. 1. Accommodation of Future Growth and Enhancements A. Addition of New Pump Station Sites VTScada is a highly scalable SCADA platform capable of supporting thousands of sites within a single, unified system. New pump stations can be added with minimal configuration, without impacting existing operations. The system supports a wide range of industrial communication protocols and provides an actively maintained device library for RTUs, PLCs, and intelligent field devices. B. New Sensor Types and Remote Monitoring Features The Motorola RTU serves as a flexible site controller capable of interfacing with both local and remote sensors using wired I/O, standard industrial protocols, and wireless communications. 59 /1t STARCONTROLS City of Miami RFP No. 2046386 • Peer -to -Peer Communications: Motorola RTUs support peer -to -peer communications, enabling data sharing between remote sensors and multiple sites without reliance on a central polling architecture. Use Case — City of Weston Stormwater System: In the City of Weston, RTUs installed at pump stations communicate with upstream water level sensors located in ponds and lakes throughout the drainage network. The RTUs receive upstream water level data and execute predictive algorithms to estimate inflow conditions and proactively adjust pump operation. This approach improves pump efficiency, reduces energy consumption, and lowers the risk of flooding during storm events. • LoRa-Based Sensor Expansion: The Motorola MC -Edge RTU can be configured as a LoRa gateway, allowing the future addition of low - power, long-range sensors such as water level, rainfall, or environmental monitors. Data from these sensors can be visualized in the SCADA system or used to trigger automated control actions. C. Integration with Enterprise Applications The proposed SCADA solution supports robust integration with enterprise and cloud -based applications. VTScada's open architecture and native APIs enable seamless connectivity with systems such as: • GIS • CMMS • CRM • Storm event dashboards • Hydrology and hydraulic modeling tools • Non -Revenue Water (NRW) platforms • ERP systems Star Controls has extensive and proven experience integrating SCADA systems with enterprise applications, enabling municipalities to leverage operational data for asset management, planning, analytics, and real-time decision support. 60 STARCONTROLS IMPLEMENTATION, TESTING, AND TRAINING City of Miami RFP No. 2046386 After careful review of the City of Miami's project requirements, Star Controls' professional engineering staff has developed a structured and proven approach for the implementation, testing, and training of the proposed SCADA and telemetry system. Our methodology is based on extensive experience delivering SCADA solutions for stormwater, water, and wastewater environments and emphasizes minimal operational disruption, system reliability, cybersecurity, and long-term maintainability. 1. Installation and Startup A. Installation Approach with Minimal Disruption Star Controls will implement the SCADA and telemetry system using a phased and carefully sequenced installation strategy designed to minimize disruption to ongoing pump station operations. Key elements of this approach include: • Close coordination with City operations, IT, and maintenance staff prior to field activities • Detailed discovery and design to fully understand existing infrastructure, operational procedures, and constraints • Parallel system operation where feasible, allowing new components to be installed, configured, and tested without interrupting existing control and monitoring functions • Off -site configuration and pre -testing of SCADA software, RTU applications, and communications prior to deployment • On -site work scheduled to avoid critical operational periods and storm -sensitive windows Installation activities include RTU and field device installation, panel refurbishment or replacement as required, communications setup, and SCADA deployment on City -provided servers and workstations. All work is performed under direct supervision of a dedicated Project Manager to ensure adherence to safety, quality, and schedule requirements. B. Validation of Connectivity and Functionality Prior to system acceptance, Star Controls will validate full connectivity and functionality across all remote sites through a structured verification process that includes: • Confirmation of secure communications between each RTU and the central SCADA system • Verification of data polling, alarm reporting, and site -to -site communications • End -to -end testing of monitoring and control functions for pumps, sensors, generators, and associated equipment • Review of data accuracy, responsiveness, and redundancy mechanisms This validation process ensures that all sites are fully operational, securely connected, and performing as designed before acceptance testing. 2. Testing and Commissioning A. Factory Acceptance Testing (FAT), System Acceptance Testing (SAT), and Commissioning 61 STARCONTROLS City of Miami RFP No. 2046386 Star Controls utilizes a comprehensive testing and commissioning methodology to ensure system performance and reliability. This includes: • Factory Acceptance Testing (FAT): A witnessed "dry -run" lab test where the City can observe and evaluate system functionality prior to field installation. During FAT, simulated field conditions are used to validate logic, communications, alarms, displays, and reporting. • System Acceptance Testing (SAT): Following installation, Star Controls conducts a formal Site Acceptance Test jointly with City representatives. The SAT is performed in accordance with an approved Acceptance Test Plan (ATP) and verifies that all hardware, software, and communications components are installed correctly and operating as intended. • Commissioning: Final commissioning includes burn -in testing, operational validation under real conditions, and confirmation that all acceptance criteria have been met. B. Calibration and Data Verification Calibration and verification procedures are applied to ensure the accuracy and reliability of operational data, including: • Verification and calibration of wet well level sensors, flow meters, and pump runtime data • Validation of analog and digital I/O scaling within the RTUs and SCADA system • Cross-checking of field readings against SCADA values • Documentation of calibration results as part of final acceptance records This process ensures that all reported data is accurate, consistent, and suitable for operational decision - making and reporting. 3. Training and Documentation A. Training Program for City Personnel Star Controls provides comprehensive training tailored to City of Miami personnel, with content designed to support both daily operations and long-term system maintenance. Training includes: • SCADA System Overview: Architecture, system components, communications, and cybersecurity concepts • Operator Training: Hands-on instruction covering navigation, monitoring, alarms, trends, reports, and storm event response • Maintenance and Administrative Training: System configuration, troubleshooting, diagnostics, backups, and system updates Training is delivered through a combination of on -site, hands-on sessions, virtual instruction, and written manuals. Refresher training and follow-up sessions are available as needed to reinforce knowledge and support staff turnover or system expansion. 62 /1t STARCONTROLS City of Miami RFP No. 2046386 Documentation Final documentation provided to the City includes: • System and owner's manuals • As -built drawings and configuration records • Completed and signed SAT and quality control checklists • Equipment inventory with asset identifiers and serial numbers • Warranty documentation and manufacturer manuals Project Management and Coordination A dedicated Project Manager will oversee the project from Notice to Proceed through final acceptance. The Project Manager will ensure transparent communication, coordinated scheduling, stakeholder alignment, and timely delivery of all milestones. Star Controls' project management methodology emphasizes risk mitigation, quality control, and adherence to City requirements and standards. 63 /1t STARCONTROLS SUPPORT, MAINTENANCE & CYBERSECURITY 1. Ongoing Support City of Miami RFP No. 2046386 A. Warranty, Remote Support, and Preventative Maintenance Star Controls Maintenance and Support Program Star Controls provides comprehensive warranty, maintenance, and support services designed to ensure long- term reliability, availability, and performance of the City's SCADA system. Services are scalable and tailored to the City of Miami's operational requirements and budget. With regional offices in Coral Springs, West Palm Beach, and Lakeland, Florida, Star Controls offers rapid response, local expertise, and sustained lifecycle support for SCADA systems. Our staff includes highly qualified, certified engineers and technicians, and in many cases, original equipment manufacturers rely on Star Controls to support their installed systems. Star Controls has decades of experience supporting stormwater, flood control, and mission -critical municipal infrastructure, including storm -related and emergency response scenarios. Key support features include: • Remote monitoring and diagnostics • Preventative maintenance and system health checks • Firmware and software support • Lifecycle extension and system optimization • Optional annual or on -demand support agreements Our Cloud SCADA environment operates from three geographically diverse data centers with triple redundancy, ensuring continuous availability during storms or major events. Motorola RTUs used in the system are purpose-built for mission -critical applications and provide: • High availability and resiliency • Redundant and peer -to -peer communications between sites • Remote diagnostics and over -the -air programming • Embedded diagnostic tools for proactive and predictive maintenance B. Typical Response Times and Incident Handling Tiered Support and Escalation Model Star Controls utilizes a structured three-tier support model to minimize Mean Time to Repair (MTTR) and maximize system availability. Tier 1— Detection and Initial Response • Incident detection via: o City staff reporting through Star Controls' support center and ticketing system o Automated system diagnostics identifying failures or performance degradation • Initial troubleshooting performed remotely Tier 2 — Maintenance and Engineering Specialists • Escalation occurs if Tier 1 resolution is unsuccessful • Engineers and technicians trained specifically on the City's SCADA system • Secure remote access enables rapid diagnosis and corrective action • Focus on restoring operational functionality as quickly as possible Tier 3 — Core SCADA Engineering Team • Escalation for complex or systemic issues • Senior SCADA architects and software engineers with extensive design and lifecycle experience • World -class expertise in mission -critical SCADA systems 64 STARCONTROLS City of Miami RFP No. 2046386 Secure remote access for Tier 2 and Tier 3 teams significantly reduces downtime and improves response efficiency. Response Times • Urgent / Unscheduled Support (Critical Operations Impacted): o Typical response time: 2-5 hours, depending on contract terms and resource availability o Examples: telemetry outages, RTU failures, storm -related incidents 0 • Scheduled / Non -Urgent Support: o Minimum one -week notice o Used for system improvements, tuning, or planned maintenance Preventative and Proactive Support Star Controls provides scheduled remote "health -check" sessions to identify early signs of degradation and reduce the likelihood of unplanned outages. Findings are documented and shared with the City. Support Request Procedures • Email: support@star-controls.com • Phone: 1-954-604-6656 ext. 3 • Urgent incidents are escalated immediately, with temporary mitigation implemented, if necessary, before transitioning to permanent resolution. Training and Educational Services Star Controls provides comprehensive training and educational services delivered by experienced engineers and instructors with deep SCADA and telecommunications expertise. Training ensures City personnel are fully prepared to operate, maintain, and troubleshoot the system throughout its lifecycle. Please refer to additional information in the Appendix: • StarSupport 65 ",‘ STARCONTROLS 2. Cybersecurity Star Controls is a recognized leader in SCADA cybersecurity and applies a holistic, defense -in-depth approach to protect storm pump station controls and data. Every component of the proposed system —from field devices to backend infrastructure —is designed with cybersecurity as a core requirement. r City of Miami RFP No. 2046386 Holistic Approach for Cyber Security SCADA Remote Site lab T Wireless 1111. Communication Device RTU rl STARCONTROLS 0 — Wireless Networks I R I R IRI I=1 IloT Devices I R I Engineering Cloud Server SCADA Mobile Your Global IIoT, SCADA, & Cyber Security Partner a. Protection of Storm Pump Station Controls and Data Motorola RTU Cybersecurity The Motorola RTU is uniquely designed with built-in cybersecurity features that comply with guidance published by the Cybersecurity and Infrastructure Security Agency (CISA). Unlike many PLCs and RTUs commonly identified in ICS vulnerability advisories, Motorola RTUs incorporate security controls at the field - device level, significantly reducing system exposure. A. Network Segmentation The system architecture enforces strict segmentation between user interfaces, control functions, and field communications: 1. Front -End / Backend Separation o Cloud platform is used only for visualization and user interaction o All command, control, and device communications are handled by backend services in a secure datacenter o Pump station controls are never directly exposed to the public Internet 2. Private Network Connectivity (Private APN) o All RTUs and field devices operate on a private carrier network o Devices are not publicly routable or internet-accessible 66 STARCONTROLS City of Miami RFP No. 2046386 o Prevents external scanning, probing, and unauthorized access attempts 3. Controlled Access Path o User actions flow through backend command/control services o Security policies and validation checks are enforced before any command is issued 4. Attack Surface Reduction o Segmentation prevents lateral movement o A compromise of the user interface does not grant direct access to control networks B. Password and User Management Star Controls enforces strong identity and access management controls: • Unique username and password per user • Mandatory multi -factor authentication (MFA) using Time -Based One -Time Passwords (TOTP) • Centralized authentication and authorization through backend services • Full accountability and traceability of user actions These controls significantly reduce risks associated with: • Credential theft • Phishing attacks • Password reuse • Brute -force attempts C. Encryption of Data in Transit and at Rest Data in Transit • RTU communications use AES-256-bit encryption with managed encryption keys • Private APN further protects communications by keeping traffic off public networks • Encrypted communications ensure confidentiality and integrity even if traffic is intercepted Data at Rest • Operational and control data is stored in the secure backend datacenter environment • Critical data is isolated from public -facing systems • Backend storage supports restricted access, auditing, and protected data handling Summary Through layered security architecture, strict network segmentation, strong identity controls, and robust encryption, Star Controls delivers a secure, resilient SCADA system designed to protect the City of Miami's storm pump station infrastructure against evolving cyber threats while maintaining operational reliability during normal and emergency conditions. Please refer to additional information in the Appendix: • Star Controls Cyber Security Brochure 67 STARCONTROLS SCHEDULE AND RISK MITIGATION City of Miami RFP No. 2046386 1. Proposed Project Timeline Star Controls proposes the following timeline to ensure a successful project delivery from kickoff through final acceptance. This schedule reflects our experience in SCADA and instrumentation projects and incorporates all key milestones, tasks, and dependencies. Duration of Implementation: • Base for All Stations (A) — 7-8 months • Optional Work for 3 Indoor Stations (B) — 1 month • Optional Work for 9 Outdoor Stations (C) - 1 month The following table includes the main tasks. Task Description NTP Notice to Proceed Discovery and Design Kickoff Meeting During the initial project meeting the following objectives and procedures will be discussed and set: • Stakeholders and tasks owners' identification • Administration and logistics • Project schedule and milestones Detailed Discovery • Comprehensive review and survey infrastructure • Interview users and administrators regarding current and future operation of the system. • Examination of the current system, detailing all current operational schemes and aspects (procedures, limitations, problems, SOPs, screen design and navigation settings, etc.) • Getting user input from stakeholders, including current restrictions and lacking features of the current system and improvement requests and considerations • Getting IT input on the City's IT Policies and procedures, including for Cyber Security Detailed Design Document Star Controls staff will publish a detailed design document based on the information gathered in the discovery, combined with all the capabilities of SCADA and RTUs. The document highlights are following: • SCADA's development priorities • Required system hardware and network configuration. • Schedule, Database, tag naming conventions, • Screens, logic, etc. • Interface between VTScada and the RTUs with respect to connectivity, addressing, and alike. 68 /1t STARCONTROLS City of Miami RFP No. 2046386 Task Description • System Security aspects • Alarm management and escalation policy. • Acceptance test plan and procedures (ATP) Detailed Design Presentation Following the submittal of the Detailed Design document, Star controls staff will present and discuss onsite the document details. During this meeting, all questions and concerns will be addressed. Design and ATP Submittals Official Detailed Design and Acceptance Document Submittals Approved Detailed Design Owner will approve the submittals New Hardware and Network setup Star Controls will purchase, and setup all new electrical, computation and network hardware as described in the detailed design document Install RTUs and Field Devices Install RTUs, refurbish or replace pump control panels at the Pump Station and Measurement sites Factory Acceptance Test (FAT) Test procedure where the customer has the opportunity to provide feedback, so changes and improvements will be implemented. Sites Acceptance Tests Individual Site Acceptance Tests System Acceptance Test (SAT) System Acceptance Test Training Training will include instruction on the following subjects: • SCADA system overview and general features • SCADA system operator training • SCADA system maintenance training Final Documentation Final Documentation will include system and owner's manual Commissioning System handover to the Owner 69 /1t STARCONTROLS City of Miami RFP No. 2046386 Process Flow Diagrams The sample diagram illustrates tasks typically and generally involved in the system integration process, and a graphical work schedule — one of the tools used by Star Controls for project task/time management. Customer Requirements Site Survey Program Design Engineering and SOW Implementation Engineering Order Processing Project Documentation As built drawings Installation Books Manufacturing And Product Sourcing Customer System Center Field Support Installation and System Test Planning System Test Inspection Consolidation Shipping Installation Optimization Acceptance Warranty Training Maintenance System Design Implementation of System To Contract Specifications Customer Support 70 Name Duration Start Finish I NIP 0 days 2/2/26, 8:00 AM 2/2/26, 8:00AM 2 EDlscorery and Design 57 days 2/2/26, 8:00 AM 4/21/26,5:00 PM 3 Detailed Discovery of Existing System 20 days 2/2/26, 8:00AM 2/27/26, 5:00 PM 4 Detailed Design 20 days 3/2/26, 8:00AM 3/27126, 500 PM 5 Progress Presentation 1 day 3/30/26,8:00AM 3/30126, 5:00 PM 6 Design Submittals 1 day 3/31/26, 8:00AM 3/31176,5.00 PM 7 Approved Detailed Design 15 days 4/1/76, 8:06AM 4/21126, 5'.00 PM 8 0rde, NEW SCADA Equipment 40 days 4/22/26, 8:00AM 6/16/26, 5:00 PM 9 ®Deveiopmeot(6ADA/Network) 35 days 9/ 22/ 26, 8:00 AM 6/9/26,5:00PN 10 Develop Soda 21 days 4/22/26, 8:00AM 5/20/26, 500PM 11 Develop PLC programs 21 days 4/22/26, 8:00AM 5/20/26, 5:00PM 12 Lab Testing 14 days 5/21/26,8.00AM 6/9/26,5:00199 13 Qenstallation / Impelementa0on ,n days 6/17/ 26, 8:00 AM 9/4/26, 5100P14 14 Riverview 4 days 6/17/26, 8:00 AM 6/22/26, 5'. 00 PM 15 Lawrence _ 4 days 6/23/26, 8:00 AM 6/26/26, 5:00PM 16 Orange Bowl 4 days 6/29/26, 8:00 AM !7/2/26, 5:00PM 1/ Bedle Meade 4days 7/3/26, 8:00AM i 7/8/26, 5:00PM 18 Brfckell Avenue 4 days 7/9/26, 8:00AM 7/14126, 5:00PM 19 Mary Bfickell 4 days 7/15/26, 8:00AM 7/20/26, 5:00PM 20 San Marco 4 days 7/21/26, 8:00AM 7/24/26, 5:00PM 21 Antonio Macao 4 days 7/27/26, 8:00AM 7/30/26, 5:00PM 22 West End No- 1 4 days 7/31/26, 8:00 AM 8/5/26, 5:00 PM 23 West End No. 2 4 days 8/6/26, 8:00AM 8/11,26, 5:00PM 24 West End No. 3 4 days 8/12/26, 8:00AM 8/17/26, 5:00 PM 25 West End No.4 4 days 8/18/26, 8:00415 8/21/26, 5:00PM 26 BFonnal Testing 10 days 8/24/ 26, 8:00AN 9/4/26,5100PN 27 System Test 5 days 8/24/26, 8.00AM 8/29/26, 5:00PM 28 System Acceptant Test 5 days 8/31/26, 8:00AM 9/4/26,5:00PM 29 Bsystem Training 25 days 9/7/26, 8,00AM 10/9/26, 5:06PN 30 Training Sassfon I 3 days 9/7/26, 0:00AM 9/9/26, 5:001,M 31 Management 11 days 9/10/26, 8:00AM 9/24126,5:00PM 32 Training Session D 11 days 9/25/26, 8:00A14 10/9/26, 5:00PN 706 2026 Mar 2026 2026 .v::, 30M 185 2026 12026 ?0ffi 2026 Oct 2026 mmirorm 212 • 4 Project Timeline (FOR REFERENCE ONLY) I 0 0 98£9170Z 'oN dd !we!W 40' !J STARCONTROLS City of Miami RFP No. 2046386 TASK Days Start End NTP 0 2/2/26 2/2/26 Discovery and Design 57 2/2/26 4/21/26 Detailed Discovery of Existing System 20 2/2/26 2/27/26 Detailed Design 20 3/2/26 3/27/26 Progress Presentation 1 3/30/26 3/30/26 Design Submittals 1 3/31/26 3/31/26 Approved Detailed Design 15 4/1/26 4/21/26 Order NEW SCADA Equipment 40 4/22/26 6/16/26 Development (SCADA / Network) 35 4/22/26 6/9/26 Develop SCADA 21 4/22/26 5/20/26 Develop PLC programs 21 4/22/26 5/20/26 Lab Testing 14 5/21/26 6/9/26 Installation / Implementation 58 6/17/26 9/4/26 Riverview 4 6/17/26 6/22/26 Lawrence 4 6/23/26 6/26/26 Orange Bowl 4 6/29/26 7/2/26 Belle Meade 4 7/3/26 7/8/26 Brickell Avenue 4 7/9/26 7/14/26 Mary Brickell 4 7/15/26 7/20/26 San Marco 4 7/21/26 7/24/26 Antonio Maceo 4 7/27/26 7/30/26 West End No. 1 4 7/31/26 8/5/26 West End No. 2 4 8/6/26 8/11/26 West End No. 3 4 8/12/26 8/17/26 West End No. 4 4 8/18/26 8/21/26 Formal Testing 10 8/24/26 9/4/26 System Test 5 8/24/26 8/28/26 System Acceptant Test 5 8/31/26 9/4/26 System Training 25 9/7/26 10/9/26 Training Session I 3 9/7/26 9/9/26 Management 11 9/10/26 9/24/26 Training Session 11 11 9/25/26 10/9/26 72 /1t STARCONTROLS City of Miami RFP No. 2046386 2. Risk Management Strategy for Weather, Equipment, and System Integration As experienced professionals in the SCADA and instrumentation industry, Star Controls has developed proven strategies and day-to-day practices focused on delivering successful projects and maintaining high customer satisfaction. We employ modern project management, quality assurance, and risk management methodologies to ensure on -time project completion while meeting, and often exceeding, system specifications. A dedicated Project Manager will be assigned to this project from kickoff through final acceptance. The Project Manager will coordinate closely with City staff and stakeholders on all aspects of the project, including planning, permitting, equipment procurement, installation, system commissioning, and operator training. Over the years, Star Controls has refined project management procedures specifically designed to identify, mitigate, and manage risks that could impact project schedules, including key risk areas and mitigation strategies, include the following: A. Weather Impacts Many of our projects are executed in regions subject to challenging weather conditions, including Florida's rainy season. As part of the detailed project schedule developed jointly with the City, Star Controls will incorporate schedule contingencies and buffer days to accommodate weather -related delays without impacting overall project completion. B. Equipment Lead Times Upon approval of the detailed design documentation, Star Controls will immediately initiate equipment procurement. Long -lead items will be identified early and, when appropriate, ordered in advance to minimize schedule risk. All equipment will be securely stored and staged to ensure readiness for installation. Notably, even during the post-COVID global electronics supply shortages, Star Controls successfully delivered all projects on time. C. Integration with Existing Infrastructure Star Controls has extensive experience integrating SCADA systems within existing stormwater infrastructure. During the detailed design phase, our engineers will thoroughly review, validate, and test integration points with all existing components to identify and resolve compatibility issues early, thereby minimizing risks during installation and commissioning. 73 /-,‘ STARCONTROLS City of Miami RFP No. 2046386 SECTION 6 - FINANCIAL INFORMATION AND FEE PROPOSAL FORM 74 STARCONTROLS A. FINANCIAL CAPABILITIES 1. Financial Capability Documentation City of Miami RFP No. 2046386 Since its inception, Star Controls has maintained a strong and stable financial position. The company possesses solid working capital, enabling us to build and sustain strong relationships with our vendors while fostering confidence in our financial stability among employees and customers. We are also fortunate to maintain long- standing relationships with customers who trust our performance and consistently remit payments on time. Star Controls' financial strength and working capital capacity are demonstrated by the enclosed balance sheets for fiscal years 2023, 2024, and 2025. These statements reflect sufficient liquidity and financial stability to support both project start-up and ongoing operations. Additionally, the company's 2023 and 2024 tax returns confirm consistent business activity and financial continuity. The included bond documentation further evidences Star Controls' financial responsibility and its ability to meet all contractual and bonding requirements for the City of Miami. Exhibit Document Name Coverage Period Purpose / What It Demonstrates Provided F-1 Company Balance Sheets FY 2023, 2024, 2025 Demonstrates financial stability, liquidity, and working capital available to support project start-up and execution 1 F-2 Company Tax Returns (1st Page Only) Tax Years 2023, 2024 Confirms company revenue, legal entity status, and financial consistency 1 F-3 Bond Current Demonstrates financial responsibility and capacity to support project obligations 1 75 ",‘ STARCONTROLS Exhibit F-1 — Company Balance Sheet (FY 2023) 2:34 PM 01105126 Accrual Basis STAR CONTROLS, INC. Balance Sheet As of December 31. 2023 City of Miami RFP No. 2046386 ASSETS Current Assets Checking/Savings Citibank Regions Bank Total CheckinglSevings Accounts Receivable Accounts Receivable Total Accounts Receivable Other Current Assets Inventory Asset Undeposited Funds Total Other Current Assets Total Current Assets TOTAL ASSETS LIABILITIES & EQUITY Liabilities Current Liabilities Other Current Liabilities LOAN SHAREHOLDERS LOAN Dec 31, 23 591,348.32 316,607.18 907;955.50 212,525.95 212,525..95 25, 866.45 2,260.00 28,126.45 1,148 607 90 1,148,607.90 -324.52 -21,151.26 Total Other Current Liabilities-21.475.78 Total Current Liabilities-21;475.78 Long Term Liabilities SBA Loan 127.339.00 Total Long Term Liabilities 127;339.00 Total Liabilities 105,863.22 Equity Opening Bel Equity Retained Earnings Net Income 15, 000.00 1,069,668.53 -41.923.85 Total Equity 1,042 744 68 TOTAL LIABILITIES & EQUITY 1,148,607.90 Page 1 76 STARCONTROLS Exhibit F-1— Company Balance Sheet (FY 2024) 2:34 PM 01/05.+26 Accrual Basis STAR CONTROLS, INC. Balance Sheet As of December 31, 2024 City of Miami RFP No. 2046386 ASSETS Current Assets CheckingfSavings Citibank Regions Bank Total Checking/Savings Accounts Receivable Accounts Receivable Total Accounts Receivable Other Current Assets Inventory Asset Undeposited Funds Total Other Current Assets Total Current Assets TOTAL ASSETS LIABILITIES 8 EQUITY Liabilities Current Liabilities Other Current Liabilities LOAN SHAREHOLDERS LOAN Dec 31, 24 523,060.21 405,013.36 928,073.57 801,794.10 801,794.10 25.866.45 2,250.00 28 126.45 1,757,994.12 1,757,994.12 -324.52 -21,151.26 Total Other Current Liabilities-21,475.78 Total Current Liabilities-21,475.78 Long Term Liabilities SBA Loan 118,557.00 Total Long Term Liabilities 118,557.00 Total Liabilities 97,091.22 Equity Opening Bal Equity Retained Earnings Net Income 15,000.00 1,027,744.68 618,158.22 Total Equity 1,660,902.90 TOTAL LIABILITIES 8 EQUITY 1,757,994.12 Page 1 77 STARCONTROLS City of Miami RFP No. 2046386 Exhibit F-1 — Company Balance Sheet (FY 2025) 2:35PM STAR CONTROLS, INC. 01!05126 Balance Sheet Accrual Basis As of December 31.2025 6ec 31, 25 ASSETS Current Assets Checking/Savings Cash on Hand-7,000.00 Citibank 502,767.96 Regions Bank Total Checking/Savings Accounts Receivable Accounts Receivable Total Accounts Receivable Other Current Assets Inventory Asset Undeposited Funds Total Other Current Assets Total Current Assets TOTAL ASSETS LIABILITIES & EQUITY Liabilities Current Liabilities Other Current Liabilities LOAN SHAREHOLDERS LOAN 449,948.88 945,716.84 391,349.85 391,349.85 64,286.45 16,839.70 81,126.15 1,418,192.84 1,418,192.84 -324.52 -21,151.26 Total Other Current Liabilities-21,475.78 Total Current Liabilities-21,475.78 Long Term Liabilities RAM Van 2021 Loan SBA Loan 30,983.61 109,795.00 Total Long Term Liabilities 140,778.61 Total Liabilities 119;302.83 Page 1 78 r STARCONTROLS City of Miami RFP No. 2046386 Exhibit F-2 — Company Tax Return (15t Page, 2023) =-.]fro ■ 12O- eeparenent Di the Treaary irternal Revalue Service U.S. Income Tax Return for an S Corporation Do not file this form unless the corporation has filed or is attaching Farris 2553 to elect to be an S corporation. Go to www.rrs_go0Farmi f20S for instructions and the latest information. ONE No. 1545-0'23 For calendar year 2023 or tax ear be■ rrin A S Flaubert effective date 03/12/2005 s Eusflese activity code number ;see Inatructlarsl C Check 11 . k1,9 attained ❑ 2023, end in. . 20 TYPE OR PRINT tame STAR CONTROLS, INC. tainbar, street, aid roars or a.lite ha- n a AA. tot, see rstructb9s_ 11555 HERON BAY BLVD. t17 Gay or taw, state ar provtnce, oota-rhy, and ZIP Dr foreign postal code CORAL STRINGS FL 33076 0 Employer identification number E De1e hoarpcnat 03/12/2005 F Total assets (see fstnlcttxie} 758,150. G Is the corporation electing to be an S corporation beginning with this tax year? See instructions. ❑ Yes ® No H Chad€ if: (1) ❑ anal return (2) ❑ Name charge (3) ['Address change (4) ❑ Amended return (5) ❑ S election termination Enter the number of shareholders who were shareholders during any part of the tax year 2 J Check if corporation: 11) ❑Aggregated activities for section 465 at- isk purposes (2} ❑ Grouped wait/dies for section 469 passive actntly purposes Caution: Include only trade or business income surd expense on lines la through 22- See the in-btrctirxrs for more information- — 1 a Goss receipts cr sales 2 ,132 , 048 . b Lass returns and allaxanoes c Balance lc 2,132,048. 2 Cost of goods sold (attach Farm 1125-A} 3 Gross profit_ Subtract line 2 from lime 1c 4 Net gain {loss) from Form 4797, line 17 (attach Form 4797) 5 Other income (loss) (see instructions —attach statement) 6 Total atcorne {loss). Add lutes 3 through 5 2 1,123, C 51 _ 3 1, 008, 997 - 4 5 6 _ , 008,997, Dec u ticns 1:see instr i ctian s for limit ons) 7 Compensation of officers (sae instructions —attach Forrn 1125-E) 8 Salaries and wages Qess employment credits) - - . 9 Repairs and maintenance 10 Bad debts 11 Rents 12 Taxes and ticeress 13 Interest {sea instructions) 14 depreciation from Forrn 4562 not claimed on Form 1125-A or elsewhere on return (attach Farm 4502) 15 depletion (Do not deduct oil and gas depletion.) .. 16 Advertising 17 Pension_ profitharing. etc., ptarrs .. 18 Emplaysebenefit programs 19 Energy efficient commercial buildings deduction (attach Forrn 7205) 20 .0. "ter deductions (attach statement) - Sews Statevlertt - - . . . . . . . . 21 Total deductions_ .Add lines 7 through 20 22 Ordinary business income (loss}. Subtract line 21 from line 6 7 211,200. S 361, 6 87 - 9 10 11 11,210. 12 S2,747. 13 5,551, 14 0 . 15 16 17 14,037, 16 19 20 347,690. 21 1,004, 922. 22 4 , C 75 - t24a a rL md s I- 23a Excess net passive income or LIFO recapture tax {see instructions} - . - 23a 23c b Tax from Schedule D ;Form 1120-sj 23b c Add lines 23a and 23b (sea instructions for additional taxes) Current years estimated tax payments and preceding year's overpayment credited to the current year 24a 24z b Tax deposited with Form 7004 24b c Credit for federal tax paid on fuels (attach Form 413) . 24c Elective payment election amount from Form 3800 - . 24d z Add lines 24a trough 24d 25 Estimated tax penalty (sae instructions). Check if Form 2220 is attached 0 26 Amount owed. If line 24z is smaller than the total of lire 23c and 2.5, enter amount owed . 27 Overpayment If line 24z is Larger than the total of lines 23c and 25, enter amount overpaid . . 28 Enter amount from line 27: Credited to 2024 _stirred tax Refunded . 25 26 27 28 Sign i-lere ...neer penalties Dr perury, I dedEre that I have examined this reum. Iiccko1r1J acr<rmperrptig ed•reduies a-d statefinenis. end to the bast m my lmawletlge aryl belle(. It 0; true. correct and complete. Declaration DT.preparar (other than ieotpawf Is based an ail flrarmaton of which preparer has any 1.triowledge. 1 PRESIDENT May the IRS discuse this re -um wit: the creparer shown below? Li: -alum oforncer Dale Title :wee nstruct1ne. [Yes ❑ No Paid Preparer Use Only FrIn1fr pe prepa'er's -are Preparers sl,grattre Date 02/15/2024 Check 7 SElf—emPla+rzd P FM news Ell., Phorreno. Fr'=-naTe F-Tn'saddress For Paperwork Reduction Act Notice, seas separate instructions. BRA REV 0ZO024 Pao =ern 1120-S 12' 231 79 STARCONTROLS Exhibit F-2 — Company Tax Return (1st Page, 2024) Form 1 1 S L}epartrneni of the Traaxnry Inlerr el Re1,8iu4 Srin'i:G U.S. Income Tax Return for an S Corporation Do not file this form unless the corporation has filed or Is attaching Farm 2553 to elect to tys an $ corporation, Go to www.us.govJFarmf 120.$ for instructions and the latest infarrnetlpn- City of Miami RFP No. 2046386 aMB P. 1515-0- s J4 F15r oalendar year 2024 o A S Nociior nffm:ti a ri.1-p 03/L2/2.305 6 auluiy rnrk nurnL6i;sec r,st•acl,nns: r .ax year begirding . 2024, endi TYPE OR PRINT Nam@ STAR CONTROLSr INC. Number, street, arid rani or fuiue no. try P.O. box, sl3o Irrstn.lr iorra. 1.155 5 HERON BAY EE L'dD , 1 City Ix town, Male or province, eounlny.and ZIP pr fouler pnbrel coda ,20 o Employer irlentim.otipn number E awn incorpw.ated 3, F Tc1al assets isrx iisIrt,rl:,;nsi C Clack 45:,-b-5 x.acrie: U, CORAL SPP.IP CS PL. 33C36 ;2 9, 23 +- 13 Is the corporation electing to be an S corporation tag inning with this tax year? Sea lnstruclaorls ❑ Yes ® ND - 11 Cheek 'rf: (1) ❑ Final return (2) ❑ Name change 13} ❑ Add ress change (4) ❑ Amended return (5) n S elecrian termination I Er:or the nu Mber Of shar€shQ:l ers whir were shareholders during any part of the tax year J Check If corporation: (i} [ ] Aggragat9l3 acti t1ies for sectiern 465 a -risk purposes (2 ❑ Grouped act uilio5 lrr seeton 489 passive activity purposes Caution: include only !rade or busines,s income and sxpef1s s or1 Linea la through 22. See the instructions for more information 2 la Gress receipts orsalea 3, 11:-/4.4. 666 . b Less retarns ard allowances c Balance lc 3 162 688. — 2 Cast of gods sold (attach Forni 1125•A) 3 Gross profit. Subtract line 2 from line le 4 Net gain (loss) irorr. Form 4797r Part II, lime 17 (attach Form 4797) 5 Other income :loss) (see instructions •attach statement) 5 Total income paasi. Add lines 3 inrotrgh 5 2 1 r 813, 311 , 3 1, 28 u 37 7 , 4 5 5 1, 289, 37 7 - — ° i E, f7y 7 Compensation of officers (see instructions —attach Farrr. 1 12 -E) 5 Salaries and wages (less enlploymen. credits) g Repairs and maintenance 1 o Bad debts 11 Rents 12 Taxes and licenses 13 Interest (sae instructions', ...................13 14 Depreciat:on tom Form: 4562 not claimed an Form 1125-A or elsewhere on return (altadi Form 4562) 16 Depletion (do not deduct oil and gas depletion) 16 Advertising 17 Pension. profit -snaring, etc., plans 18 Employee benefit programs 19 Energy efficient commercial buildings deduction (attach Form 72051 20 Other deductions (attach statement) - S,ee, S,LaC ,eroenL, , . , , 21 Total deductions, Add I nes 7 1hraJgh 20 22 Ordinary business Income {ions). Subtract line 21 from time 6 7 .:'0 5, r 00. 8 •". , 765, 9 o6 . 10 11 42, 174. 12 49,834. .7r 399. 14 15 16 17 i b, 496 19 1$ 20 `u7,022„ 21 1, 2 35, 958. 22 .:!, 1 i 9, 23a Excess net passive income or LIFO recaptu:a tax (sea instructions) . 23a 2:3a b Tax from Sched i le D (Form `120-S) 23b g24a E c Md lines 233a and .23b (see instruct,ons for additional taxesi Current year's estimated tax payments and preceding year's overpayment credited to the current year 24z 4.b Tax deposited wKth Form 7Ck34 24b 0. c Credit for federal tax paid on fuols (attach Form 4136) 24cre 12 d Elective oayn-nt election amount from Form 3800[24a 4d x z Add lass 24a through 24d , - 25 Estimated tax penally rase instructions;. Check i' Forrn 2226 is attached . ❑ 26 Amount owed. If I ne 24z is smaller than the metal o{ Ines 23c end 25, enter amount owed , , , 27 overpayment. ff line 24z is larger Than the total of limes 23c and 25, inter amount overpaid , . , 28 Enter amount from lire 27: Credited to 2026 estimated tax Rolunded , 25 26 27 25 Sign t lnrlry prn;rltlr-c of Pr11l_ry, I tie kiln•. ihel t thorn exsI 1ir7a This relun, irlcudl119 ssconirtsmirigliobwdorts and alaterren19, ars1 o the best of my womanize lard km ieir, it is in.n, .;nano]., a •d c:oin Ic e. oecle•stio,, at prepare]. joiner [Iran laapayer) is on all Iniornalion of Swinish weparer has any knowledge, Here 1 SI DENT Maly tFd IRS disci lhi4 relym Maly tta prnprirrr,%lio.rn bow? S gnalurc c or'jcer Daly Sec inst9I0linres, M:I Ye4 ❑ NO Pail Preparer Prir.T .pn prnparnr's narnc Pr60ar6(6 eignalure i Late _ 01 4I!2:D2el Chock ■ 1 ydr•�rnpnypd PTI'l 1y F nr'e ,time11 Fir iir EI Use On F,n-'s n:ielm s Phone rp. - - . - - - _ - - For Paperwork Reduction Act Notice, see separate instructions, OOA,,4 Cat, 14o, 1 t510H REV 01,14'2 Prig Farm I120-3 i2Oea} 80 STARCONTROLS Exhibit F-3 — Bond Documentation Document A 1 111- 2010 Conforms wlth The Amateur Instl4,lly of Architects AIA [soeumen1 310. Bid Bond CONTRACTOR: SURETY: (Mew ItgoiLfslrlfkekoraIJJerrknecy)(Lime!,lczoLchtresmraIprilaaalpuiproof af roamer lair COntr131e. Inc. 11555 Heron Bay Boulevard, Suite 200 Corral Springs, FL 33076 OW11lER: Gi"-gvre.kgett swissrind rtat+krsr City of Miami 444 SW 2nd Ave, 6th Floor Miami, FL 33130 eoNC AMOUNT: $ 59'b The Ohio Casualty InSurenCe Company 175 aerkeley Street Boston, MA 62" 15 Five Peroa-it Of Arriount Nits City of Miami RFP No. 2046386 -RAC 4Giuni itIpiiirnpolteinl. rept rls. CorLSLdt iikon with anraeneay( eneo6raged with respired to I a cal•lpletlon a r m4dificat100. Any alrguler relanzazoe 113 Compactor, Smaly. ()Arai r ar 6L!ku r parry shall by can kleee .. plu'al Where app[c bIu, PROJECT; etraore, 14CANOiY or ord Prei4'Crdrlantwr. Truo RFP Number. 2046366, Storr'i1 Pump Station Telemetry and SuDeavisory Control and Data ("SCAIJA") System TI - Can !riC1o: acid 151.1:Cty' OTC I%!1Led [n 1EIC" 0kVrIC r 111 I11d riI',tElint Set forth Obll41e, for Ill: py vent of 1411-.Ch 1.1C C!la il:Er- of a:id Surely livid lliefalseisms, the kelps, excel., rots, aidmir!:3!r10rt. $IIee.o5wrr and asi$usw joiiztl} a:1d sa+'craLLy, as prosidcrd herelil. Trr Ct'.Llditio:n of tkis Band rti' 311dll Hsi if Liar t]tt'Ixrk. accipr$ k,hc b d Vi !31a Coll`.f` oor kk'ifhipi the time Sp i iLicd, in die bid dmi:neiLL . Lzr 5vi1111,1 $u 1 LI llle pezicid c.s may try r,gra€d 10 b; ilia Uv.rer slid Cor.rractor, and the Cont aetgrbirtbar I kcntcts int*acanrracl wiik the C!sucriu accordance }3Lth the terms of St:a'.i bid, a[id p ives such bozid or bonds 5$ may I;s spopiired is the bidding or Contract Documents, with a auretr' adm itked ilk the jurisdic1..ou of ;'lc L'm.ject snrl ache; k'i.sdk occcplabl c Ira 1110 O inet, for/Ythe fait 1%i peiforklfarice of such Ca alract didt9r Cho railmp. p::yrtitii; hat lake�r1d iii dal Iu;.11glied ih 11w lrnaaectitiOrl thereat or pcK,rs So the Ownerthc ditrerclsce. fact leT4,ii6tA the MINIM of Illit l ond, 17=1Vee4u the riniol,r,r yctifiicd in said bid end such larger ankokni1 roc which the owl= may 1i11 pod failhcomma with ptlWkar FLIT!! tar pcTEL nn L1it ksurf: cis red by amid bid, than this 11b i gLI i iLn Oa! I he null einJ av+iJ, Utherviiae az remain fn lit11 Iuica end effect, The giway Elerohy !mixing any stoke don be1Y4eeir Ike OV iitr Mitt Contri'itk`T Lkt CJtLCIId 1.I10 Clint ifl Which Llle 054nir Iglry oecepL the I1id. Wriirar err' mlier by 111a Sunny aIu 1I Rat apply to cloy c k[ rr:dnil ezcacea:irig surly (rti day in dmm azxsgitc bey iiikd rile time rllr ;oogepuirlee rfUids ngzmkliliral i1) llgr 131.11114:locurgisnteg, aagid tit oCh llertend Omunonorahslll obtain the 4dntly~aeuatlrnt liaran es:A itne Lacyond sizely (AO) dm 'K. fans Bond is issued iuegmneelign %ilk L adbeOrktfcmtials hid ton Controelor, the icon Canrrate r in ibis Bond shell bo drecrnad :a be Sltbeamleacror acid the ktin &aa r shall bo daeawed ka be Colltraclw, V,7 as 1l[iar I11wL11 hus bean t'k' mithed Liz 4;izin ply r4itll u nlclalur}' rr alter Itr$pl I * 1 tee'trill in 111d 10c i :,II Lit di Prois0. Guru paiv ii hi r in Lhis Tlrrnd ILnnllicling vvil.h l it3 sit:Ituy Lir legal requirement sti&Q1 be deemed deleted Inge frl ii anti pnn'isinna cnnlsl nn i K itch KLatkno}ry or DLI.er Iegol regeirenkrn I. Shall be dcr rned terw'ty'purat a l! cweii5. When x1, I'tkmii,tied, 11i a in Irr.L L tllut llii K Mud li.e 1. cL}nv.rurlj -am u of ilutl'ry Mold Endue.. us a emu nl,tli kw hero, Signed and wiled 'his 9th day of January. 2026 flrrr+mrs7 Star. Controls, Inc. ePtercirei i (Si a4 By, fIl!lr,1 The Ohio Ca ualiy Insurance (orninany f.Kerroy) j reraJ By. fTlr Jarrett Merfucei At'lrrr] fey-irFact Surety phone No. 617-57-950D -S41v54f $1rr10 81 STARCONTROLS City of Miami RFP No. 2046386 Ta Liberty Mutual. Liberty Mutual Insurance Company The 0#1le COS Onity loolsorershe Ciamperey West American insurance Company KNJWNALL PZR50N53YTh°E5EPPEZ NTS: al IhdOhleCb IMMeamecanrpityfiiaopotakoro elogibelreldoirike ems CtIto Shaltofsow I met Liberty Reuel bowsaw Carus nyrGaM1pwra:l_57Cu4'orgartzed■lderih®Laos Elite Staled L rtl td,eud ielelrrrllonsollepCompany 4a corpotellemduly onjonted eke the Paws oldie Si.laolrawe (trsrelnmummy .:ammdthe'frogele . Aliment bs and to, ailaftfy haft salbit, cleasheilay mot ccosebeterd.ppr Slams bum*, [.,.r .1]11t Hoover. I i:flr Mrr1u[c,. f? \' I:•:"� CI0011::33 eehorp SURETY POWER OF ATTORNEY Collies* ma 8214?illifseell ii cI the : ty c' liberal Lakes =:a:e of FL male *oaks* 11 hr here Ihai are nar'ed, It true erd saki aqua eyrars t laIr aii. ExeCJIE Zaal,aciurichrlE40 aulgkbo, kr met on Itfi betel fitss gam rid 6e ase<rtesd46ed, any weal grimbeling , bonds, rec-var.:w en cl dew surely 0316pigrq, lr pnvoulas er these preemie and Mei be es kaki upon ha Conspre er es r1te%hew beer duty aerial by the preri4er# Ind es'ra: hp :Ile sAe:re.X ❑i We Ccrnparrel t0 t1to __ proper persms IH WITNESS WHEREOF, the Pero of Money has beers absorbed iyr at rammed racer or' i mee of ere CUPIpli10811 and the wlpaete seals ar the Ccrrsaeniee have ieeA stool berelnGls Atli day ol Y1ar1 ]{ADS . SlateelPEWYLVAISA Covey al MQNTOONIIEM On Pis I411r day all WW1 , :US b$Cile glarsOriala spume Me ij]. Lingo* whoodmarler jed biome] so be tlB Mt9tali Say c Yttdal Insurance Compl tlwle QM Commowirlast dances laliamrlca Company, and bet he ae 9teYl„ Wog atlltexuid 30 1300 WOWS is'HMe fintsi:1 ry a %11 'vr•a !IL 11'1• rnc, liar a =leaMld by Oman on MAW el the 04 w lmr s by lamb er a Or lath alinrd Oka 11 * T#1ES8 mum bows ikon riff sokisopirbrtva rr.errtl ebbed my mama seal et PFfrll[ulh Mod % Pansyllranii, he Ow day and yea seal e05:v r r.ri 9rr Lb* Howl booms Company The awe caerreir Swaim Callen,' "heatAanerir In ROM co Company • 14010.1kaVie1F NanPM* Alkoliarms, Ca.* Cdpirailw, arnxtr 1115744 NeiharlJ lanj tiJ .,Lwrrslarl' gaffe*? amsPwlh Newry d030 Pas:ella Newry Public MIS PRaier 01 A.tkxr ap t3 nPetle eNI I&cec#Ar0 WNW ni le and by 1i4wry er as Ipc ' r np own;: aid 'Went Wom or The OW Cesuay rota Ono] Genanr r trots flauluarl raulre=Conway Er^%Vifelt♦rf'lfiip7hirHurent*Owtpan>rv111karea0a11r11S(Ssleever 1Irn Rr.idied mere as6dIL,5 Ak1tICLEIw-CFFICO1B; otoi 12 F'urerelMangy. Any C1 LXf rf a•hTs 0FFitiil of ho CorpwrAbOd, eirthstazed ins &at memo it wing t'r Ins 1.;-1a1Ta1 c Ina President, end subsea! la such frllalic e9 thus Chairmen ce the Preeiceltroaryesc1 .snailappointwi-,eaumerriklen. aenay berre0ei#iNlKiat1 Ira2upuJIr;1`I 'Heise ex ewe sea oche-reiacceareaae!vie a:rsu°r:lp any and all undatzfooge, hands readgnrancla and Mies oink oblivion. Sirs ettioneya triad wuyacl is I.i1 Irn !aliftes see :tare w lluit revel:tree poAv€is al elbrclep 71suJ -cs 8 berm ill power In bird the C-a'pWirlgle 511 their drawn? and auso en of saw ma IebruPalfria are t7 MUM ll%Orvlu lie seal al re Cerporalkot 'hTasil se exeWUd, spa leihmenw elsol be or Wing 9e 17 s eed by the Preeldenl sold attested Io bar the Sicnslirl'. lltl'1' men es 80140fdp glutei le my t eprS3*nI 4wr or !darer 0148t1 Woo two 4 re proeslone el alle orkle IT berwo*ed At sly tens by 1a Baud, the Cheimelk. le Reliant at by Be aloe arhiltketogiming sod paw e, enth ajly, AllllhCLE XI II - Exteadt, if/Corked": Swim S. Hersey Beals end Inderiehirgt. Adryrcorker o'IfraOman, eareektaiiforThalpulppe0adeghgl'leraIh nelrorhurlprcplaehr,md9L ee1m1JIiIkro1Labor3a=_thedialnranci11- maiden! any rotiatee, Shell a1oc4r1 =urh alteemy s-n4 ct ms rimy be neemgery ro ee w hebrii it ewe Ofaillay 10 meta, WSW*, seal, oeseonesalge and dlseell as sooty aril' skirl al ems, buds rrac:sgni 2.9 rims and Morton* heedstom. Sub alblel ar isle -led !whim. le 1I MtYteiwl# set betel Sri lair moot% hearers of eaame , 3hM 11ie iud bowel le bind le czetw17,by-heirsg:lerureBMa +Aleneresl' ugh 'naturism's] sod Se Mahe Iherate lre sea of le Coewaty. Ilhas an orctuted act b.eiIrt1 'iref 91r.7ee.. 139 the p'rs; ent a' seeded by bo seaele7, Certificate al theigilekte - The Preedent of the Corrpeny, ecdhlg purermY to M1e I 0f Ile Company, notutees Natfe.7 J. Zemgodo ilnowini S'ecmlalf' tp +ap/oel elM>n r,.ar aFs-i- .root oe may be r1eostsm y 7d act en behalf of m1e Cempety b mite, stomas, seer, acllrlarllledge ell sister s s1: rev any sod all mdestarilies. tables tehey talked and cr -e- E 'e1•r i Aj .rthnri7n`n9 .Bjmammon howl 'elbleCarep ny's OneaddClieterats, the Ocreporty coma* Merl laratraleof ranctuntosipc popsoduced alfalatUre of any awarenaneiay'rfshe Caa1`a ny aeons~+ alpterrls upon a ceri d copy ef say poser of short issued by pie C0lnperly la connerecn MA 311e0' bond9, tiei11ie rra:d end hada@ won the Crareany mew Iwo Whit 1i 7+iJAI sluedseathough name* aEnd fterle9 C- tleiefll+t, the urearolgred, ambient Sm sari, ills Cale Cam* Wawa CS ornery, Moly I,ieMil lemance toners elld Wail Mental inemenoir Carona my do feseby =Iffy tha1he odglnel power of a haTiii 01 i 1 ch Iht laws rse le i LB he and cured alpyel the Pone ei Adlwrter mewled by said C.nmpaaies, is in tat km and aged aid hienathemsto stood - M TESTIOIONY IMMIX I meta berernyo slurry hired and oIaoed deeserfa el add topllpeadas Ns 9111 del of Jam spy , 2 tos- airs L7,ie Or11C w,+IC1411 MIA 82 ",‘ STARCONTROLS B. SUBMISSION OF PROPSAL FEE FORMS 1. ATTACHMENT C - SCADA AND TELEMETRY SERVICES FEE PROPOSAL A - BASE FOR ALL STATIONS City of Miami RFP No. 2046386 CITYWIDE TELEMETRY City of Miami BASE WORK, Riverview_Lawrence_Orange End 1_West End AND SCADA IMPROVEMENTS ITEMS TO BE IMPLEMENTED AT ALL 12 PUMP STATIONS Bowl_Belle Meade_Brickell Ave_Mary Brickell_San 2_West End 3_West End 4 Marco_Antonio Maceo_West Item # ITEM QTY UNIT PRICE PER STATION (12 STATIONS) UNIT COST TOTAL FOR ALL 12 STATIONS 1 Initial site visit and assessment 12 EACH $666.67 $8,000.00 2 Subscription Fee (annual, recurring, inclusive of all stations) 1 ANNUAL $12,000.00 $12,000.00 3 Design Fee (for all stations) 1 EACH $17,600.00 $17,600.00 4 Mobile app implementation (includes design and installation, inclusive of all stations) 1 EACH $24,000.00 $24,000.00 5 Platform Implementation (includes installation, inclusive of all stations) 1 EACH $7,000.00 $7,000.00 6 New updated RTU in N4X SS enclosure (includes equipment and installation) 12 EACH $22,691.49 $272,297.85 7 Cellular modems & UPS (includes equipment and installation) - ALREADY INCLUDED IN LINE ITEM 6 12 EACH $0.00 $0.00 8 Start-up, Testing & Training (inclusive of all stations) 1 DAYS $60,000.00 $60,000.00 9 Main Power: (includes equipment and installation) 12 LS $756.67 $9,080.00 A. Main Electric Power Failure B. Main ATS Failure C. ATS Position 10 Generator Monitoring System: (includes equipment and installation) 12 LS $2,485.00 $29,820.00 A. Generator on/off B. Generator Current/Voltage C. Generator Total Harmonic Distortion Sensor D. Generator Controller Position 11 Diesel gauge readings per generator (includes equipment and installation) 12 EACH $1,883.33 $22,600.00 12 Pumps: (includes equipment and installation) 12 EACH $2,323.33 $27,880.00 A. Pumps on/off B. Water Level 83 ",‘ STARCONTROLS City of Miami RFP No. 2046386 C. Hours of Operation D. Pumps Position (Auto/Off/On/Manual/Trip/Fault) 13 Door Sensor (includes equipment and installation) 12 EACH $376.67 $4,520.00 SUB -TOTAL SUBTOTAL 1 1 $494,798 14 MOBILIZATION/DEMOBILIZATION 12 EACH $5,996 $71,955.00 SUB -TOTAL SUBTOTAL 2 2 $71,955 TOTAL TOTAL COST COST $566,753 B - OPTIONAL WORK FOR 3 STATION CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS CITY OF MIAMI OPTIONAL WORK, ITEMS TO BE IMPLEMENTED AT 3 PUMP STATIONS Riverview_Lawrence_Orange Bowl Item # ITEM QTY UNIT PER STATION (3 STATIONS) UNIT COST TOTAL FOR ALL 3 STATIONS 1 Cameras (includes equipment and installation) - 2 PER STATION 6 EACH $4,053.33 $24,320.00 2 Water Quality (turbidity) (includes equipment and installation) - 2 PER STATION 6 EACH $4,747.50 $28,485.00 3 Rain Gauge (includes equipment and installation) - 2 PER STATION 6 EACH $2,810.00 $16,860.00 4 Miscelleneous Building Equipment: (includes equipment and installation) - 2 PER STATION 6 LS $2,465.00 $14,790.00 A. Barscreen On/Off B. CO2 Retardant System C. Fire System On/Off SUB -TOTAL 1 $84,455 5 MOBILIZATION/DEMOBILIZATION 6 EACH $223 $1,340.00 SUB -TOTAL 2 $1,340 TOTAL COST $85,795 84 STARCONTROLS C - OPTIONAL WORK FOR 9 STATION City of Miami RFP No. 2046386 CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS CITY OF MIAMI �(��.:,I OPTIONAL WORK, ITEMS TO BE IMPLEMENTED AT 9 PUMP STATIONS Belle Meade_Brickell Ave_Mary Brickell_San Marco_Antonio Maceo_West End 1_West End 2_West End 3_West End 4 Item # ITEM QTY UNIT PER STATION (9 STATIONS) UNIT COST TOTAL FOR 9 STATIONS 1 Cameras (1 per station) 9 EACH $4,523.33 $40,710.00 2 Water Quality (turbidity) (1 per station) 9 EACH $4,211.94 $37,907.50 3 Rain Gauge (1 per station) 9 EACH $1,527.78 $13,750.00 SUB -TOTAL 1 $92,368 4 MOBILIZATION/DEMOBILIZATION 9 EACH $162 $1,455.00 SUB -TOTAL 2 $1,455 TOTAL COST $93,823 85 /1t STARCONTROLS City of Miami RFP No. 2046386 APPENDIX -Additional Documentation • Case Study by the customer and Motorola • Cloud SCADA Design & Build Success - Story City of Weston, Florida • MC -Edge Datasheet • VTScada Presentation • Motorola-MDLC-Features • MDLC-Reliability • VTScada Alarm Management • VTScada Alarm Notification • VTScada Historian • VTScada Reports • StarSupport • Star Controls Cyber Security Brochure 86 THE CITY OF WESTON, FLORIDA STAYING A STEP AHEAD OF THE STORM WITH MOTOROLA SOLUTIONS AND STAR CONTROLS SCADA STORMWATER PUMPING SYSTEM The city of Weston is a master -planned community located in southwestern Broward County, Florida. The city boasts A -rated schools and outstanding public safety with the lowest crime rate per capita in the county. Encompassing 26 square miles and bordering the Everglades National Park, Weston's vibrant, culturally diverse residents and visitors enjoy a thriving outdoor -focused lifestyle. Yet, this area can be subject to extreme weather that can deluge the city with large amounts of water in a short period of time. In an average rainy season, the city can see up to 45 inches of rain, with individual storms capable of dropping 10-15 inches of rain or more over just a few days. To prevent flooding, the city uses an extensive stormwater management system, directing water runoff through a system of catch basins, culverts, retention ponds and pumping stations, which eventually flow to the Everglades. As a city with a population of approximately 70,000, Weston only employs a staff of five technicians to manage its stormwater system, so all operations need to be as efficient and reliable as possible. Yet, its stormwater pumping system was largely based on manual monitoring and operating functions, making it difficult for technicians to manage while also performing their other daily responsibilities. Weston sought a new way to control and automate the system. CUSTOMER PROFILE The City of Weston, Florida INDUSTRY Water Management SOLUTIONS Integrated SCADA loT Stormwater Pumping System, including: • Motorola Solutions MC -Edge Intelligent loT Gateway • Motorola Solutions ACE3600 Remote Terminal Unit (RTU) • Star Controls StarCS Cloud SCADA BENEFITS • System automation and remote - control capabilities mean Weston can spend more time on its core mission • Rich data is collected and shared with deep reporting capabilities through an easily accessible web - based portal • Cybersecurity and overall system health is bolstered to comply with CISA's (Cybersecurity and Infrastructure Security Agency) Cybersecurity Practices for Industrial Control Systems CASE STUDY THE CITY OF WESTON, FLORIDA ® MOTOROLA SOLUTIONS CHALLENGES MANUAL PUMP MONITORING AND MAINTENANCE MADE SYSTEM OPERATIONS INEFFICIENT Like many cities in South Florida, Weston sits less than 10 feet above sea level, so any excess stormwater can quickly impact the community. That means that the public works department must closely track incoming storms as well as the daily functionality of the city's stormwater pump system. Historically, drainage technicians were assigned to manually check lake levels, clear any blocked drains, and ensure that all water could easily flow. During the rainy season, technicians would conduct these checks every morning and when on high alert, several times throughout the day. Anytime a decision was made to turn on the pumps, someone had to manually drive out to turn them on and then return to base. Then, they had to drive back every eight hours to monitor performance. When it came time to turn the pumps off, the same technicians would have to drive back to manually shut them down. If a moderate or major storm was predicted, monitoring and preparation was even more time consuming, threatening to slow response times when speed was needed most. "When a storm was coming, up to 50% of our technicians' time would be spent managing and monitoring these systems, " said Peter Johnson, City of Weston Assistant Director of Public Works. "With the size of our department, that made it more difficult for staff to handle other duties and was simply an inefficient use of their time." A LACK OF QUALITY DATA COMPLICATED DECISION MAKING AND HINDERED DISPLAY OF REAL-TIME INFORMATION Weston's stormwater pump technicians and managers are tasked with making important system decisions daily, including when to start the pumps, how much water to pump, and how long to run the pumps. Yet, Weston would receive very limited actionable data from the system's mostly manual control processes, making it more difficult to make the best, most informed decisions possible. In addition, when the U.S. Army Corps of Engineers would look at the feasibility of new infrastructure projects in or around the city, they would often ask for historical data that was very difficult for Weston to produce. This lack of quality, actionable data was compounded by the fact that the city's ability to share information with residents, such as real-time lake levels was inefficient. "Data from our pumping system was very hard to gather," said Johnson. "And even when we had access to the right data, we didn't have the means to easily share it instantly with the community" CASE STUDY THE CITY OF WESTON, FLORIDA 1111111111 III 11 1111 Jilili 1111111,� Inc mum Will 41 ■11111//I1 /II I i/ Win ■�1//( NNW 1I i < 1 L L LI JCJ JL CASE STUDY THE CITY OF WESTON, FLORIDA WITH RISING REPORTS OF INFRASTRUCTURE BREACHES NATIONWIDE, WESTON WANTED TO DO MORE TO ENSURE CYBERSECURITY AND OVERALL SYSTEM HEALTH While Weston knew it needed to upgrade the control system for its stormwater pumps, it also wanted to ensure that any new system was monitored for overall health and especially protected against cyber breaches, for good reason. According to International City/County Management Association (ICMA) research', local governments are increasingly targeted by cyber criminals and bad actors for five main reasons: 1. The sheer number of American local governments make them a large attractive target. 2. Local governments store considerable amounts of sensitive information, such as names, addresses, driver's license numbers, credit card numbers, social security numbers, and medical information. 3. In recent years, the availability of low cost but effective hacking tools that require little technical knowledge has made it relatively easy to get into the business of cybercrime, thus increasing the number and types of cybercriminals. 4. Local governments often operate under financial constraints that limit their ability to acquire and implement state of the art cybersecurity technology, policies, and practices. 5. As local governments connect infrastructure to the internet it can introduce new cyber risks and vulnerabilities. Knowing these risks, it was important that any solution Weston installed was tested and certified to comply with CISA's (Cybersecurity and Infrastructure Security Agency) Cybersecurity Practices for Industrial Control Systems. It was also important to have a partner that could monitor the system and alert the city to any suspicious activity or issues that could affect the system's overall health. 1 https://icma.org/articles/pm-magazine/look-local-government-cybersecurity-2020 SOLUTION The City of Weston chose Star Controls, a Motorola Solutions partner, to design, build, and install a SCADA IoT system that could automatically monitor city water levels and control pumping stations to redirect water as necessary. The city also made the decision to migrate its IT and associated applications to the cloud, so its SCADA system needed to be cloud -hosted as well. "The City has progressively moved many of our core software applications into the cloud to benefit from the reduced cybersecurity liabilities. In addition, the cloud provides us the ability to easily access applications from anywhere at any time," technology services director, Ryan Fernandes, stated. "It pained me to see people wasting time and efficiency" said Johnson. "We knew technology was there to save time and effort and we made the decision to move forward with it." The system utilizes the Motorola Solutions MC -Edge Intelligent IoT Gateways and ACE3600 Remote Terminal Units (RTUs) to monitor remote pumping and lake levels, collect data, and remotely control pumps and other equipment. Data collected from the system is forwarded to a cloud -based application which uses measured water levels and other inputs to direct stormwater as necessary. The use of Motorola MDLC protocol allows redundant schemes of communication between the remote sites and cloud -based control centers. In addition, the system includes site security, fire alarms, and intrusion detection. "The Motorola Solutions RTU is the only field controller that can easily act as the integrator for all these pieces," said Tzvi Magril, Star Controls Managing Partner and Co -Founder. "We can develop applications using a common programming language to remotely check on the health of each piece of the system, which is unique to the Motorola Solutions platform." Weston city staff worked closely with Star Controls on the design of its SCADA system using all off the shelf products, with cloud -hosted software. "We chose Star Controls and Motorola Solutions because they made the best suggestions on overall project design and could help us build and maintain a powerful, integrated, and secure system, " said Johnson. "Plus, everyone knows Motorola Solutions is an established, trustworthy company" CASE STUDY THE CITY OF WESTON, FLORIDA BENEFITS SYSTEM AUTOMATION AND REMOTE -CONTROL CAPABILITIES MEAN WESTON CAN SPEND MORE TIME ON ITS CORE MISSION WHILE RESPONDING TO STORMS FASTER Today, Weston's entire stormwater pumping system can be remotely monitored and controlled, with the option to run in two modes, an automatic mode based on city water levels and a manual override mode, when needed. With all applications and data hosted in the cloud, it's easy for technicians to see each pump's status and control them remotely, even from a mobile phone or computer browser. "Recently, we had a fast moving, unexpected storm," said Johnson. "In the past, that would have meant a call to a technician in the middle of the night or waiting until morning. This time, we simply turned on two pumps with our mobile phones. When there's a problem or an issue, we can react immediately" During Hurricane Ian, Weston was spared a direct hit but still received 7 inches of rain in one day, further testing the new system. Based on data coming from the system, Weston lowered the lake levels in preparation. "We had a huge jump in confidence knowing we had full control of the system," explained Johnson. "We didn't have to worry if things were working, we could actually monitor everything in real time. Staff were elated that they didn't have to drive to each station to check on pumps since they could manage everything remotely. Technicians were now freed up to do other storm prep and related tasks. We were busy tracking the weather forecast and monitoring the performance of operating pumps. Everything just worked perfectly" Daily monitoring and maintenance is now vastly improved as well. For instance, the pumping system automatically monitors power coming from the local utility, so it knows if power is interrupted and can send alarm when running on backup generators. Fuel levels for diesel operated pumps are also automatically monitored. Remote lake level sensors also provide a clearer picture. Since lakes are connected underground by culverts, it's important to see all adjoining communities to monitor for blockages. When they occur, Weston sends in divers to clear them before the rainy season. Now, they can see the status of the lakes and culverts at all times using color -coded charts viewed remotely through any web browser or at the public works office on a 75-inch display. When there's an issue, automatic alerts are pushed to technicians' cell phones via voice, text and email. We had a huge jump in confidence knowing we had full control of the system... Everything just worked perfectly. - Peter Johnson, City of Weston Assistant Director of Public Works EASILY ACCESSIBLE RICH DATA WITH DYNAMIC REPORTING Weston now has access to both detailed, real-time data and rich historical data, whenever needed. For instance, they can see lake levels over time and gauge how the system performed under different scenarios. When the South Florida Water Management District requests specific data, it's easy for staff to quickly pull it using integrated and powerful reporting capabilities that all run in the cloud and can be accessed from any authorized device. "Data collection is a huge benefit to us," said Johnson. "We can respond faster and more comprehensively to specific requests, but just as important, we can learn from past historical data and get better with time." In addition, because all data and applications are hosted in the cloud, Weston can easily share information such as lake levels with the community, straight from their city website. BUILT WITH SECURITY IN MIND Weston's stormwater pumping system relies on the Motorola Solutions MC -Edge Gateway and ACE3600 RTU, each designed to comply with CISAs Cybersecurity Practices for Industrial Control Systems. The Motorola Solutions MC -Edge Gateway also allows integrators to easily develop their own software to monitor the health of the field computer and surrounding environment, making the system even more secure. "Motorola Solutions has been providing an open platform for customers to develop on for years," said Magril. "Others just don't offer the same level of flexibility or ease of use." In addition, with the StaRTU software residing on the Motorola products, Star Controls will help maintain the system, monitoring for breaches, looking to see how components are communicating with each other, and tracking general performance. If there's an issue, Weston can be much more proactive with maintenance or remediation. AN EXAMPLE FOR OTHER CITIES Today, Weston's Cloud -Based SCADA for stormwater pumping system is a reference point for other cities. "This is ahead of its time. Most cities strive to have a system of this type that is so comprehensive and advanced," said Johnson. Weston is also thrilled with their decision to host all system software and data in the cloud. "That's important because most cities with their limited resources don't have the ability to keep up with the management of a secured data center," explained Johnson. Overall, Johnson would highly recommend this type of system to others thinking of upgrading their stormwater pumping systems. "Most things come down to value," he said. "This investment is worth it. It's not inexpensive, but when you total the full amount it takes to maintain a manual system and the confidence and benefits you get from the automated system, it's worth it." And the best part? "Because the software is in the cloud, management and security is improved" said Johnson. For more information about intelligent loT and SCADA solutions, visit: motorolasolutions.com/iiot M MOTOROLA SOLUTIONS Motorola Solutions Inc., 500 W Monroe St, Chicago, IL 60661. U.S.A. motorolasolutions.com MOTOROLA, MOTOROLA SOLUTIONS and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. © 2023 Motorola Solutions, Inc. All rights reserved. 03-2023 SCADA Design & Build Success Story City of Weston, Florida scada ITDD3 Water Level 5.0 Ft The City of Weston, Florida undertook a strategic initiative to modernize its water management infrastructure by implementing a new SCADA (Supervisory Control and Data Acquisition) system. The goal was to improve visibility, reliability, and operational control across the city's critical drainage assets. The project included five diesel -driven pump stations and eight remote canal monitoring sites, all integrated into a single, cohesive SCADA platform. The project followed a proven design -and -build delivery approach, progressing through clearly defined phases from kickoff to long-term support. 1. Kickoff Phase The project began with a formal kickoff meeting involving City of Weston stakeholders, operations personnel, and the project delivery team. Objectives, success criteria, communication protocols, and project milestones were established early to ensure alignment. Key outcomes of the kickoff phase included: • Confirmation of project scope covering 5 pump stations and 8 canal monitoring sites • Definition of roles and responsibilities • Agreement on schedule, reporting cadence, and risk management approach This phase set a collaborative tone and created a shared understanding of how the project would move from concept to commissioning. 2. Discovery Phase During the discovery phase, the project team conducted detailed field assessments and operational interviews to fully understand existing conditions and operational needs. At the pump stations, discovery focused on: • Diesel pump controls and status signals • Engine run, fault, and fuel -related monitoring points • Existing level sensors and local control logic At the canal monitoring sites, discovery addressed: • Canal level sensor types and accuracy requirements • Power and communications constraints at remote locations • Data reporting frequency and alarm thresholds This phase ensured that the SCADA solution would be tailored to real -world conditions rather than assumptions, reducing risk and rework later in the project. 3. Design Phase With discovery complete, the project moved into the design phase. The team developed a comprehensive SCADA architecture that unified pump station control and canal monitoring into a single system. Key design elements included: • PLC and RTU configurations for pump stations and monitoring -only sites • Communications architecture to reliably connect all 13 remote locations • Human -Machine Interface (HMI) graphics showing pump status, diesel engine health, and canal levels • Alarm management strategies for high/low canal levels, pump faults, and communications failures The design phase balanced operational clarity with scalability, ensuring the system could grow with the City's future needs. [ 141%0401111010ftlemi 1111111r%adt 141 I ‘;it • 6161 ,423 3131 S,tr Sa,oa.nr issue Smoke Alarm Sn,oke Afar., Tra...frr Switch Alarm 4'1 Ind Starr Rajam.,i( — Fuel Modipus Corns ( Fuel try,/ ( 1 Or 44; 12 Au; 16 kt;zo •••;•24 Mew*. 115 Ft S41 Ft 412 542 h 5)0 h 492 SO2 Ft S 33 Fi 456 Ft 4114 1059F 4.97 5.Z5 1.16 Honywriture Pump Static, . sets stat 14::11 • illia Pump Speed 0 Rpm .IMINEIM=Er currenr m.rnelme a.o Hr. Olt ........... Lan Run May.) 0 Arr Ha-urs Adj 05.1.0 - ' ''_-•,4 Statson Watt... Level -- ,.. • . Acs:11:es........delme Kr 430.3 Prra 4.,60 Ft IMINIIMIIMMIF curreor Rjeor...71.77... NIW 11,1 00," (D) 53 Ace. Haws Adj 2.0060 Rec. Lihrtlerm flt A 7 Kra Current Runtime 0.6 INF. Last Ron (Days) 33 .30,25-.3,0 20, 2026-07-0, 250,39 Shahred Sq: 17 00 Thy, 4. Implementation Phase During implementation, the approved design was brought to life through coordinated hardware, software, and field integration efforts. Activities included: • Panel fabrication and PLC/RTU programming • Installation and integration of diesel pump controls and canal level sensors • Configuration of the central SCADA server and historian • Development of intuitive HMI screens for operators and supervisors Close coordination with city operations minimized downtime and ensured that critical drainage infrastructure remained available throughout construction and cutover. .4gikidtroOf,,4 5. Acceptance Testing Phase Before final turnover, the system underwent a rigorous Acceptance Test to verify that all functional and performance requirements were met. Testing validated: • Remote monitoring and control of all five pump stations • Accurate real-time and historical data from all eight canal monitoring sites • Alarm annunciation, notification, and acknowledgment workflows • Communications reliability and failover behavior Any issues identified during testing were promptly resolved, resulting in a fully validated system ready for operational use. 6. Training Phase Operator and maintenance training was a key component of the project's success. Customized training sessions were conducted to ensure city staff could confidently operate and maintain the SCADA system. Training covered: • System navigation and HMI usage • Pump station control and alarm response • Canal level monitoring and trend analysis • Basic troubleshooting and support procedures Hands-on exercises using the live system helped reinforce learning and build operator confidence. 7. Support Phase Following system acceptance, the project transitioned into ongoing support. The support phase provided the City of Weston with peace of mind, knowing expert assistance was available as needed. Support services included: • Post -commissioning support during initial operations • Remote troubleshooting and system optimization • Documentation delivery and system backups This long-term partnership approach ensured that the SCADA system continued to deliver value well beyond project completion. Project Outcome The completed SCADA system gave the City of Weston a unified, real-time view of its pump stations and canal network. Operators gained improved situational awareness, faster response to changing canal conditions, and greater confidence in managing critical drainage infrastructure —especially during storm events. The successful design -and -build delivery demonstrated how a structured, phased approach can transform complex infrastructure into a reliable, operator -friendly SCADA solution. Data Sheet Your gateway to mission -critical loT Now, more than ever, systems operating in mission -critical environments require a new level of connectivity and security. Whether it's a natural disaster or a man-made emergency, IoTdevices are often on the first line of defense. MC -Edge® is an intelligent gateway designed for IoT applications. MC -Edge's extensive security, ultra -reliable communication capabilities and reliability of transport across two-way radio, LTE, and analog radio modes make it easy for you to implement, support and grow your IoT systems to fully support all your mission -critical operations. Built for versatility, MC -Edge has you covered today, and prepared for tomorrow. MC -Edge works with ThingPark, Actility's LoRaWAN Network and is fully configurable and manageable from the ThingPark Enterprise console. This addresses the need for the strictest requirements in security and operational continuity. M MOTOROLA SOLUTIONS LTE (Main LTE ESH2 RS232 RS18S 812 RS232: R5485 11 111111411114411 11I11114114j`‘� IIIIj144441141 Al 11111 i 11111111 1111411111% 11111 111111111 11114111 W1 11114111 111. 14114 1144411 14141 111 %WA11114►1 WM. \\11111 14Wi1111111`; 14114 1111111 ►1114 1r1111 01411111 #11��1 Vertical operator solutions Network services Edge services (MC -Edge gateway) • Sirens 1n1 Fire Stations Hazmat Utilities (cr LTE LMR Mobile WAN (LMR, LTE) Edge processing (Filtering, aggregation, stream analytics, custom) Sensor connectivity (Wired, LoRa) Sensors and activators Vertical applications & services • Use cases with best -in -class reliability and security e.g.: Disasters, critical infrastructure Converged loT network • LMR • LTE • lot networks Edge gateways • Multi -network • Edge compute / analysis • Military grade hardware security Utilize MC -Edge to expand and grow your sensor networks The MC -Edge gateway enables exceptional remote monitoring and control capabilities. Expand reach with wireless built-in Expand your operations that currently have no power or communication coverage with MC -Edge, wireless LoRaWAN gateways and servers. MC -Edge is used as a data aggregator for LoRaWAN IoT devices that can span wide areas with minimal power consumption. Utilize MC -Edge to backhaul LoRa data over two-way radio or wireless broadband to your IoT applications. Enhance operations with edge computing With edge computing, activities such as decision -making, filtering, logging and analytics are handled on the edge, thus increasing network capabilities, responsiveness and efficiency. Enable control and P25 radio system remote management Integrated into Motorola Solutions' P25 dispatch or radio sites, MC -Edge can be used to control physical access, monitor environmental sensors and manage alarms. Ensure mission -critical system security MC -Edge will automatically look for malicious activity or violations of security policies and will only allow legitimate traffic to enter and block other activity. Unauthorized activity is logged and can be reported to a designated control center. AES 256 bit encryption protects sensitive data end -to -end, whether at rest or in transit. Embrace network agnostic connectivity and redundancy MC -Edge utilizes MDLC communication protocol to link distant sites for easy scaling and provide alternative communication links in case of fallback. Use of this standard functionality eliminates the need for costly custom programming or additional communications infrastructure. 2 System specifications GENERAL Operating temperature -30°C to 60°C (-22°F to 140°F) RTC Battery Charging 0°C to 45°C (32°F to 113°F) Dimensions (CPU) 2.95" x 6.3" x 4.4" (WxHxD) Dimensions (SPE I/O module) 1.4" x6 .5" x 4.4" (WxHxD) Dimensions (CAN bus I/O module) 2.95" x 6.3" x 4.4" (WxHxD) Backplane dimensions 6.2" x 1.2" x 3.1" (WxHxD) DIN rail option Yes Wall mount option Yes (using DIN rail) Construction Modular Input voltage 9-30V DC RTC backup Battery Type SDIO card Rechargeable coin -cell battery, capable of maintaining the RTC for at least 30 days at +25t when the main power is disconnected Yes Internal Transceiver Options P25 (North America), LTE, Private LTE, LoRa External Connections Network Topologies Analog MOTOTRBO TETRA P25 Null Modem Poi nt-to-Point/M u lti point Store and Forward Star Tree Hierarchy Multi -Communication Backhaul Supported (dual/redundant link) CPU RTC Hardware clock with year, month, date, day, hour, minute, Yes and second supported RS232/RS485 Communication Ports Ethernet USB 1 port on the main board non -isolated and additional up to 2 ports on piggy Isolated (<115.2Kbps/<460.8 Kbps) Up to 3 ports, 10/100Mbps (auto negotiation) Host port SOFTWARE Configuration and maintained tool PC Tool (STS) MDLC Networking Yes Direct Link Yes RTU to RTU communication Yes MDLC Store and Forward Yes Broadcast Yes Diagnostic (local, remote) Yes Error Logger (local, remote) Yes User programming C IEC61131-3 Security AES-256 end -to -end encryption User and machine authentication Central key management Central authentication server Access control Sensitive data in rest encryption IPsec SCEP PKI Secure hardware key storage (MAXIM) Protocols DNP 3.0, MDLC, Modbus, MATT, SSH, SFTP Time Synchronization MDLC, NTP Set Date and Time Services Yes (w/ Time Zone and Daylight - Saving) DNS Yes DHCP Yes I/O PORTS I/O PERFORMANCES Main Board 3DI + 1 D0 ML (Isolated) 2 kHz for all inputs SPE I/O modules Mixed I/O Module 16 DI DI 1-8 Counter Input Frequency: 10 kHz DI 9-16 Counter Input Frequency: 1 kHz 4D0 EE 3 DOs form A (two contacts), 1D0 form C (3 contacts) 4AI (+-20mA, 4-20mA) Al Resolution 16 bit, 0.1% @ 25C DI/DO Module 32 DI/DO FET 16 DI/DO FET 1 kHz for all inputs CAN bus I/O modules Mixed I/O Module 7 DI / 6 DO 4EE 2ML (Isolated) 4A1 (+-20mA, 4-20mA) 1 AO (Isolated) (AO: 0 -20mA, 4 -20mA, 0-10V) Mixed Digital 8D0 EE 16DI 5-18 V /DRY 8D0 EE 16DI 18-60 V 2 kHz for all inputs 16bit, 0.1i@25C 12 bit, 0.25% @ 25C - 2 kHz for all inputs - 2 kHz for all inputs 4G (LTE) / 3G SUPPORTING BANDS S North America Europe, Middle East, Africa Asia Pacific Latin America 4G Bands (LTE) Verizon B4 & B13 B8 (900MHz US), B48 (CBRS US) B3, B7, B20, CBRS EU: B42, B43 B3, B28 B4, B7, B28 3G Bands (supporting bands) B2, B5 B1 for fallback B5 for fallback (3G Excluded in ANZ) INTERNAL P25 RADIO SPECIFICATIONS (NORTH AMERICA) VHF 700/800 MHZ Frequency Range / Bandsplits2 TX: 136-174MHz RX: 136-174MHz TX: 763-776, 793-806/806-824, 851-870MHz RX: 763-776/ 851-870MHz Channel Spacing 30/25/12.5kHz 25/12.5KHz TX Output Power 1-5W 1-3W Receive Sensitivity (12dB SINAD) LORAWAN SPECIFICATIONS LoRaWAN Gateway Hardware Radio Chipset SX1301 and SX1257 Radio Frequency Plan AS923, AU915-928, EU863-870, US902-928 Frequency Ranges 863-870 MHz, 902-928MHz Receive Sensitivity Up to-140dBM Max TX Output +28dBM LoRa1NAN Software 0.216pV 0 250uV LoRaWAN Server Yes 2Check with your local Motorola Solutions sales representative for frequencies available in your local area. LoRaWAN Gateway Basic station for general LoRaWAN network Actility base station for Actility LoRaWAN Network (ThingPark) 4 POWER MANAGEMENT Voltage Management Preconfigured thresholds based scenarios Power voltage that can be reduced or disabled 5 power consumption options available Power Consumption CPU module all radios off Max 300mA / Typical 150mA @ 12V (w/o SD card and USB) CPU module all radios on Max 450mA / Typical 250mA @ 12V (w/o SD card and USB) CPU module all radios on P25 TX 1.6 A / Typical @ 12V CPU module all radios on LoRA RX 8 channels 0.36A / Typical @ 12V CPU module all radios on LoRA TX 0.605A / Typical @ 12V CPU module all radios on LTE TX 0.45A / Typical @ 12V Mixed 10 module Max 194.4mA / Typical 64mA @12V Mixed digital 10 modules Max —357mA / Typical 21mA @12V 32DIDO module Max 178mA / Typical 70 mA@12V 16DIDO module Max 145mA / Typical 50mA@12V Mixed 10 16 DI 4A0 4AI module Max 165mA / Typical 80mA@12V REGULATIONS Safety US / Canada IEC62368-1 (cUL Listed) EU, Australia / New Zealand EN/ANZ 62368 Emission / EMC US / Canada EU, Australia / New Zealand CFR 47 FCC part 15, subpart B (class A) ICES003 EN301489-52, AS/CA S042.1, Approved per RED To learn more, visit: www.motorolasolutions.com/mcedge SERVICE AND SUPPORT One year warranty 1. Technical Support - Remote Technical Support from our Solutions Support Center 2. Software Updates - Safeguard your system from vulnerabilities and improve network performance 3. Software Upgrades - Download the latest integrated system software releases with the latest features, functionalities and enhancements M MOTOROLA SOLUTIONS Motorola Solutions, Inc. 500 West Monroe Street, Chicago, IL 60661 U.S.A. motorolasolutions.com MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. ©2025 Motorola Solutions, Inc. All rights reserved. 06-2025 [BG15] by Trihedral The industry's most powerful SCADA software'' for systems that simply can't fail. ENGINEERS' CHOICE AWARDS WINNER Product of the Year Agenda 9:00 - 11:30 — Presentation 12:00 — 16:00 — Product Demonstration vTscada® by Trihedral One Install Provides All Core SCADA Components v—i—SCacE Under 200 MB Installer Software for Monitoring 8 Control msaeesue Monitoring & Control A 11 Date Time Tag Name 2 1-Dec-17 13:05:00 PlantDemo 3 1-Dec-17 13:05:00 PlantDemo 4 1-1Jec-17 13:05:00 PlantDemo 5 1-1Dec-17 13:05:00 PlantDemo 5 1-1Dec-17 13:05:00 PlantDemo 1-1Dec-17 13:05:00 Demo\TCP Reporting Communication Drivers Account Name Glair Password Contirn, Patswnrd Security Alarms & Notifications Historian Graphic Development on�a eeaee Mobile Connectivity Mapping Trending D109 1 Man Mar 14 2011 15. 10.35..0 0130 Srtowwnion 11eialla mt.510 0100 Smi h to Due Verve �'� UIO0 , i , ,, 143 DIGS Merge Vernone s es .711 D101 ,. ,1e, 11, 2011 11 15 .190180 D103 Mee Mar 14. 2011 11.1. 33. 5]3 Version Control Enterprise Connectivity INTEGRATED ARCHITECTURE Standard & Optional Components • We develop and maintain every part of VTScada. • One license agreement for all SCADA components. • All features are automatically upgraded with every version. • Unique design vastly improves integration and scalability. Open I/O Connectivity For All Your Devices M000US JSUN DELTA DNP3 MATT DF1 DDE SPARKPLUD B MOTOROLA IP GATEWAY ROCKWELL MULTITRDDE CAMPBELL SCIENTIFIC OMRON CALAMP GENERAL ELECTRIC HAP GRUNDFDS BACnet DFS MDS ALLEN-BRADLEY KOYO CAT MDS 1E13 BSAP CIP ECM AND MANY MORE... DEVICE DRIVER LIBRARN Standard Out -of -the -box VTScada includes hundreds of industry standard and proprietary protocols. Since they are fully integrated, the are updated with every new version of VTScada. • Drivers included in the base price of VTScada. • Examples: Modbus (many variants) - DNP3 - DF1 - Rockwell Ethernet IP - Siemens - Omron - GE - MQTT - etc. • Advanced polling features can replace Master PLCs. • Direct drivers cost less than maintaining OPC servers. • Trihedral can develop custom drivers on request. Open I/O Connectivity For All Your Devices Modbus Advanced native polling tools. Failover to redundant networks or devices. TELEMETRY TOOLS Standard • Remote Asset Polling Driver. • Telemetry protocols such as DNP3, IEC 60870, Motorola, DFS • Support protocols with store -and -forward, datahopping, digipeating. • Multiplexer support for redundant comm links. • Advanced polling tools for real-time poll rate adjustment and fast/slow switching. • Calculations and Deadband Control to support automated site to site interdependency. New Communication Drivers - OPC UA and MQTT 2 opc. cp:/. 62541 Object { Server o-k. C rT Lr` Scalar ScalarInstrnRions ▪ Scalar Static L Simulation Boolean Byte - Byte String DateTime Double Duration Float Guti Int16 9n132 Int64 Integer Localetld LocalizedTert Nodeld Number Quali6edName sltyle String Time DInt16 NodeClass BrowseName DisplayName Description WrrteMask UserWriteMask ns-2;id-Sczlar_Simvlabon_1.32 ns-2;id-Scalar_Simvlation_Int32 Iat32 96 96 Value 2110112219 DataType Int32 ValueRank Scalar ArrayDimensions Accesstevek userAccesste.el M inimumSam plingl nterva I fiistorizung Rolepermissions UserRolePlermissions AccessRestrictians AccesstevelFx U Nr New MATT Client Driver Properties L ID Connection Pon 'Port •-Missing-- MATT Client ID Credential lint Will LILTScada[XXXXXLVDOfX-3000 DODDODf%-lfl(XXXXKX-XXXXXXXXMQTT 1 Keep Atria 120 QcS QoS 0 - At most once G QoS 1 - At least once [; QaS 2 - Exactly once OK Cancel OPC-UA CLIENT DRIVER Standard • Interface to OPC-UA servers running on local or remote computers. • An alternative protocol to OPC CLASSIC. No DCOM. • VTScada still supports the OPC CLASSIC. MQTT CLIENT DRIVER Standard • A gateway to the Industrial Internet of Things. • This subscribing client can read from an MQTT broker on your local network or the Internet. • You can then log, view, alarm, and report on values from devices connected to that host. Plug -And -Play Tag Creation Yr. Tag browser. Showing 1 of4,929 Running Tags I Using 22 of Unlimited Licensed Tags — 0 X - OShow Children ,�r Names "j ❑Show Disabled All Areas pmeut Types v I CIP/ENI. X7 43 lit-�L i Bemoulli_Lake Name Description Type Equipment Type Address AB-PLC1 Remote Site 1 PLC CIP/ENIP Device 11p] Menus Publ cIndudes ServerStatus '.. System Alarm DB System Event DB System Historian Import New Properties Draw Close :!S Importing Tags From Wive: CIP I [ 5,159017s1Srlaga Selected CIP Ibrt Help AOtett(0) AO_test(Il Ao_eesi(ic AO_I.ese(11j AO_0e14112) AOtest(131 A test(14) AO_test(15), AO_lest(tl 1 11 Show Children Narltex "'I Comber 04 "I: TyP= AO. AO test(1) AO_test(1 O1 A8 test(11) AO_test(12) Afl tect(131 AO_test Ia) AO tesulSl Anatol On ThM Analog (In.10ut) Analog (Ira'Oal1 analog (irtfoat] Analog IIrY0u1] Analog pnfoul] Analog (Ir fO lj Anjlyp firr•;Ool1 x T ' 54.xv Selected J'Shan Ursa:acted AO,t est[tl]IAO_te st r11 AO test[114A0 texi'1, AO_lest[1O1€AO itst[10]1 A02est[1]]{AOI a[411] A0,2est(121(AO„ test[12]1 AO_test(13](A0.test[13]1 AO_test(141(AO_test[14]1 AO teetllRAO test l59J Easily filter and choose just the tags you need to import. TAG IMPORT FOR AB CIP DEVICES Standard Component • Import tags from AB CIP devices to your application with one button.* • Button enabled when a supported driver is selected. • Filter and select tags before importing. • Copy parent/child tag structures configured in the PLC. • More devices will be added in the future. * Tag names in PLC must be legal tag names in VTScada. Built-in Historian - No Extra Cost or Configuration HISTORIAN SQLite MS SQL Server', THE VTScada UT T RIAN Standard Component Every application includes an Enterprise historian capable of logging from two to two million I/O. • Add synchronized redundant historians in seconds.** • Configure 3rd-party databases as needed (sold separately). • Import history from other SCADA platforms in CSV format. SQL Server, Oracle, MySQL and SQLite are trademarks of their respective owners. " Requires additional VTScada licenses. Operator -Created Trending iFiltersTurbidity Time IEll 6 Hours v ..Wilter#1 \Turbidity fikervl Turbidity 11 U I Averages a 15 Minutes No ..1F ilt a rtt2\Turbidity filter_ Turbidity 05:15 05:30 05:45 06:00 06:15 06:30 06:45 0.0624622 0.0624571 0.0624539 0.0624530 0.0624617 0.0624631 0.0624614 0.058375 0.058367 0.058363 0.058369 0.053374 0.058376 0.053373 Choose Plot or Grid view. HISTORICAL DATA VIEWER (HDV) Standard • No integrator required to add trend groups. • Click one or more screen values to plot, then save. • Add encrypted notes to the timeline. • Stacked and overlapping trend views. • Switch between Plot or Grid view. • Mobile trending from Thin Clients.* YI Add note to System Notes Feb 7, 2029 15:413A7 X PLC 3 malfunction caused these unexpected levels. Will replace this days65t.] ICancel guilt -in Reporting Tools Scada PtktFglo &mi, MI 20„Pe.3 03P d;u FM �ven repenes D� ae Al fi Analog Summary Report from Mal A 4111 I C D G 1 IAnalog_ummary Report from May 2, 201906:55:00 to May 2, 201907:5 2 Station Tag Address Average Min Max Total 3 Pump Flow gpm [40006[ 3.64 0.6 18 218.34 4 'Pump Flowgpm [40016] 3.45 0.6 16.5 206.96 5 Pump Flowgpm [466261 6.86 0.1 19.9 411.48 6 Pump Flowgpm [460361 6.95 0.3 19.1 416.72 7 Pump Flowgpm [400461 5.39 0.4 19.1 323.63 9 n Report Page and Report Tag Standard • Ad -hoc or scheduled reports. • Simple built-in report generator. • Output to screen, txt, csv, Excel, database or email. • Export to custom Excel® Report Templates. Share Data With Enterprise Systems 3RD-PARTY CONNECTIVITY ADTTfNc Standard in Development Runtime Licenses VTScada makes it easy to share history across your organization. ■ ODBC Server - Query VTScada's Historian like an ODBC database. ■ OPC Client / Server - Connect to real-time process values. ■ SNMP Agent* - Real-time data and report -by -exception traps. ■ REST Interface - Retrieve large datasets in JSON format using SQL. ■ JSON - Import website and IOT information ■ Web Services - Use soap/XMI to access historical and real-time data. ■ VTScada - Connect different applications to one another. NEW IN 12.1 - The SQL View Tag allows third -party platforms to efficiently query vast amounts of data from the Historian. * Standard in all licenses Work Directly With Process Data Outside VTScada Review View Add -ins Help VTScada 0 E F 0 Timestamp My Alarms \Analog 1:Value:Average Timestamp 2019-06-0103:00:00 1.00 2019-06-24 19: 2019-06-02 03:00:00 2019-06-03 03:00:00 2019-06-04 03:00:00 2019-06-05 03:00:00 2019-06-06 03:00:00 2019-06-07 03:00:00 2019-06-08 03:00:00 2019-06-09 03:00:00 2019-06-10 03:00:00 2019-06-1103:00:00 2019-06-12 03:00:00 2019-06-13 03:00:00 2019-06-14 03:00:00 2019-06-15 03:00:00 2019-06-16 03:00:00 2019-06-17 03:00:00 2019-06-18 03:00:00 2019-06-19 03:00:00 2019-06-20 03:00:00 2019-06-2103:00:00 2019-06-22 03:00:00 2019-06-23 03:00:00 22.93 50.00 50.00 50.00 50.00 2019-06-24 19: 2019-06-24 19: 2019-06-24 19: 2019-06-24 19: 2019-06-24 19: 9 Q. w..% Foernial.uva Rmioe. vww cawml (body) 13 1 u Ix 678 4 A 8 1 Timestamp My Alarms \Analog 1:Average 2 2019.08-150080:00 1.00 3 2019-08-15 01:00:00 4 2019.08450211080 5 2019-08-15 03:00:00 • 8 1 2019-08-1504:00:00 7 2019.08-1505:00:00 8 2019438-190800:00 9 2019-08-15 07:00:00 10 2019-08-15 08,00:00 11 2019-08-15 09:00:00 12 2019-08-1510:00:00 13 2019.08-1511:0080 14 2019.08-1512:00:00 15 2019-08-1513:00:00 16 7 100 1,00 1.00 1,OD 1.00 100 100 1,00 100 1,0D 1,00 1,00 100 �aa / VT3carta Excel Reporting Pan History Query Name Query, Tag *alai + Add tags rime mope wg..a�a.,,ag. a..ea.dn •, O -. Q,.n.wbweea © rrwma azu re.en,m time um MICROSOFT EXCEL ADD -IN Standard in Development Runtime Licenses* Download the Excel° add -in, "VTScada - Data Retrieval" from the Microsoft Office Store° or App Source °. • Connect from a local or remote server. • Choose the VTScada Historian data source. • Select tags and build queries. • SSL/TLS is required to connect to VTScada. * Requires a Microsoft Excel license. Microsoft, Excel, Office Store, and App Source are trademarks of Microsoft. Enhanced Situational Awareness scada All Alarm Page tit GI 0 ® D °ik ® m n7 30d - Y 7`- Tim A -1 E . 4x All Alarm Actions Analysis History Frei- View Saul System Alarm DB System Event DB Time Unasked Current Shelved Disabled Configured 2016-01-26 11:26:41 Event Area Event Application Starh 2016-01-26 11:26:41 3 • Active System 2016-01-26 11:26:41 3 A Active System 2016-01-26 11:26:4' 3 Commission System 2016-01-26 11:26:4` 3'* Commission System 2016-01-2611:26:4' O Disable NetworkInformati 2016-01-26 11:26:41 O Disable LM Low lift Pump St 2016-01-26 11:26:4` O Disable LM Low Lift Pump St 2016-01-26 11:26:41 OO Disable LM Pre -Mix 2016-01-26 11:26:4` * 44 Commission LM Pre -Mix Pre Mix ff Add Note ystem WaterTreatmentPlantDemo\TCPIP Port\WaterTrea'-onel Test Atom) (1) =one1 !onel Active 2019-12-20 14:5337 [0ne1 one3 'one3 'one3 rone2 This was a test of the WrP levels. Recommenc we increase the setpoints Help Acknowledge Shelve Add Note Show Details IIA�I� Plot Go to Page Go to Page (Popup) Properties Nar-I arm MI larm farm PrimaryAlmDi it\LowLiftPump t\LowLiftPump it\Pre-Mix\Raw t\Pre-MrxjRaw WaterTreatmentPl e nt\Pre-Mix\Mix WaterTreatmentPl ant\Clarifiers \Se WaterDistributio n 5ystem\Zo ne_1 \T WaterDistributio n System\Zo ne_1 \T WaterDistributio n System\Lo ne_1 \ WaterDistributio n System\Zo ne_1\ WaterDistri butio n System\Zo ne- 3k WaterDistributionSyst \Zone WaterDistri bull o n S;rs WaterDistributionSystt? ~° a rii � r m' ti • 1, e ALARM & ACTION LOGGING TOOLS Standard Alarm Page based on ISA's 18.2 Alarm Management Standard. ■ ■ ■ ■ ■ ■ Alarm and Event databases in every application. See current, active, unacknowledged, disabled, and shelved alarms. Sort by date/time and filter by functional area or priority. Use color, shapes, and symbols to help users with color vision deficiencies. Shelve alarms to stop alerts during maintenance or alarm floods. Add encrypted notes to alarm instances. Quickly Identify and Eliminate Nuisance Alarms I Afi I natabase 6 ® 7 in, 'al 'I Y ?' ?si AA _I Analysis Filter Vera Bad Actors Alarm Flood History Distribution of Priorities y� Area Name Description Y 1 Zane 1 Loral TCP Marta PLCSim\Tank 1\Tank Level Monitor tank level HIGH 2 + Zone 2 Local TCP Port\PLOE m\Tank2\Tank Level Monitor tank level HIGH 3 ® Zone 3 Local TCP Port\PLCSim\Tank 3\Tank Level Monitor tank level HIGH Mr2 PI Count 5 Bad Actors Report - Summary of alarm occurrences within a specific period, sorted by the number of activations. Bad Actors Alarm Flood History Distribution of Prio'tes A 50 Mar 20 ., II ii.II Mar25 Mar30 Apr4 Apr9 x Alarm Flood Report - Count of alarms tripped within equal time slices. Click a bar to zoom into that period. 14 ALARMS TUNING REPORTS Standard 6 ® % MI O., -I T\' 4to P1 =I , * filter Mew Parr nc tors Alarm Flood History Distribution of Priorities P Eerrk aro.. amir12.03.29 v1TCP WartaPt6" r k T...k Lava o2016.0,07 .1.00.50 Loral TCP PorfiPLCSirr,rank Man!, Level History Report - All active and trip alarm events in a specific period. Bad Actors Alarm Flood History Distribution or Priorities P I Ix Reported History Current Configuration ISA 18.2 Recommended 17% 83% 0"` 33% 67' Critical High Critical 1,, • • 3 ♦ 0 5% 15' 80' Critical High Warning ♦ s y Priority Distribution Report - Compares priority of configured alarms and actual alarm occurrences against ISAs recommendations. Critical Alarms Find You Anywhere VTScada ALARM NOTIFICATION Optional Component Receive and ack alarms from anywhere via SMS text message, email, pager, and text -to -voice phone call. ■ Create contact rosters for areas, times and dates. ■ Tightly integrated for the life of your system. ■ Also supports voice and SMS using lwilio®. ■ OAuth 2.0 authorization for sending alarm notification emails. NEW IN 12.1 ■ VoIP-based alarm annunciation: no modem or Internet. ■ Enhanced Roster configuration. New in Version 12.1 VP - text -to -speech alarm annunciation VoIP-BASED ALARM ANNUNCIATION, NO MODEM OR INTERNET Part of Optional Alarm Notification System VTScada will always support voice modems for text -to -speech alarm annunciation. However, they are increasingly hard to source as telecoms phase out data over analog lines. Now, take advantage of the benefits of Voice over Internet Protocol (VoIP) without going through the internet. ■ No more discontinued third -party hardware. ■ No web -based third -party service required. ■ No need to expose your SCADA system to the Internet. Create Applications For the Global Market scada 2018-11-D5 13:34:10 it'd, 2018-11-05 13:32:17 Y" a SecMgrAddRcd ea be o t AddServerLabel Ad dSe rverAbaveLa bel Ad dServerB elowLa bel EN - English Add Role Add Server Add Server Above Add Server Below Ad dSe rverTobistLabel AddSeni ceListLabel Edi#PropsAd dS iteP ropsTT Ad dSite PropsLabel Add Server to List Add Service -specific Lists Add Site Display Properties Add Site Properties CN - Bit >QJIR*g* TtATIMPAgi MULTI -LANGUAGE SUPPORT Standard Create translations for any number of languages.* • Users can set a preferred language or change on the fly. • Translate standard VTScada and application -specific terms. • Import translations all at once or term -by -term. * VTScada includes English by default. Translations to other languages are the responsibility of the end user. Site Mapping in Every Application New in V12 VTScada SLIPPY MAPS Standard * ■ No configuration required. ■ Tiles download automatically and cache indefinitely. ■ Select pins to see site data in standard or customized templates. 14 ■ Bulk Downloader - Import all tiles for designated areas and elevations. ■ Limit Area and Elevation - Focus users on their operational areas. ■ Carto® Map Tiles- High performance, high contrast, night view. ■ Overlapping Site Selector - Pop up lets you pick the site you want. * Mobile devices require VTScada Thin Client Licenses. Encrypted Electronic Notebooks Operator Notes Notebook r1 O A %, Operator Notes PI I >< Demo • 3 m notes ago • last updated 2 minutes ago Equipment ID: 517-PO4 Situation Summary: Pump flow significantly reduced Crew members: Danes Jones, Mike McInnis Details: Pump difficult to rotate. Removed and disassembled. Impeller damaged Actions Taken: New impeller ordered from stock. WO R15982 Suggested Acions to Mitigate Future Occurrence: Needs review of damage to identify cause. Comment • Whole thread Demo • 2 mndtes ago New impeller installed and pump reassembled. Back in service. Lort''re i Equipment ID: Maintenance Ticket: Crew members: Actions Taken: [Inset a Quick Note] Pump o0S Problem with impeller ( Pump iX-21 Ohi-AUTO %Woe d1-13 4% hh�ii �L V < W100 % ve iX-22 Acknowledgeable `Sticky' Notes OPERATOR NOTEBOOKS Standard No more paper logbooks. • Make notebooks available system -wide. • Assign notebooks to specific equipment. • Alarm system notebook. • Add notes to alarms and trend points. • Export Notes for use in reports. Remote Access From Anywhere • t .. •,err .. ......r. 1 A.f tl.. SW.n VTScada THIN CLIENTS Optional For HTML5 browsers on mobile devices and PCs. • Licensed by concurrently connected user. • No third -party server software required. • Supports SSL/TLS and VPN encryption. • Configure in minutes. New in Version 12.1 BATCH & RECIPE MANAGEMENT Standard Component Batching is critical in industries like food & beverage and pharmaceuticals where repeatability and traceability are key. ■ Create any number of Ingredients, Recipes, and Recipe Books. ■ Automatically trigger batches to run multiple recipes in series. ■ Scale or modify batches to create revisions. ■ Changes are recorded and distributed across all servers. ■ Recipes can be imported and exported as spreadsheets ■ Utilities can even use Batching to prepare for bad weather. • New in Version 12.1 Quick Start Version 12 video Tutorial EMBEDDED VIDEO WIDGET Adding live video feeds to HMI screens helps to protect operators and build their trust in their system. • RTSP video streaming protocol (used by Netflix®) supports a variety of cameras and decoding schemes. ■ The Video Widget is easily dragged -and -dropped from the VTScada Idea Studio' EMBEDDED BROWSERS Provide operators with just -in -time resources by adding browsers to your screens. Easily add weather maps, YouTube® training videos, pump maintenance PDFs, or even Thin Clients from other VTScada applications. Easily Manage Multiple Applications 5cE1da Water Systems Masker c' erwew 011 Internet Client Monitor 1 0 0 ► 'TM Trace Viewer WaserAerdWastewaterD rrw • lift Siation 14 • r North water Plant ot Test Franseso:xk !j ► ► 0• s tr 12.0 Power 9,,stertte. Masterc. f • North Hydro Plant i Solar Fmeid 2 • y Solar rFeld 1 •0 'Sawhisroer4 Ap1.115e1, Sid uoa•rh Pteg4 E Asi•Y1r6NW r. ngrrlhe,%i1IR. VTScada APPLICATION MANAGER (VAM) Standard The VAM is the first thing you see when VTScada starts. This is where you create, import, and launch applications. You can access the VAM from the VTScada Internet Client (VIC) when running applications as a service or in the cloud. • Set up Thin Client servers and VPNs. • Access application configuration. • Create Application Lists for different job responsibilities. Fix Faulty Values and Insert Manual Data VT Historical Data Viewer Unnamed Group •• • Tag Selection Time r Wirt 10 Minutes vi ■ �7 Fame Span Raw Data v 1 Seccn:. 4 01 Data Mode &lime Per Record Note _..\TankLevel Svystern Notes—.A-Fan/level Tank Level System Notebook Tank Level 10 09:19.429 10 09:25.542 10:09:25.543 10:09:27.542 10:09:27.544 10:09:29.548 10:09:29.549 10:09:31.545 10 09:31.546 10 09:33.549 10:09:33.556 10:09:35.546 10 09:35.548 10:09:37.551 10:09:37.556 10:09:39.548 10:09:39.550 10 0941.549 10:0941.551 10:0943.555 50.30 51.50 ! C 49.80 .30 49,00 3.00 48.00 46.80 46.80 4540 45.40 43.90 43.90 42.20 42.20 40.40 40.40 38.50 21.30 VT eVastewaterPlantLemo TCPIP Port\\Nastew,,, X Logged OH - =:d 3D. 2018 t82525 • Note atded;Oct 30 201810:2119 Name: 1tdastewaterPlantDemo\..\Tanks\Tank0\TankLevel Description: Tank Level Event: Set to 51.5 Corrected value distorted by sensor interference. Comrrert Close ..tau 6.10 5.10 HISTORICAL DATA EDITING Standard Override incorrect or missing values. Original values are retained. • Edit individual or ranges of values. • Edits require an explanatory note. • Edited values are marked in the Historical Data Viewer. Group Tags to Reflect Real -World Structures VT Tag Browser. Showing 27 of 4,926 Running Tags I Using 237 of Unlimited Licensed Tags r Bemoulli_Lake t Site_Driver Nam, ❑Show Nam ❑ Show BernouI Ii_Lake GenerateLassReport HP_Lceation_Style �} LossReport C] [� Site_Driver AutoAndLocked - BrgVibeX —0 BrgVibeZ BypassFlowRate BypassLossVolurne --) BypassSwitchFeedbz --0 BypassValveSwitch DownstreannFlowRa. DownstreannFlowRa. --0 GatePosition GateSwitch GateSwitchFeedbacl - IsPrimaryServerRunr --0 IsRaining LakeLevel LakeLevelAlarmSet C D hildren isa b led All Areas Equ i pm ent Types All Types X I_ T i Name Description Type • UpstrearnFlowRate l7 TurbineSpeed _ t`9 OilPressure '.� MainValveSwitcl O MainValvePositi �..,+ MainValveLockc db - MainSwitchFeec ▪ LakeLevelChang rJ LakeLevelChang r.: LakelevelAlarm' �..1 LakeLevel IsRaining O IsPri maryServerl 4 GateSwitchfeed l'ta GateSwitch 4�+ GatePosition • Doer trearnFlowRa O DawnstrearnFlo O typassValveSwil Upstream Flow Rate Draw Plot View Alarms Cut Copy Paste as Child New Child Delete Enabled Set Start Condition Create New Type Redefine Type Go to Page Go to Page [Popu p) Properties Analog [In] Speed Analog Status e Analog Status i Selector Switch Analog [In] t Digital Status ick Digital Status Logger Logger ange [Ftkr] Rate of Change Analog Control t Analog [In] he site Digital Status JOnPrirnary Calculation Eck Digital Status Selector Switch Analog Status Normalieed NarxrkCah Iafor [Ov e Analog [In] h Selector Switch HIERARCHICAL TAG BROWSER Standard A single interface to create and edit all your application tags. Only I/O addresses count towards your licensed tag limit. ■ Create reusable parent/child structures to model equipment or processes. • Save time and reduce errors when developing. • Draw multi -tag equipment in one step. • Easily export tags to a spreadsheet, edit, and re -import. Aftirai Instantly Intuitive Screen Development Cut A Text Colorize - == Change Image F© Mirror Copy \ Line '1 Image Opacity - .J Brightness - Paste Z Pipe Image Rotation - Contrast - ,, ae,e, hen, Pressure 0 0D L. welcome To YTSeadz - start Here rd.28S 90pn 1e1920x1o14Px E'®Antialias yam„ Reset 1 Op city Rotation Aeration Station , water Treatment Plantoemo _ Folding Tank _ Cutler Pu Inlex Punter ns% - Easily select and align graphical elements. VTScada IDEA STUDIO Standard in Development Runtime Licenses • A familiar drag -and -drop screen development interface. • Configure and commit changes without restarting. • Includes 200+ widgets, 4000+ graphics, and 3D pipes. e =ri(5elf); GU Transform(296, 280, 396, 254, 1, 1, 1, 1, 1 ( Scaling }, 0, 0 ( Movement }, 1, 0 ( Visibility, Reserved }, 0, 0, 0 ( Selectability }. Variable(^F1owTatal Pump 3')\Number(0, 1, 1, GJ=Transform(184, 148, 212, 32, 1, 1, 1, 1, 1 ( Scaling }, 0, 0 ( Movement }, 1, 0 ( Visibility, Reserved }, 0, 0, 0 ( Native scripting language provides unlimited customization. Help Operators Focus on What Matters Most Analog Bars Upstream Flaw 501 Fst3 Sparklines Spider Graphs + NEW HIGH PERFORMANCE WIDGETS Standard New drag -and -drop High Performance widgets add to the existing library of gray -scale objects. ■ Easily create high performance displays. • New Widgets optimized to work seamlessly with the new VTScada I/O & Calculations Tag. • Sparklines, analog bars, and spider graphs. v �; Deploy New Equipment in Seconds POMP lismor 0 d ...111101 i The Built-in Grundfos Pump Controller°Template -L� PARAMETERIZED PAGES Standard* ■ Easily create reusable custom page templates. ■ Populated from parent/child tag structures. Pre -Built Pages ■ Grundfos Pump Controller® ■ Xylem MultiSmart° ■ MPE Pump Controller® ■ Generic Page Template * Configuration requires a Development Runtime License Instantly Recover From Configuration Mistakes polecat ,nguration Server Elc nr.or Examp a X Edt Properties . Edit Server Lists i Edit security r} Languages f3 create Changeset File ✓•] Apply Changeset Rio Export/Sync Tags i_ Manage Types ^y Import File Changes [o, Mai Main File Manifest Liv, Deploy Changes 9 Revert Changes ,_ Show Version Log T Override Detection j Information View the version status of workstations The current application version on each workstation is shown below Loral modifications are shown in blue. Deployed Selecting a workstation from the Workstar Rightclkking on a Version Log er' changes from that version in v- The phrases shown in the created. Workstations Works -talc SERVER 1 SERVER2 We, SERVER2 Thui SERVER 4 22, 0953:11.305 SERVER I-D6 2022, 13,44.27.2011 SERVER 2-0222 2022, 1200137.684 SERVER 3-1)3 14, 2022, 09AS:39.922i SERVER 4-0165 'test are shown in red. The a nest deployed version is shown in black. +hat workstation. that switch to that version, reverse the aPd translations used when the version was SERVERS Ns Apr 22, 2022, 14:10:41E61 SERVERS-05 Version Log fo SHIVER 1- r SERVER 1- 0 SERVER 2-D1 SERVER2-D2 SERVER 2-D23 SERVER2-D2 2 SERVER 2-D236 SERVER 2-D SERVER 2-0233 of 107 records in log} Tone Applied User 53:11.305 Logged Off Platform info: 1040.985 Logged 07f Platform i Slm,n Version Detail Switch to This 2022 141 Thu Feb 24, 20 SERVER 2-D232 Next100 Thu Feb 24, 202212 Show AR ing\Serverl\SeevenAlarm rve ToMonitor r Monitoring\Serverl\ServerAlarm omm:t. mmmlt. Reload APPLICATION VERSION CONTROL Standard Only VTScada offers advanced traceability and change management out -of -the -box with no configuration or third -party components. • Built into every application. • See who changed what and where. • Instantly reverse any change. • Switch to a known good version. No restart required. • Change log automatically saved across all app servers. Select the changes to apply Select the items you wish to change from the tree of changed items Click the "Apply" button to apply the displayed checkboxes indicate conflicted files, carefully verity the proposed changes before selecting such records for applicati C}E Source Files (1) ✓ 1'a ges'tt)vern iew2.SR Tags images Properties LI Text Files Binary Files Pages\Overview2.SRC 14 15 15 16 17 18 Main E Return Self GRIIrensformt567, 573, 595, 553, 1, 1, 1, 1, 1 { scaling f, 0, 0 { Movement. f, Easily Roll -out New and Updated Applications USER A USER B 2 USER A USER B ONLINE DEPLOYMENT OFFLINE DEPLOYMENT Standard in Dev/RT Licenses Standard Instantly deploy applications to networked Manually deploy to offline computers servers and clients. with a single ChangeSet file. Concurrent multi-user development. Easy to create, distribute, and import. No configuration server required. Share with support teams. Deploy validated changes via the network. Clone applications. SERVER 2 vrscada .1[.. SERVER 1 SERVER 3 vrscada ��m SERVER 4 Meet the Challenge of a Changing Security Landscape u0 ZOO 150 100 50 0 Days to Patch ��IIIII1 S r Mgt ,. . , 1 �tifi' c S ��d' 4 a ray , 5,o f 453, eased an da;a provided by Trend Micro" Days to Patch Security Issues Following Notification by ICS-CERT. CYBERSECURITY VULNERABILITY MANAGEMENT Standard Implementations compliant with... • NERC/CIP (North American Electric Reliability Corporation) • DFARS 252 (Defense Federal Acquisition Regulations Supplement) • NIST 800 (National Institute of Standards and Technology) • Marine reliability standards ABS, Lloyds Bureau, DNV, BV High Reliability Systems • Multi -level fault tolerance Data Protection • Multi -level (and geo-separation) data backup methods ANfti Easily Manage What Users Can Do and Where Users Alan Andrew Barry Blair Bryan Chris Dan Roles A General Usemame Chins Language English A Password Password Confirm Password Password never expires Advanced ® ® ® Privileges Configmerr Logged Oft Operator SoperUser Rple= ❑ Configure,- Permits configuration of a VISA ❑ Operator Permits operation of VTS Appi ❑./ SuperUser Permits complete control 09 all a Additional Privileges ❑J Internet Client Access O Manager ▪ Administrator O Remote Data Access O Application Stop I] Configure I *CERTIFIED Trihedral Engineering Secure Development Litecycle Process Custom Privileges Scale APPLICATION LEVEL USER ACCOUNTS Standard Centrally manage security from the standard operator interface. Deploy changes across the system without restart. NEW - VTScada's Dev Environment is now certified compliant with IEC 62443-4-1 Maturity Level 2 Security For Industrial Automation And Control Systems. ■ . . • • re Windows Active Directory support. Industry -standard encryption. Card -reader support. OpenlD Connect® allows single sign -in and 2 factor authentication when accessing Thin Clients. OAuth 2.0 authorization for sending alarm notification emails. ❑ Force reset of password at next sign in Pri,vilege= General Privileges Adminixtratton Administrator Acoaunt Control Manager Acwunt Modify Account View Intemet Client Access Remote Data Access Application Control Application Stop Application Manager View Version Control Advanced Version Control Deploy Changes Reaert Changes Application Configuration Edit Files Page Add es Instant Backup for History and Configuration � � INTERNET Configuration History Alarms Tags User Accounts Automatic Bi-directional Synchronization Configuration History Alarms Tags User Accounts AUTOMATIC REAL-TIME SYSTEM BACKUP Requires Multiple Licenses Each networked server can be a complete up -to -the -second full - system backup. • Configure any number of sync'd servers in seconds. • Geographically isolated servers are offsite disaster backups. • Never forget another backup. A Smarter Approach to Hot Backup Failover Site A DBA DB B DB A INTERNET� Site B SYSTEM -WIDE REDUNDANCY Requires Multiple Licenses Server Failover • Application Servers. • Thin Client Servers. • Load -share services. Synchronized Historians and Alarm Databases • Alarm and Event Databases. • Across LAN or WAN. Network Failover • Unique Driver Multiplexer. • Redundant Networks or Devices. An IT -Friendly Solution 20 . 0 40 It, l„fe—1 CPU 100 60 40 20 a CPU (1 hour) 40 60 11filryl, r �L.. 80 N. i ♦ JJ 1J� J-1 it f t0 l UPS. 100 A custom IT dashboard. SYSTEM HEALTH MONITORING Standard • Optionally run VTScada as a service. • Windows° security integration. • PC and network health monitoring tags. • Built-in SNMP driver. • IANA registered TCP/IP port. • Tamper -proof configuration repository. Plant Operations ITV OF 9ACRFMF..MTa DEPARTMENT OF UTILITIES na oe ®I 2 2 » f' 4 i4II z�®UII SACRAMENTO DEPARTMENT OF UTILITIES Sacramento, CA • 4 water treatment plants in a single 141,000 tag application. • 14 servers, 4 configuration workstations, 12 operator stations. • Comms to 80 Modicon PLCs. • Central security. • Enterprise access to Historian data. • Custom tag types and graphical widgets for standardization of colours, tags and graphics. Wastewater Collections -EWE MEM not More than Energy," GAINESVILLE REGIONAL UTILITIES Gainesville, FL ■ Rapid Wonderware and Dataflow I/O database conversions. ■ Centralized configuration of lift stations and plants. ■ Geographically separated primary and backup servers. Wastewater Treatment Plant Monitoring -It N DFSINFFCf.I[Ntl ENE Fiti �ntIAteihmh, �iAUm'r THE CITY OF CUSCO Peru • Wastewater treatment plant monitoring. • Integrators: Aquas Latinas Peru and Hydro Control Germany. • 7,500 Tags. • Synchronised alarms with Allen Bradley® PLCs and Panel Views®. • Remote access. • Redundant servers with hot backup. Fountain Hills Sanitary District Fountain Hills, AZ ■ Wastewater Treatment Facility (WTF). ■ Advanced Water Treatment Facility (AWTF). ■ 5 Aquifer Storage and Recovery (ASR) Wells. ■ Redundant Internet networks (DSL, Cable) for remote access. Water Treatment • }- • itormuat r Sit = Lis! - ■! N City of Ocala Ocala, FL ■ Driver library helped to transition from multiple systems to one standardized platform over several years. ■ Rapid DataFlow® and FIX® database conversions. ■ Distributed Historian databases. ■ Alarm Notification System integration. Seawater Treatment Plants EgArt a .71 re - Bahamas Water & Sewerage Company Island of New Providence • Blue Hill Water Reverse Osmosis Seawater Treatment Plant supplies 18,444 m3/day of water to 300,000 residents. • Centralized monitoring & control for plant and nearby tanks and pumping stations. • Interfaced to existing Motorola® MOSCAD RTUs. • Interfaced with Netbase® optimization software to help reduce millions of dollars in non -revenue -water (NRW) caused by widespread leaks in their aging pipe network. Allende Ocaan Volk, / Tus d caissa A ~ k islands Turks and Caicos Water Company Providenciales Island • Single source water system upgraded without service interruption. • Designed and integrated by ProPump & Controls, Inc. • Monitoring and control of reverse osmosis desalinization plant with annual capacity of three -hundred million gallons. • Two new pre -fabricated pumping stations added. • Includes SCADAPack RTUs, Allen Bradley 503 and 505 controllers, and GE Versamax controllers. • Plant employs Modbus, DF1, and Ethernet communications. . • Pump stations use 450 MHz licensed radios, customized scripts and calculations. Water Distribution Open Range Close 62.0! psi Pump Strip Level Pump Start Level Close 57.0! psi Warren County Water Warren County, OH • Distribution and water treatment. • Redundant servers and alarm notification. • Data extraction using ODBC Server. • XLReporter for Monthly Operating Reports (MOR). Hosted SCADA (Software as a Service) Benefits of Hosted Systems • Low upfront installation cost. • Predictable monthly expense. • Reduced maintenance. • Centralized data collection and storage. • Secure customer data access via Thin Client. • Distributed redundancy for disaster recovery. Kennedy Industries New Hudson, MI • Water and wastewater systems. • New customers online in days. • Supports 100 + PLCs and RTU manufacturers. • Variety of communication links (e.g., cellular, satellite). • Hybrid option allows local SCADA with hosted failover and backup. KISM Ki SYS?EM MASIER KI STATION MASTER FP w415m: -511 -- PP Leto igen,: 5.511 PPP 3iamburgRd Pump £P Part Pup p: 351 211 p Pon, 511 1SS New tatty s r $ /.10. w vakinvi MIN Hydrology Ps • •• f L I O A •.• • C,,ta• to •$ .•• :-i. ® OpenStreeiMap Contributors {www.apemtreetmap Southwest Florida I Water Management District oTiwevilie a I ■ i s Rs ■M,_ ■ i ■ i A t Ell i i i A 0 s MI 1 i = r i Southwest Florida Water Management District Florida, USA • Over 300 dataloggers and PLCs. • Public Internet access to hydrologic data. • Logged data retrieval from field devices. • Dam and weir control (28 locations). • Oracle interface for hydrologic data modeling. Water Management and Flood Control Jo Ifl KIcnmond shows UI1 HIS wirelessly operated VTScada Gate Control System St. Johns River Water Management District (SJRWMD) Florida, USA Serving over 5 million customers in Northeast and North Central FL. • Operates flood control structures. • Helps to protect water quality. • Redundant cellular -based SCADA system. • Includes 400 Campbell Scientific remote telemetry units (RTUs). • Direct control of flood water gates used during serious weather events. MDLC Features 1/4 STARCONTROLS FEATURES AND UNIQUE BENEFITS OF THE MDLC PROTOCOL Advanced SCADA systems require intelligent communication capabilities in order to assure the flexibility, expendability, reliability, and high performance of the system. In addition they require software controlled managing and maintenance of their communication network. SCADA systems can only be justified if these provide cost benefits to the customers. This can be achieved by combining smart communications into the system, which result in faster, less costly, and safer operation and of the customers' facilities. Motorola provides a solution to this challenge with its Motorola RTU system and the MDLC (Motorola Data Link Communications) protocol. These liberates the system engineering and the programmers from technical constraints and complexities of the communications and allows them to concentrate on their application and system operation. The MDLC communication protocol is based on the Open Systems Interconnection (OSI) 7 layers model published by ISO, which Motorola specifically adapted for SCADA and radio communications. This is the only available protocol for radio which comprises all the seven recommended layers. Here, every RTU may act as a Distributed Control Unit (DCU) and as a communications node serving other units. The following is a list of unique MDLC features and benefits: Application processes Variable length words File Transfer Short Messages The system engineers use the Motorola RTU STS in order to develop, maintain and modify their RTU application processes. They can then transfer the program via the MDLC protocol from -or -to all RTUs installed at the designated remote sites. The MDLC provides the Motorola RTU RTUs with very efficient communications methods, allowing to transmit variable length words (messages) between the RTUs and the RTUs and the SCADA centrals. The MDLC protocol allows to upload and download all types of data including free format files. This can be directly performed between all the sites, i.e. between the RTUs and between the RTUs and the SCADA central. The MDLC supports efficient transmission of short messages (bursts). This is done without actually creating a communications session (dialogue) between the transmitting and receiving sites (RTUs). MDLC Features 2/4 STARCONTROLS Remote Diagnostics Remote Calibration RTU to RTU links Process debugging Error logging Error Correction Statistical data Mixture of media Store and Forward The MDLC protocol provides the service technicians with an option to remotely perform diagnostics of the RTUs' hardware and software from any remote site (via an RTU) or from the central location. The MDLC protocol also allows service technicians to perform calibration of the analog ports in all of the Motorola RTU RTUs in the network from any remote site, via any RTU, or from the central location. The MDLC protocol supports direct RTU to RTU links for sending databases, local statuses and analog values. This can be done directly (or via any number of RTUs) which act as a communications node. The MDLC protocol allows to remotely monitor and debug the local application programs running in the RTUs. If required, the local process in a certain RTU may be updated without actually disturbing the system's operation. Unusual / occasional events are logged in a local error logger in the RTU without the need to wait and catch it in the real time. The logged historical events may be later retrieved via the network for post analysis. The MDLC protocol is equipped with a 32 Cyclic Redundancy Code (CRC) based acknowledge mechanism. Upon error detection, the receiving RTU asks the other side to resend only the damaged or missing frames, rather than the whole message frame. In order to save computer time for the process, the CRC's word calculation is performed by hardware. The MDLC allows remote access to each RTU (via the communications network) from any location, in order to obtain statistical data on the operation, events, parameters and processes at any of the designated sites. The MDLC protocol allows efficient combining (into the same data network) of several communication media such as cellular, radios, microwave, fiber optics while optimizing the overall performance of the system's operation. The MDLC protocol supports the use of the Motorola RTUs in the network as repeaters for data transmission. These RTUs may perform "store and forward" function (for range extension) by reusing the same channel. MDLC Features 3/4 STARCONTROLS Multiple centrals Data reliability Multiple physical ports Multiple logical links Multiple addressing Address recognition Multitasking operation Protocol emulation Use of radio media The MDLC protocol supports network communications with any number of Master Control Centers (MCC), and sub control centers in hierarchical scheme. These MCCs may be linked to the network at any RTU location. The MDLC protocol provides node -to -node as well as end -to -end data acknowledgement via any number of communication nodes (and media) between the RTUs and between the RTUs, and the SCADA central. The MDLC protocol supports multiple physical ports (Ethernet, Radio, RS-232, USB etc.) in a single RTU, enabling simultaneous communication via more than one port. The MDLC protocol allows simultaneous communications of multiple sessions via the same physical port (Central-to-RTU and RTU-to-RTU sessions). Sessions sent via the different logical links do not interrupt each other. The MDLC protocol supports: individual RTU addressing, system addressing for broadcasting the same message to a defined set of RTUs, a common address to all RTUs, and a spare address for future communication options. In order not to waste valuable process time spent on checking addresses of messages not intended for that site, the MDLC supports initial address screening in hardware. This increase the overall throughput over the network. The MDLC protocol support performance of several tasks (local processes and communications) without interrupting the normal operation of the RTU i.e. the local process and the control processes at other sites. The Motorola RTU allows emulation of other SCADA protocols. This will allow using the MDLC protocol a in combination with other SCADA systems by using of a Gateway or Bridge or Router connecting between various media. The MDLC protocol supports a wide variety of wireless and line media, including cellular, conventional, trunked, Data Radios, Fiber optics, Line, Satellite and Ethernet. Any combination of these and other physical channels may be integrated into a single data network. MDLC Features 4/4 STARCONTROLS Contention reporting Time tagging The MDLC protocol supports event reporting in both polling and contention modes. In the latter the RTU contends for the channel and will send its message only when the channel is available (free). This results in significant reduction of air time loading. The MDLC protocol is suitable for electric Distribution Automation systems, since these require support for system -wide time synchronization (RTUs, communications and central) with an accuracy of up to 1 milliseconds. For more information Contact Us: Tel: 1 + 954-604-6656 sales@star-controls.com www.STAR-CONTROLS.com 11555 Heron Bay Blvd, Suite #200, Coral Springs, Florida 33076 USA MDLC Reliability 1/2 STARCONTROLS Communications Reliability under MDLC This memo provides some highlights on the different mechanism for the reliable transmission of information as provided by the layered architecture of the MDLC protocol. The MDLC protocol was designed according to the guidelines provided by ISO regarding seven layer protocols, OSI (Open Systems Interconnection). The basic structure of the protocol is depicted in Figure 1. End -user application process I Application Layer Presentation Layer Session Layer Transport Layer Network Layer Link Layer Physical Layer i Data communication network File transfer,access and management, document and message interchange, job transfer and manipulation. Transfer sy ntax negotiation, data representation transformation. Dialogue and sy nchronization control for applications entities. End -to -end message transfer (connection management, error control, flow control) Network routing, addressing, call set-up and clearing. Data link control (framing,data transparency, error control), media access control. Mechanical and electrical network interface definitions. Figure 1. MDLC layered structure The usage of a seven layer structure in MDLC was especially designed to offer a grade of protection similar or superior to that encountered using line communications, but when operating mainly with radio communications which inherently are less reliable. The basic reliability of the protocol is given by the Link Layer protocol. When used in a radio environment, a powerful CRC-32 error detection code is appended to every transmitted frame. This error detection mechanism makes it virtually impossible for an errored frame to go undetected by the receiver. At the receiving end, every frame is checked for errors. If no errors are detected, the frame is passed to the upper layers of the protocol for further handling. A positive acknowledgment is then issued to the transmitter side to inform it of successful reception. If an error is detected, no acknowledgment is issued and the frame is discarded. The transmitting end, after a predetermined time-out, retransmits the unacknowledged frame. This is called a link retry. The number of retries is programmable and is set, by default, to four, i.e., the original transmission plus up to four retries. Let's assume that the probability of losing a frame in the channel is equal to 5%. It can be easily shown that the probability that a frame will not be received after four retries is on the order of 3.10-7. MDLC Reliability 2/2 STARCONTROLS A second level of end -to -end reliability is provided by the network and transport layers. The network layer is responsible for the routing of information through RTUs in the system that act also as communication nodes. In addition, it is the role of the network layer to identify an alternative path between end points in the case where a link is declared as unusable. An example is given in Figure 2. Normal Route Alternative Route Figure 2. Alternate routing In Figure 2, the communication from RTU A to RTU B is normally done using the upper path of RTUs. Assume that the first link in the upper path breaks. The Network layer automatically uses the alternate route in order to pass the information to RTU B, using now the lower path of RTUs. In a properly designed system, a link failure does not make the entire communication system unusable. Whenever a network is involved in communications, frames can get from origin to destination in the wrong order. For example, a frame transmitted between two nodes in the network may necessitate retransmission due to errors and may incur extra delays in that portion of the network. The transport layer at the destination site is responsible for providing the received frames in the correct order to the application. It will do that by delaying the out -of -order frames until the missing frame is received. An important task of the transport layer is its responsibility for the end -to -end integrity of the information. If the transport layer at the receiving end detects a 'gap' in the received frames, then, after a predetermined time-out, it requests from the originating RTU to resend the missing information. This process is known as a transport layer retry. This can occur when part of the information is lost due to a broken link somewhere in the network and information is rerouted through an alternate route. The retry mechanism at the transport layer offers this supplementary protection so as to guarantee end -to -end integrity of the transmitted information. An additional level of protection is offered at the session layer of the MDLC protocol. One of the tasks of the session layer is the synchronization of large transactions that may experience faults. The synchronization of lengthy information is especially important when unreliable media is used. It allows the application to continue from the point where the communication was interrupted without the need of starting all over again from the start of the application/communication. The MDLC protocol was designed as a seven layer protocol, not only to provide a flexible communication structure but also to enhance the reliability of the communications to levels similar to those obtained with reliable media. For more information Contact Us: Tel: 1 + 954.603.0491 Fax: 1 + 954.603.0492 sales@star-controls.com www.STAR-CONTROLS.com 11555 Heron Bay Blvd, Suite #200, Coral Springs, Florida 33076 USA Scada VTScada by Trihedral Alarm and Event Management Standard Component Alarm Page S,=temalarm oe — 440.. d CI El 0 ® 43 11 '1 .-. Y v6- v2) �, {'A -I ®• �• ❑ Database Alarm Actions Reports & Analysis Filter Yiew History Active Unacked Current Shelved Disabled Configured Time Ask Status Area 2 l'2O16-O5-03 13:4O02 Ack -* Affirm , Zonet Name Sounds WatetoistributianSysteniVone_1 W-r.._ yelp Acknowledge Shelve Add Note Show Deters tck kuirm LM Pre -Mix WaterTreatmentPtant\Pre-Mix\MixTar ❑2 2016-05-03 13'36:39 Ack 4 Harm LM Pre -Mix W aterTreat m ent Pia nt\Pre-M ix\I n iettBo Plot Go to Page Properties Out -of -the -Box Alarm and Event Management Thanks to VTScada's integrated design, every new application includes pre -configured databases that support an unlimited number of process alarms and events. Additionally, the standard VTScada Alarm Page provides an instantly intuitive alarm management interface. This approach reduces integration time and ensures that your mission -critical alarm features remain tightly integrated over the life of your system no matter how many times you expand your application or update VTScada. ISA 18.2 Compliant - The re -imagined alarm page and augmented tools help you enact the best practices outlined in the ISA 18.2-2009 Alarm Management Standard. VTScada Anywhere Client - This new Thin Client display option provides a consistent alarm interface across computers, phones, and tablets. Intuitive Operator Interface In the event of an alarm, simply click the blinking icon in the top right corner of every page to jump to the VTScada Alarm Page. • See current, active, unacknowledged, and disabled alarms. • Easily sort by date/time and filter by functional area or priority. • Acknowledge, silence, or mute alarms even while configuring. • Shelve alarms to stop alerts during maintenance and alarm floods. • Print any range of the alarm or event history. • Reduce eyestrain by choosing daytime and nighttime views. • Adjust text and row size for optimal viewing on different screens. • Access a time -stamped list of system events (e.g., logons or setpoint changes). Advanced Situational Awareness • Instantly identify the status and priority of each alarm in the list. • Plot the associated tag's data or open related displays. • Use a combination of text, symbols, color, and sound to best meet the visual needs of your team (e.g., color vision deficiency). • Provide context by adding encrypted operator notes to alarms. Require notes when acknowledging, shelving, or un-shelving alarms. • `Alarm Details' dialog provides an overview of each alarm's configuration, history, and notes. • Secure remote Thin Client access allows operators to manage alarms from anywhere using their own mobile devices. • New VTScada Anywhere Client provides access to all advanced alarm analysis tools. 2 t . r,I 145 PM May3 E e-c sm.m selon.mta • u.u:lvgsem OMw..rai o ��. mru.w+ros s ,r.vtiMa.�.r..n. q.�s. cw.a<a �ub Prmun The New VTScada Anywhere Client Bad Actors Alarm Flood History Distribution of rhioritiez P I Reported History Current Configuration ISA 18.2 Recommended 33% 67% C 5' 15' ♦ ■ V ♦ ■ VT Alarm Marls x WaterTreatmentPlant\Pre-Mix\Raw Water\Turbidity Pre -Mix RawWater Turbidity Hi Warning Details Configuration Statistics Notes Selected record notes Logged Off • May 3 21'613:33:39 • fro _e acoec May 6, 2111612:57:41 Active Removed buildup. Behaving normally now. Problem has returned. Perform another visual cheek on r the day shift. [Insert e Add Note ck Note] OK ICancel I OK I Encrypted Alarm Notes Shelve Selected Shelve the selected alarm ram:° for 5 minutes 0 until 3I 201&-05-0M 12:00 0 indefinitely >( Cancel Alarm Shelving Expiration x Trihedral A Delta Group Company 2015-0g-07 VTScadaR by Trihedral Alarm Diagnostics and Nuisance Alarm Reduction Four new alarm reports help you to easily identify trouble spots in your physical system or the application's configuration. All Database ' CO ® IJ r I fJ 3ad Analysis Filter View Bad Actors Alarm Flood History Distribution of Priorities Area Name 1 ❑2 Zone 1 Local TCP Port\PLCSim\tTank 11Tank Level 2 Zone 2 Local TCP Port\PLCSimlTank 2'+,Tank Level 3 ® Zone 3 Local TCP Port\PLCSim\tTank 3'+,Tank Level Description Monitor tank level HIGH Monitor tank level HIGH Monitor tank level HIGH 2 p Count 5 x Percent 14 66.3 23.8 % 9.5 Bad Actors Report — A `bad actor' is an alarm that is tripped excessively indicating problems with equipment, processes, or alarm configuration. Easily spot bad actors by scanning alarm events within a specific period, sorted by the number of activations. Bad Actors Alarm Flood History Distribution of Priorities S3 50 0 Mar 20 .1 I. il.ul Mar25 Mar30 Apr4 Apr9 Ill 1 Apr 14 x All Data 0 ® n LY 10d - 7 11- 5 !A _I ® * Analysis Filter Bad Actors Alarm Flood History Distribution of Prionties P Date O 2016104-07 12:03:29 Event Area Active Zone 1 Name Description Local TCP Port\PLCSinATank 11Tank Level Monitor tank level HIGH i 0 i ll:aaaa Active Zone 1 210:541 10:540,P5 Active Zone 1 Local TCP Port\PLCSinATank 11Tank Level Monitor tank level HIGH Local TCP Port \PLCSinr\Tank 1\Tank Level Monitor tank level HIGH Ali Bad Actors Alarm Flood History Distribution of Priorities P Reported History Current Configuration ISA 18.2 Recommended c 17% 839' Cr"33% 67% 0% 5% 15% Crutical High Warring Critcal High War^ing Critical High V • ■ ® ♦ ■ Alarm Flood Report — An `alarm flood' occurs when there are more alarm events in a specific period than operators can reasonably handle. Quickly identify floods by moving your mouse over the blue bars to see the number of alarms tripped within periods of time. Click a bar to zoom into that period. History Report - This pre -filtered list shows only Active and Trip alarm events. Select an alarm then use the tools in the Analysis Toolbar to gather more information about it. Ana lysis • Alarm Details • Historical Data Viewer • Open Associated Pages • Alarm Properties Distribution of Priorities — Easily compare your application's alarm priority distribution with the ISA 18.2-2009 Alarms Management Standard. Compare the priority distribution for both your reported history and current configuration with the distribution recommended in the ISA 18.2-2009 standard. ADelta Group Company VTScada by Trihedral Multi Plant Architecture - Centralized Management, Autonomous Operations Configure multiple alarm databases to separate operational alarms (e.g., plants and processes) for targeted alarm processing. vT-scada f ® D li n 30d - ' Tk— leA -2 System ,Alarm DB All Alarm Actions Report & Analysis System Alarm DB System Event DB Pt Ti me Unacked Current Shelved Ack Status history Filter Disabled Configured Area Vieza New VTScada applications include separate alarm and event databases. Existing applications are automatically converted. • The Alarm Database Tag allows you to add more databases as required and synchronize them across a network. • Filter the Alarm Page on any networked workstation to display lists from one or all of them. • Locally stored databases allow operators to manage and modify alarms even when disconnected from alarm servers. • Synchronized distributed databases keep your priceless alarm and event history safe and up-to-date. Areas of Responsibility Define what information users can see in large applications. For example, if an application monitors two plants, operators may see and respond to alarms from their respective plants, while the management team can see alarms from both plants. Efficient Alarm Configuration In seconds, authorized developers can create alarms in the Alarm Tag Properties Dialog in the VTScada Tag Browser. To simplify the process further, Alarm Tags are built right into the Analog Status and Digital Status Tags. Developers can also embed customized alarm lists into any custom display using the VTScada Idea Studio. Configure pop-up dialogs to ensure that operators are aware of high priority alarms. Uninterrupted Alarm Management VTScada's online configuration allows you to view and acknowledge alarms even while editing application tags, screens, and properties. SCADA Alarm Security Tightly control access to the Alarm Page and Alarm properties using application -level privileges assigned to specific user accounts in their areas of responsibility. Users must log in with their own credentials to access alarm information via workstations, Thin Clients, and alarm notifications. Alarm privileges can be revoked instantly across the whole system. Alarms/Events _....._ : .. Ack All I£016-05-92 99:05:29 Waterristribution5ystemLlTankLow2 Tank level too low - Tank 2 Application Application Started (0 min 19 sec) B Embedded Custom Alarm Lists yr Alarm(WaterDistributionSystemlZone_ATank_2\TankHigh_2) Properties X ID Trigger Triggered by Actions Display [TankLevel_2] Level ofTank 2 Constant Function Greater Than > Setpaint 0 Expression ® Tag [TankHiAlmSpFeedB_2] Tank 2 high alarm setpoint feedback Constant Ls Expression On Delay (s) Off Delay (s) 0 X Tag 0 +'+ Constant Expression 0 Tag Constant 0 Expression ° Tag Deadband 0 °+'+ Constant 0 Expression 0 Tag GK1 F—Cancel The Alarm Tag Configuration Dialog A Della Group Company VTScadae Mobile Alarm Management Optional Component VTScada Thin Clients allow authorized users to view and acknowledge alarms from anywhere. Authorized Thin Client users can easily select the display format that best suits their screen size and data plan. • The VTScada Anywhere Client — State-of-the-art Thin Client provides a consistent operator experience on any HTML5 device. Event -driven execution provides real- time data without overloading your data plan. Zero -footprint means nothing to download and install. No Java either. • VTScada Internet Client (VIC) - Windows PCs - Identical to a VTScada Thick Client operator workstation. • Mobile Internet Client (MIC) - HTML5 browsers on smartphones, tablets, PCs, and Macs - Text -based alarm interface optimized for smaller screens and data plans. Note: WAP is discontinued as of 11.2. Alarm Notification System Optional Component When alarms happen, your SCADA system needs to alert the right people as soon as possible no matter where they might be. • Automatic Alarm Callout - The VTScada Alarm Notification System (ANS) transmits alarm information anywhere via text -to -voice phone calls, SMS text messages, emails, and pagers. • Built -In is Better - VTScada's unique integrated approach vastly reduces integration time and ensures tight compatibility over the life of your system no matter what version you are running. The ANS shares the same tag and alarm databases as the VTScada application. • VoIP-Based Voice Alarms- In addition to physical modems, VTScada now supports three additional ways to send text -to -speech alarm notifications. • VolP to phone lines via analog telephone adapter (ATA). • VolP to PBX via internal digital phone service. • VolP to online VolP Service (Voice only). by Trihedral TELUS 3 II 3:26 PM SOXtr Scada Alarm Page - ♦.r ::® O■ 51%•© >w•. 44• 4 A=t*O as elm, exam Lanese, Catane Stemed Dr, Abled Genf guF Time - Eem, Arm bent Event Event Event Even at,lsle Cambia lanahle System APleaanan System Appecann System APpliealkm 6ytem ierDNwlu 6eatem Applbrwn IM Pre -nix Waterrreatmendlann.1EEWAmrng Newohlnlom.rien NayarmiMlormaeonlemstsm AArISalae Pr. 111 lw.FLmp Sam la rgeyalseOpen1451 L. M M Cn 4 The New VTScada 'Anywhere' Client New in Version 12.1.35 - Use the above as well as Twilio Programmable Voice® and voice modems as redundant backups for voice alarm calls. VolP now allows encrypted call setup and encrypted audio. • Dial -in Phone Access - Dial into your application using your application security account to check levels, acknowledge alarms, change setpoints, or send commands to equipment. • Licensing - Add ANS to any VTScada Runtime or Development Runtime license by simply updating your software key. • Easily Configured Rosters (Updated in Version 12.1) - Rosters are lists of up to 39 users to contact in sequence until an alarm is acknowledged. Create any number of rosters for the whole application or functional areas. Change rosters by events or on schedule (recorded in history). • Easily reorder Roster Contacts via arrow buttons. • Set wait times for each contact or notify multiple contacts in one "burst". • Repeat contacts without adding them multiple times. • Allow users to configure Rosters without the ability to modify tags. TRY IT FOR YOURSELF Download the 90-day Trial VTScada.com/trial Y1 F,tcr 11;12,,m).Pc.v ae eF ertnt) ID Method Nerve ► Stan of roster ® Email Bob Emaii ElCamped Emetl Max E Delay for 1 minute Q TectMesye Bob W2-555-0900 I Delay for 5 minutes L Wes Bob 902-355-0000 L Peat 3 times with 5 minute delays o End of roster AAAedMY1 4. Add tltlgretobt Gnntado seevags Phone Nambw✓Email Address Demme lime Zone ambled bubPmysumpiny.wm mre®mywmpany<aa Updated May 8, 2024 bub 3smr Tuns gene L X :ae SemrT'ane Zom X ma: 3ea.er T'.ne 2eme I x X Nab Wier Time Zone bd, x Sentrirae2om ; X x OX Cancel APPIy Intuitive Roster Configuration. VTScada.com i nfo(atri hedral.com 1.300.463.2733 (North Auleliva) 1.902.835.1575 (1Noddwide) +44 (0) 1224 253910 (Europe) ADelta Group Company C� Trihedral Engineering Limited 2024. VTScada and Trihedral are registered trademarks of Trihedral Engineering Limited. All other products are trademarks of their respective owners. VTscadao by Trihedral The VTScada Alarm Notification System A fully integrated solution designed to work seamlessly for the life of your system. Optional Component Today's SCADA operators are too busy in the field to have time to sit looking at screens all day waiting for problems to occur. When alarms happen, the system needs to be able to get that information to the right person as soon as possible no matter where they might be. The VTScada° Alarm Notification System (ANS) transmits alarm information anywhere via text -to -voice phone calls, SMS text messages, emails, and pagers. Dial into your system using your application security account to check levels, acknowledge alarms, change setpoints, or send commands to equipment. Built-in is better VTScada's unique integrated approach to alarm notification vastly reduces integration time and ensures tight compatibility over the life of your SCADA system no matter what version you are running. Add ANS to any VTScada Runtime or Development Runtime license by simply updating your VTScada software key. The ANS shares the same tag and alarm databases as the VTScada application. Note: Alarm and event management is part of every VTScada application. The built-in SCADA alarm notification features described here are optional. New in VTScada 12.1 - Annunciate Voice Alerts over VoIP, no modem or Internet VTScada will continue to support physical voice modems for text -to -speech alarm annunciation while they are available. However, it is increasingly difficult to find companies that produce them. Worse, telecom providers are phasing out support for data over analog lines. Version 12.1 lets you move beyond this hardware and take advantage of the benefits of VoIP without going through the internet. Leave no alarm unacknowledged - When an alarm goes unacknowledged for a user -defined period, VTScada won't stop until it finds an authorized person to acknowledge it. The system begins working its way through rosters of up to 30 contacts each. A contact is a combination of a staff member and a method of notification such as SMS text message, email, or over the phone via text -to -speech voice engine. This means you can create a contact for your cell phone and another for your landline. Configure any number of rosters for the whole application or specific functional areas. Roster activations are recorded as events in the alarm history. Dial -in phone access - Dial -in from anywhere to log in and use the auto -generated spoken menu's system to hear system values (e.g., well levels), perform control actions (e.g., start pump 1), and receive or acknowledge a list of alarms. Acknowledge by SMS, email, or text -to -voice - Once you are notified of an alarm via SMS text message, email, or text -to -voice phone call, you can easily acknowledge it the same way and stop VTScada from sending further notifications. ou. TELLS = 4'23 PM 0 Messages VTScada Contaa; 04/29/2014, 04:12 PM. Zone 1 - Tank 1 level too ov. Code: 9MCZ 04/29/2014, 04:12 PM. Alarm Acknowledged. Zone 1 - Tank 1 level too low ent Crystal cleartext-to-speech - VTScada uses the Microsoft° Speech API (SAPI). In addition to providing the latest in text -to -speech technology, SAPI simplifies our licensing and significantly reduces the size of the VTScada installer. Voice modem support - VTScada should work with any standard voice modem. Though we cannot guarantee the compatibility of third -party modems across all Windows operating systems our engineers have identified modems that they have used or have been used by our customers on our VTScada Support Forum. VTScada.com/modems A Delta Group Company vrscada by Trihedral New in VTScada 12.1 - Alarm Notification/Roster Enhancements Version 12.1 makes it even easier to ensure your critical alarms find you anywhere. • Clearer and Easier Configuration - The Roster Properties dialog has been revamped to make it easier to • Drag -and -drop Reordering — This includes the ability to easily reorder contacts in the roster via dra • Custom Callout Delays - Rather than a single delay between roster callouts, you can now set a custom wait • Notification Bursts — Custom delays allow multiple contacts to be notified in one "burst" by setting no • Repeat Groups of Contacts - One or more contacts can be repeated in a roster without having to add Poster (Rosters\Roster 2) Properties organize the contacts. g-and-drop. time for each contact. delay between them. them multiple times. ID Method le Start of roster 0 Email ® Email Bob Sue IS Compact Emait Max 11 Delay for 1 minute lQ Text Message Bob Il Delay for 5 minutes Voice Bob L Repeat 3 times with 5 minute delays Q End of roster + Add contact Contacts Settings Name Phone Number) Email Address Unername + Add delay/repeat bob@mycom pany,com sue@tmycompany.com max@imycompany.com 902-555-0000 902-555-D000 bob sue max bob Time Zone Enabled Server Time Zone ❑J X Server Time Zone El R Server Time Zone ❑J x x Server Time Zone ❑J X Server Time Zone ❑J X OK Cancel Apply I Advanced modem management - VTScada collects modems from all application servers into a single pool. VTScada searches this pool, rather than a specific server, for an appropriate data or voice modem to use when sending alarms. Twilio°, an alternative to physical modems - Problems with modem reliability? Unable to run phone lines to your server farm? Having difficulty sourcing voice modems? The VTScada Alarm Notification System can now support voice telephony and SMS alarm notifications using Twilio, a paid web -based communications platform. This requires SCADA access to the Internet and a Twilio account (www.twilio.com). Running VTScada as a service? — VTScada can optionally run in the background without an active user interface. Note that Microsoft does not permit Windows services to access SAPI, the built-in Windows text -to -speech engine. This means that if you're using the VTScada Alarm Notification System and you have configured your application to run as a service, the outgoing alarm calls will be silent. In this case, we recommend using Twilio (above) for alarm annunciation. This is not an issue for standard VTScada installations. Automatic failover - Server failover is an important factor in ensuring uptime and accessibility. This extends to alarm notification. Easily create lists of backup alarm notification servers that will automatically and seamlessly take over if the primary is unavailable. Responsibility will return to the primary server when it is restored. Application -level security - Secure access on incoming and outgoing calls is maintained using the standard VTScada Security Manager. To receive status or alarm information, users are prompted by VTScada for their password. Users who do not have the `Alarm Acknowledge' security privilege will not be able to acknowledge alarms. Hardware requirements - Hardware requirements depend on how the notifications are sent. • For spoken alarms and pager notifications, the Alarm Notification System uses a modem to make outgoing calls. • For email notifications, configure an email server or provide access to a commercial server such as Gmail®. • For SMS-text notifications, you will need an SMS appliance. SMS hardware is not covered in this guide. Mobile alarm management - VTScada Thin Clients (licensed separately) allow you to securely view and acknowledge alarms anywhere using PCs, or HTML5 compliant mobile devices. DOWNLOAD THE 90-DAY TRIAL VTScada.com/trial Updated May 17, 2022 VTScada.com info@tnhedral.com IEn: fjo rJ iV if. 1.300.463.2733 (North America) 1.902.335.1575 (Worldwide) +44 (0) 1224 258910 (Europe) Trihedral A Delta Group Company © Trihedral Engineering Limited 2022 VTScada and Trihedral are registered trademarks of Trihedral Engineering Limited. All other products are trademarks of their respective owners. VTScada by Triheclra! Historical Data Management and Trending Standard Components scan A world -class historian that protects your data and puts it to use across your organization Available at no extra cost, the VTScada® Historian is an integrated component requiring no configuration or database management. Real-time synchronization ensures your history is safely distributed across all redundant servers. Developers can fold logged data into a variety of user interfaces while operators can create their own ad -hoc trends and reports. VTScada easily shares data with third -party business platforms. It can even import the history from your old legacy system. The VTScada Historian The only database specifically designed for SCADA Most SCADA platforms require a third -party database to store logged data. These products were designed to be generic tools used in almost any field such as accounting, academia, or sales management. Only VTScada includes an Enterprise historian designed specifically for SCADA applications. In addition to being fast and compact, this approach makes it possible to easily scale your application from a few hundred tags to a few million. There is no need to upgrade your simple "starter" database when your system starts to grow. This pre -configured historian vastly reduces integration time and eliminates the need to separately license and support third -party products. Best of all, each configured redundant server automatically contains an up -to -the -second backup of the whole database. 3'a Party Databases via SQL Manual Data I/O Tags Calculations Totalizers Counters Log data from multiple sources based on triggers Data is stored directly to the Historian at the time of trigger occurrence, eliminating any need for separate real-time and historical databases. VTScada can log on change, on related event (can be used for disable/enable), on time/sample period, or on operator actions (e.g., manual data entry, setpoint change, or control action). Alarms Operatro. Logbooks` A Delta Group Company Upon request, the Historian analyzes • Time -weighted average (analog) • Minimum (analog) • Maximum (analog) • Change in value (analog) I1.111-Ati INTERNET t t VTScada by Trihedral Summary, on -demand data raw tag data and provides time -series summary divided into time slices. • Value at start (analog) • Time of Minimum (analog) • Time of Maximum (analog) • Totalizer (analog) Multiple Historian configuration Historical Data Synchronization data, based on a user -definable duration ■ Interpolated (analog) ■ Diff between start and end (analog) • Zero to non -zero transitions (digital) ■ Non -zero time (digital) i VTScada supports any number of historians for a single application. Each one can be configured to store data for a different geographical and functional area. Each tag may store data to one Historian. VTScada also allows you to configure redundant third - party relational databases such as Microsoft SQL, Oracle, and MySQL. These must each be separately purchased, installed, supported, and backed up as per their respective manufacturers' instructions. Redundant Historian configuration Thanks to VTScada's integrated design, every application server can host its own Historian. Each data point is stored identically on each one. Redundant Historians can also include third -party formats. For example, the primary and secondary could be the native VTScada Historian while the secondary backup could be Oracle. Redundant Historians may be co -located with the Primary or geographically separated provided an IP connection exists between them. Bi-directional synchronization Redundant Historians use the same schema. VTScada uses timestamps to ensure that each data -point is identical down to the millisecond. Should the primary database server fail, associated workstations and Thin Clients seamlessly switch to the next designated database. When restored, historical data automatically synchronizes across a local or wide area network at up to 160,000 values per second. This speed is automatically throttled to avoid interfering with real-time communications. If servers become isolated from one another, they will continue to log their own local I/O and automatically sync once their connections are restored. Long-term data storage. No more archiving. Data archiving was traditionally used in long-term historical data storage to mitigate limited drive space, and to provide a form of backup. VTScada makes this unnecessary. Its efficient storage format packs more data into every megabyte of hard drive space compared with other standard database formats. Using redundant Historians, as described above, is a far more robust backup methodology. Logged calculated values do not count against the licensed tag count. A Delta Group Company VTScada by Trihedral Secure historical data VTScada's Historian cannot be edited within VTScada or by third -party software. The proprietary log files are not human readable. VTScada uses a checksum to detect tampering or corruption. Note: If you are also logging to a redundant third -party database you will need to secure it as per the manufacturer's instructions. Historical data editing While the Historian cannot be altered, it is possible for authorized users to override individual or ranges of logged values. This is a helpful way to fix incorrect or missing values. Edited values are marked in the Historical Data Viewer along with a required explanatory note. Overwritten values are not lost. History data import from CSV files When replacing a SCADA application of a different software brand, VTScada helps you maintain a complete view of your process history, allowing you to import the historical data from your legacy system. Consult VTScada Help for information on formatting files for import. Simple Historian status monitoring The Historian Status Monitoring Widget provides instant status of write and storage rates. When write rates exceed storage rates, data is automatically buffered and written in burst mode when the Historian connection is available. VTScada write rates have been tested to 4,000 values per second for a single tag, thus buffering is usually the result of a slow network, underpowered CPU, or slow storage media. Historian Status Name Current Server Connection Status Queue Length Write Rate d$ Store Rate Service Status SystemA la rm H isto ria n LAPTOP1 Connected 0 0 0 Ready System H istorian LAPTOPS Connected 0 16 16 Ready Sharing Historian Data with Third -Party Platforms VTScada makes it easy to share real-time and/or historical data with third -party software platforms via these industry standard protocols and methods. • OPC Server - Allows OPC-compliant programs (including other VTScada applications with OPC clients) to exchange live data with standard VTScada applications. • OPC Client (DA & UA) - Allows VTScada applications to exchange live data with an OPC-compliant server (including VTScada applications with OPC servers). • ODBC Server - Allows you to use popular software like XLReporter®, Dream Report®, Crystal Reports®, Access®, or Excel® to extract VTScada system data. VTScada acts as a database where each logged tag represents a table of timestamps and values that reporting software can query to retrieve logged values. • REST & WEB Services - VTScada's REST and SOAP (XML) interfaces allow business systems to request real-time and historical data. They support time/date ranges, min, max, time of min, time of max, average, total, and SQL that include SELECT commands and WHERE clauses. • Third -Party Reporting - Third -party reporting products, such as e.RIS®, XLReporter®, and Dream Report®, have integrated VTScada interfaces. A Delta Group Company VT5cada by Trihecirai The VTScada Historical Data Viewer (HDV) A powerful trending tool that any operator can use. 1 rirtorieal Data Viewer L4 The NOV provides a continuous view of analog and digital data. ,xRim »;aim »:eem 11;min unim AMMO. ,x,cw et5cn0 »:r114 er31c00 »:N114 uiem 112c10 »ir.3a ,MlU9 193is0 13i.Ro elrn e.m. 0nus0k0 • 4 - .114arer,/ m0 . Ummam newlha e 0 m,. .\up,WmP.r... rsre'r*ry MM., • 9 ti 9em416_Lite.1TurtotMmM Turk.. PanMM1151eo1 e 0 ..1Xx mrsom14.1✓ Vybum ryw118 • 04..=•9rpw.5.n.wc..4bKS iywe pb•*sarwny.e x e 0 t9 Smem raw Nero 1941,9/s 13% 115 RPM p5120/1 cm N- 34% 13% 457 RPM 150 P➢M 15914 514 wireng/r 00 0 The VTScada Historical Data Viewer (HDV) is just one of the ways operators can interact with their application's process history. This standard interface provides a continuous view of historical and real-time data on a single timeline. It can include both analog and digital I/O values. Move the Marker Line horizontally to see continuously updated values for each plotted analog tag at every selected timestamp. Icons in the Pen Legend below allow you to hide pens (tags) or edit their appearance. a.r_w.e r TC01 r-„ r 1.,:.M.m .>e•,s� . r. . n sno,. n Names I Lww dsea' Allkagiox • ::] rtIF .et An Am. V Purr im: P4mV Crnen, f cp iM145 4012 `aP. 1I PmpPew 40015 ,J Puma0cs.1. Rene An 112 r] PumyRPM Pump RPM 110 40010 J PrmpRur.:y PwxpAn v...arm9 r0 O P1.* 5 ed1P Pamp Spec Y 40114 J Pumg5pem55PCmt Purr{ Spa eve 40510 J Pu 0141ennF Pump Purr {➢ [err 15 il Pun'P5Peer414 p'enpSpme la Peso- as Cma 40015 Pu*PSpeedhip5Vem1 112.pSpla wr.tnrd 40411 J Oumpiurt Mart42n�p y it6 Plot tags right from the VTScada Tag Browser. Time ..IFilter#11Turbidity ..IFilter#21Turbidity _IFilter#31Turbidity .. Filter#1 Turbidity Filter#2 Turbidity FrIter#3 Turbidity Sep 25 02:45 0.0643600 9.061890 0.0643600 Sep 25 0230 0.0648600 0.061800 6.0543600 Sep 25 02:15 00643600 9.061890 0,0648600 Sep 25 02:00 0.0643600 0.061600/0648600 Sep 25 01:45 0.0E43690 0.061800 0.9648600 Sep 25 0130 0.6546600 0.061800 0.0643600 Sep 25 01:15 0.0643690 0.061890 0,0643600 Sep 25 01:00 00643600 0.061800 D.0543600 Sep 25 00:45 0.054.3600 0.061800 0.9643600 Sep 25 0030 0.0643600 0.061800 00643600 See raw values in the Grid View tab of the HDV. Instantly intuitive trending designed for operators In addition to the standard page, you can also configure the HDV as a pop-up display or as an embedded trend group on custom pages. Best of all, operators can create and save their own ad -hoc trend groups with just a few clicks. They can also trend values right from the tag browser, or alarm page (image above left). HDV tabular view HDV data may also be shown in time -series tabular view (image above right), as raw data to the nearest millisecond, or as ave, min, or max values. Additionally, to facilitate time -sliced viewing, a total period may be selected, and then further time -sliced to display summary data for each period. For example, 24 hours of data may be shown as 24 separate rows of one -hour averages for a selected set of tags. Download the 90-day Trial VTScada.com/trial Updated March 11, 2022 VTScada.com infontrihedraLcom 1.800.463.2783 {North America) 1.902.835.1575 {Worldwide) in/ of *44 (0) 1224 258910 (Europe) ADefta Group Company Ci Trihedral Engineering Limited 2022. VTScada and Trihedral are registered trademarks of Trihedral Engineering Limited. All other products are trademarks of their respective ormers. VTScada; by TrihedriI Report Generation Standard Component Simple Scheduled or Ad -hoc SCADA Reporting Every VTScada software application includes two SCADA reporting components that allow users to create ad -hoc or recurring reports in seconds, the VTScada Reports Page and the VTScada Report Tag. The VTScada Reports Page Generating your own ad -hoc reports is as easy as selecting I/O tags, a time range, and an output format. Scads Reports r ®8 ` 5 87 PM Aug18.. 1. Report Type Daily Snapshot Report 2. Tag Lot Load Group Save Group Tags Available: (3E11 Types Analog Status Areas All N etwo rklnlo r ma tion IThashboardTac Networklntormation\ITDash boa rdTar N etwo rklnio r ma t ion\ I T C ash boa rd to c NetworklntormationlITDashboa rdTac Networklnto crust ioo\ITDash boa rdTac Networklnto rmat ion\ lTDach boa rdTae Simulation\Simulated Waveforms (In: Simulation\Simulated Waveforms (loll Simulation\Simulated Waveforms (In' Simulation\Sirrmulated Waveforms (In, WastewaterLikStation5ystemWorthS W astewaterLikStation5ystem W odhS W astewaterbttStati onSystem)N orthS W astewaterLiftStationSystem W orthS W astewaterLikStationSystem\North5 W astewaterLikStati onSystem)NodhS WastewaterLikStati on5ystem)N odhS W astewaterLittStati onSystem)N orthS W astewaterbttStati onSystem)NorthS W astewalerLikStationSystern)NorthS WastewaterLikStation5ystem)NorthS W astewaterbttStationSystem)NorthS W astewaterLikStati on5ystem)N orthS ® RE rt Sawtooth Wave Freq 1 Period 60 (Input) Sine Wave Period 1 (Input) Step UpDown Steps 10 Freq 1 (Input) StepUp Steps 10000 Freq 8 Secs (A5) SCADA Remote Canto! Command Cancel Delay F8 General Fault Code Out of Sequence Indication Reset Mode FB Elapsed Time Meter Elapsed Time Meter Alarm Reset Mode FB Lag Pump Delay €6 Level Input Sensitivity FB Level tram Analog Status SCADA Remote Control Command Cancel Delay F8 General Fault Code Out of Sequence Indication Reset Mode FB Elapsed Time Meter kk Tags in Report: (4) Li0S i m u lotion\LiftStati on5i mu IatedDatalM P ES LiftS i m u lotion\Lift Stat onSi mulatedData\M P E5 LifS mulotion\LiftStationSimuIatedData\Pump Li0S i m u lation4LiftStati onSi mulatedLatalPum p O Sort Alphabetically 4 t Maximum Station Inflow (Rate) Feedback Wpm) Minimum Station Inflow (Rate) Feedback (gpm) Pump 1 Capacity Feedback (gpm) Pump 2 Capacity Feedback (gpm) Run Report •3. Reporting Period Start Time End Pre La: -4. N December2915 k kk Su Mo Tu We Th Fr Sa 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1 t7 18 19 20 21 22 23 25 26 27 28 29 30 1 -5. Report Destination Output Type Default Pointer ❑ Email Report ❑ Email Report as Attachment Email Settings Printer 'I Default Printer Browse 5. Report options O Use Excel to display screen reports ❑ Use separate sheets/tables ['Rename sheets/tables Pre -defined SCADA Reports - VTScada provides a variety of pre -defined report types designed to analyze the performance of the equipment comprising your physical system. Most can be used across a wide variety of industries while others are intended specifically for water and wastewater. Any number of additional custom reports can be defined and saved. • Analog Summary Report - The average, minimum, maximum, and total values for selected analog tags within a configured period. • Daily Snapshot Report - A "snapshot" of each included tag's value, at a specified time and date. • Daily Total Report - The sum of values accumulated for each selected set of tags in a specified period. • Derived Flow Report - Displays the number of driver cycles, plus inflow, outflow, and total station flow. • Detail Report - Shows the values recorded for each selected tag, within the given time period. • Driver Communication Error Detail Report - Driver error activity, recorded over a specified period. • Driver Communication Summary Report - A history of driver activity for a specified time period. • Hourly Snapshot Report - A "snapshot" of selected tag's value, every 60 minutes in a specified time. • Hourly Total Report - The sum of the values accumulated hourly for selected tags in a specified time. • Rainfall Report - Per -tag summary of totals in a configured period showing the total rainfall for selected tags in a given period. • Pump Activity Report - Summarized values for Pump Status tags, showing overall pump activity. • Pump Discrepancy Report - Helps spot instances of pumps that should behave identically, but do not. • Standard Report - Shows all the values logged for a tag over a chosen time span. Trip A Delta Group Company VTScada The VTScada Report Tag Developers can configure VTScada Report Tags to run a particular report on schedule, automatically. Report Tags are time -zone aware and can be configured to run daily, weekly, monthly, manually, or when triggered by an event. Report Tag Widgets - Developers can add a variety of Report Tag Widgets to their display pages to allows operators to adjust the report setup, without requiring tag configuration privileges. Additionally, the Report Button Widget can be set to re -run the last scheduled report on demand. SCADA Reporting Output Formats • Output reports to the screen, a printer or to any of a number of formats including CSV, spreadsheet, and database. • Reports being saved to a file can also be emailed automatically if the VTScada workstation has access to an email server. • Create your own custom script reports and pre -formatted Excel° report templates (below). yr by Triheclral New Report Properties Trigger Destination optia1 Types Load Group Analogs Save Group Tags Available: (T59) LiftSimulation\Lift LiftSimu lotion\Lift ❑ftSim u lotion\Lift bftSim u lotion\LifE GftSim u lationLifE LiftSim u lation\LifE GftSin] ulation\Lift LiftSimu lation\LifE LiftSim ulation\Lift LiftSim u lotion\Lift LiftSim ulation\Lift Areas Afl v Maximum 5tati( Minimum Static Minimum Static Pump 1 Capacil Pump 1 Capacil Reset Dasped T Set Elasped Tim Pump 1 Elaspec Pump 2 Capacil Pump 2 Capacil Reset Elasped T Tags in Report (3) LiftS im ulation1,,Lift LiftSim u lation\LifE LiftSim ulatio nlLifE Call Pump 1 Call Pump 2 Maximum Station The VTScada Repor ggtlihitrly a * A B C ❑ 11 2 3 8raiwrinwa Wastewater-Technology 9 10 11 12 13 14 15 1E 17 18 19 20 21 22 23 24 25 28_ 27 28_ 29 30 31 G H Daily Report Charts: Energy Used, Efficiency, Hours Run, Total Faults K 28-Feh-74 To 07-Mar-74 250.0 150.0 1 '100.0 -V 50.0 -V 0.0 Oft -station al Lift Stati an 02 Lift Station o3 Energy Used Lift station 04 Lift station05 Lift Station 05 Lift 3tation07 • Pump 1 • Pump 2 • Pump 3 ■ Pump A Pre -formatted Excel® Report Template Third -Party SCADA Reporting VTScada was designed to keep your process history safe accessible. That includes making this data available to your third -party business systems and reporting packages to facilitate more complex needs, such as state -specific compliance reports. The following are Standard in Development/Runtime Licenses and Optional for Runtime Only Licenses: • VTScada Rest Interface (replaces WebServices) • VTScada ODBC Server • VTScada OPC Server • VTScada Excel Add -In Trihedral also works with reporting manufacturers such as XLReporter° and Dream Report° to create direct interfaces for sharing process data. TRY IT FOR YOURSELF VTScada.com/trial www.tnhedral.com 1.800.463.2783 (North America) 1.902.835.1575 (Worldwide) info@trihedral.com +44(0) 1224 253910 (UK) 1.403.805.1972(Westem Canada) Triheriral A Delta Group Company © Trihedral Engineering Limited 2022. VTScada and Trihedral are registered trademarks of Trihedral Engineering Limited. All other products are trademarks of their respective owners. Stapport Why use Star Controls Support for your SCADA System? To increase its availability and extend the Life Cycle of the SCADA system, the system must constantly be maintained, optimized, and enhanced. Star Controls offers a large portfolio of Support and Maintenance to fit the needs of your SCADA System. From remote sites, through communications and networks, all the way to the Control/Data Centers. Our skills and experience guarantee a holistic and detailed understanding of your operations and the SCADA system. Support services can be scheduled or unscheduled to address an immediate need. Urgent Support is available, including during non -office hours, to address faults that impact critical operations. Star Controls also offers proactive maintenance, where we continuously monitor the performance of the system and detect degradation in performance before it interrupts operations. StarAssured Star Controls offers StarAssured, a suite of support and maintenance services. Recognizing that each customer is unique, the StarAssured meets different needs and budget and can be tailored to specific needs. StarAssured includes: • Pre -Packaged (i.e., bundle) and Tailored Plans • Annual or On -Demand Remote and Onsite Proactive Maintenance - Remote Optimization-'� Knowledge transfer Services: • Remote Support - Scheduled and Unscheduled • Onsite Support - Scheduled and Unscheduled • All onsite services are coordinated with Star Controls, and in most cases will require Support Contract in place Onsite Educational and Optimization - Scheduled Monthly Remote Monitoring and Report Support Annual Support Contract The Annual Support Contract provides customer peace of mind and allows Star Controls to plan the required engineering resources. The contract can be based on a Pre -Packaged or tailored around the specific needs. Star Controls strongly recommend customers sign up for the annual support plan. Naturally, customers that are under an annual support contract will benefit from faster response time. Our Pre -Packaged Annual Plans STARCONTROLS Remote Support — Scheduled Remote Support— Unscheduled Onsite Support — Scheduled Onsite Support— Unscheduled Onsite Support — Educational Monthly Remote Monitoring and Reporting Gold Platinum 0 0 0 0 O 0 0 O O 0 O O 0 O O 0 INF Contact one of our high -trained SCADA support representatives today for more information. "tk STARCONTROLS Your Global SCADA & Telecommunications Partner © Star Controls, Inc. All rights reserved. v0620 Tel: 1 + 954.603.0491 Fax: 1 + 954.603.0492 sales@star-controls.com www.STAR-CONTROLS.com 11555 Heron Bay Blvd, Suite #200 Coral Springs, Florida 33076 USA STARCONTROLS YOUR GLOBAL 110T, SCADA & TELECOMMUNICATIONS PARTNER . t• :4 IIIEW' 1-14. IOW await Nile • 'Or -4 -mi. 4 ..4446.„. 4._...‘ .1.44111 ik I 4 4 4 . r 'N. i 1111„,\W , 7 -t.' i.: L' L• lir" 4I! ' 1 4 4 a 4 . 1 ... I I 111 I 4e 4 . a ., um E. 10 4 P • 111111 11 i .11 . . 4' .., ..... ....__ _... .. ., .1 Ni 1 III 4' it ,,._. 1i 1.116. . WM*. `MEW • • , .. ,. , •,.• It• WE DELIVER SCADA CYBER SECURITY SOLUTIONS offering you end -to -end protection www.star-controls.com sales@star-controls.com 954.603.0491 1 1 1 1 1 '_a i i f C i iiieset I i.' Ira i' 21Xp b ..+ ' tOitilt10310 L 111 . ri.1 i lira 10101 1 1 MIXI ' 1^1 1 i'1 1 f' 1' i 1 i _,srt i I -I, et %t ri} ll i1 ti rill in i-1 11 0100 0101011 11 111111OCM 01X1I = LILAIIIIIIIIIinins fl4#n'he a. m ri= 1 I 1 'AO `' a i 11 . _l 1 l 1 L b. . F'3 ■ eI • 0 t 1�"' THREATS & VULNERABILITIES • With numerous threats and vulnerabilities that could affect critical services, securing SCADA systems must be a top priority. • Lack of Network Segmentation • Lack of Encryption • Ransomware • Remote Access Policies • DDoS Attacks • Malware • Legacy Software • Default Configuration • Policies and Procedures • Command Injection and Parameters Manipulation damage. Attacks on SCADA systems are on the rise. The frightening truth is that many infiltrated systems have gone undetected. All too often, cyber criminals "infect" systems and silently monitor traffic, observe activity, and wait for months or even years before taking any action allowing them to strike when they can cause the most damage. GLOBAL ATTACKS Hackers' methods feel familiar in Ukraine power grid cyberatkack MMI Ukraine charges Russia with new cyber attacks on infrastructure REUTER5. Cyber Security Risks To BeAware Of In The Oil And a.,,. Industries Largest DDoS attack ever delivered by botnet of hijacked loT devices IKD ltzekprmetad dr1.nreek•A t.*1ci.reptet1 i Ukranlan power outage: Are hackers totting for worldwide SCADA cyber attacks? i SCAM Attacks Double in 2014 1:10Sroallylarmantinstpapoil shvas!rotonyaslrilloentwp.h Ihrrsong rar.EUEkscnreEicedEaNsysOsrnrb.r ndrwtriJ AitantatianWarld "We recognize the enemy will use the Internet to recruit, to take down SCADA systems. In short, we expect a cyberattack as a prelude to war." - LTG Alan Lynn, DISA (Defense Information Systems Agency) Director IN THE PAST FEW YEARS WE HAVE SEEN: • February, 2021 - Cyber-attack in Oldsmar, Florida • July 2017 -"We never anticipated that our critical infrastructure control systems would be facing advanced levels of malware," Mr. Wellinghoff said. "Hackers Are Targeting Nuclear Plants, U.S. Says" New York Times • June 2017 - Greenberg, a senior reporter at Wired, reports that many cybersecurity experts believe Russia is using Ukraine as a cyber-war testing ground. • December 2016 - Incident occurred amid a flurry of 6,500 cyber attacks over two months, according to Ukraine's President Petro Poroshenko. Poroshenko said the attacks indicated Russian "cyberwar." • September 2016 - Largest DDoS attack ever delivered by botnet of hijacked loT devices, according to Network World. • October 2015 - Chatham House, a UK think-tank, reported that the risk of a cyber attack on nuclear infrastructure is growing. The trend towards the digitization of SCADA systems is increasing the vulnerability of nuclear facilities, and many are inadequately prepared. Even where facilities are air -gapped, this safeguard can be breached with nothing more than a flash drive. • April 2015 - According to the 2015 Dell Security Annual Threat Report, SCADA attacks are on the rise. The report found that in 2014, the number of attacks on SCADA systems doubled compared to the previous year. Most of these attacks occurred in Finland, the United Kingdom, and the United States. • March 2015 - A report by the US Industrial Control Systems Cyber Emergency Response Team (ICS-CERT) found that it received 245 cyber incident reports from asset owners and industry partners in the fiscal year of 2014. • December 2014 - An unnamed German Steel Mill suffered extensive damage from a cyber-attack. The attackers were able to disrupt the control system and prevent a blast furnace from being shut down, resulting in 'massive' damage. Star Controls offers end -to -end, holistic approach, that integrate technologies, products and protocols that were designed for the ICS/SCADA security, and leverages technical Star Controls' know how. At a granular level, all products and solutions that Star Controls work with offer the highest level of security at every critical stage of operation. The solutions covers the OT (Operational Technology, the traditional ICS/SCADA), as well as the IT ( traditional IT security). Star Controls provides a complete Cyber Security solution for the ICS/SCADA systems, which detect and protect any potential entry point into the system. It's integrated and holistic approach stitches the Cyber Security for all components that are part of the SCADA system: Data Center - SCADA Servers and Front End Processors (or Gateways) Networks - Devices, such as Wireless Radios and Gateways Remote Sites - RTUs/PLCs and Smart Devices and Site Security Star Controls offers end -to -end, holistic approach, that integrate technologies, products and protocols that were designed for the ICS/SCADA security, and leverages technical Star Controls' know how. SCADA SOFTWARE For Cyber Security Star Controls offers different SCADA software products, while the VTScada is among the best fit for Cyber Security. VTSCADA SCADA SOFTWARE Each application includes its own security accounts and settings which control access to all parts of the application including workstations, thin clients, mobile clients, and alarm notifications. Deployed security changes are immediate and application wide. Accounts are easily copied, modified, and deleted. You can now even share accounts across multiple applications. Military -grade encryption Security protocols Password protection Group management Share security accounts applications FIREWALLS FOR ICS/SCADA Star Controls includes products from Check Point, the industry leader in IT Security, to provide a complete To -Down IT Security to the ICS/SCADA systems. Star Controls has partnered with the top vendors to include best of breed products in the SCADA Cyber Security Field iimipprAL prAm•N 11•••F 11.71 AL )1z 1191' '411 CHECK POINT GATEWAY AND ANALYTIC MANAGER Check Point offers the most advanced cyber security. Aligning Operational Technology (OT) with Information Technology (IT) security, Check Point provides an end -to -end multi -layer threat defense, allowing real-time protection and monitoring against threats with full visibility along with granular control of SCADA traffic. Paired with ruggedized appliance options and comprehensive protocol support, Check Point ensures critical assets are never compromised. With our best in class management platform all IT and OT environments are supported with a single, unified and robust management; the most advanced existing today. Check Point's SandBlast is a complete solution for IT security, including Firewall, Anti-Malware, Anti- Bot, Anti-Ransomware, Forensics and more. The following information on the SandBlast Zero Day Protection and Anti-Ransomware includes more details on its capabilities in these areas. SANDBLAST ZERO DAY PROTECTIONS All enterprises are at risk of targeted attacks such as spear phishing and Advanced Persistent Threats. Check Point SandBlast Zero -Day Protection, with its unique exploit -level detection and threat extraction, provides an additional layer of security from even the most sophisticated hackers and dangerous attacks. Unlike traditional sandboxing solutions that are subject to evasion techniques and either introduce unacceptable delays or let potential threats through while under evaluation, Check Point catches more malware, with minimal impact on delivery times. SandBlast is offered at the Network level, in the Cloud, and at the EndPoint. ANTI-RANSOMWARE Check Point SandBlast Agent with Anti-Ransomware and zero phishing technology, extends zero - day protections to web -browsers and end -user devices to defend against advanced attacks, keeping users safe no matter where they go. With continuous data collection and automated incident analysis, SandBlast Agent provides actionable forensics, which accelerates the process of understanding the complete attack lifecycle, damage & attack vectors, to maximize response team productivity and minimize resolution times. Anti-Ransomware keeps businesses one step ahead of attacks by automatically detecting, blocking and removing the most sophisticated ransomware infections and restoring any encrypted data as part of its automated remediation capability. WIRELESS GATEWAYS Star Controls offers a variety of wireless Gateways, such as cell modems or data radios, for private and public networks. Star Controls engineers will add all necessary authentication and encryption to the units, so secure this segment of the SCADA system. PRIVATE NETWORKS Star Controls offers products from leading vendors, such as CalAmp, 4RF and GE-MDS. PUBLIC NETWORK Star Controls offers products from leading vendors such as Sierra Wireless and Red -Lion. Our IT security experts will facilitate the dialogue with the cellular service provider, to define and implement all necessary IT security, e.g. VPN, while the data is going through the SP's networks. The AirLink Raven RV50 from Sierra Wireless is an example for Cellular Gateway that meets the OT and IT requirements. The Raven RV50 is loaded with features to secure critical data. It supports secure communications to multiple back -end systems by providing up to five concurrent VPN sessions. Remote authentication management allows enterprise -grade systems to manage access RTU, PLCS AND SMART DEVICES This area in the system is vulnerable and has been ignored by almost all vendors. Star Controls is addressing existing systems by adding layer of IT Security to sites with PLCs and Smart Devices that are used by the different vertical market. Star Controls is also promoting the Motorola ACE3600 RTU, which is the first RTU in the industry that provides a complete end - to -end IT Security to the remote monitor and controls. SECURED ACE3600 Secured ACE3600 RTUs, FEP (ACE IP Gateway or ACE3600 FIU) with enabled security features such as access/interface control, secured communication, secured files, and security -related logs. ACE3600 Security Policy is a set of configurable system -wide security parameters for enforcing the organization's security policy in the ACE3600 system management tools (STS), front-end units and field units. ACE SECURED SYSTEM - SECURITY LAYERS • Secure Access Control - User access control to all system parts - Roles and permissions - M2M access control - Central access management & control • Audit - Integrated security log - Logging security events - Sending security alerts • Stored Data Encryption - File encryption • Communications Security - Data payload encryption - Encryption key management - Integrated IP Firewall - Unused port disabling - Suppressing vulnerable protocols - Message Life Time • White listing - Run-file white listing in the RTUs - Management tools white listing & configuration change control • Secured programming - Implementing secured programming methodology - Avoiding "backdoors" - Using protocols / port scanners -.NET Code obfuscation STARTU SOFTWARE APPLICATION Star Controls' flagship software product, for the Motorola RTUs, is a game changer in the RTU/PLC market, providing the SCADA and the O&M team unparalleled capabilities and ease of use to configure, change and maintain every aspect of the RTU. The StaRTU has been upgraded to work on the Motorola Secured ACE600 RTU. Star Controls is also planning to incorporate logs from the StaRTU loggers (i.e. Communications and I/Os) into the Cyber Security Analytic at Check Point Manager. This will cover non-IP, legacy, SCADA systems. SITE SECURITY The site security is an important part of the overall security of the ICS/SCADA system. The integration of the two systems allows the correlation between alerts from IT security with the site security. The site security includes access management and advanced video surveillance, including video analytics. CY3ER-SECURED SCADA SYSTEV CONCEPTUAL BLOCK DIAGRAM with Cyber Security Solution Partners DATA CENTER e/ CHECI{ PONT CHECK POINT GATEWAY A, ifi ANALYTK SCADA REMOTE SITE IOW s alk St TUg WIRELESS C OM MU NIC AT ION DEVICE MOTOROLA ATLI • istai WO CHECK POINT %CADA I LM rj SITE WIRELESS NETWORK !A)) SCADA R EMOTE SITE MROL4 SOLUTIONS 5EAPA lEMOTE SITE ALA REMOTE SITE S REMOTE SITE "4. SIERRA WIRELESS' Solution Partner INTERNET vrscada SeEIkorc Oa: Pdccrxarnq G C-C4'nral STARCONTROLS YOUR GLOBAL 110T, SCADA & TELECOMMUNICATIONS PARTNER 11555 Heron Bay Blvd, Suite #200 Coral Springs, FL 33076 +1-954-604-6656 sales@star-controls.com estar-controls.com v0622 THE CITY OF WESTON, FLORIDA STAYING A STEP AHEAD OF THE STORM WITH MOTOROLA SOLUTIONS AND STAR CONTROLS SCADA STORMWATER PUMPING SYSTEM The city of Weston is a master -planned community located in southwestern Broward County, Florida. The city boasts A -rated schools and outstanding public safety with the lowest crime rate per capita in the county. Encompassing 26 square miles and bordering the Everglades National Park, Weston's vibrant, culturally diverse residents and visitors enjoy a thriving outdoor -focused lifestyle. Yet, this area can be subject to extreme weather that can deluge the city with large amounts of water in a short period of time. In an average rainy season, the city can see up to 45 inches of rain, with individual storms capable of dropping 10-15 inches of rain or more over just a few days. To prevent flooding, the city uses an extensive stormwater management system, directing water runoff through a system of catch basins, culverts, retention ponds and pumping stations, which eventually flow to the Everglades. As a city with a population of approximately 70,000, Weston only employs a staff of five technicians to manage its stormwater system, so all operations need to be as efficient and reliable as possible. Yet, its stormwater pumping system was largely based on manual monitoring and operating functions, making it difficult for technicians to manage while also performing their other daily responsibilities. Weston sought a new way to control and automate the system. CUSTOMER PROFILE The City of Weston, Florida INDUSTRY Water Management SOLUTIONS Integrated SCADA loT Stormwater Pumping System, including: • Motorola Solutions MC -Edge Intelligent loT Gateway • Motorola Solutions ACE3600 Remote Terminal Unit (RTU) • Star Controls StarCS Cloud SCADA BENEFITS • System automation and remote - control capabilities mean Weston can spend more time on its core mission • Rich data is collected and shared with deep reporting capabilities through an easily accessible web - based portal • Cybersecurity and overall system health is bolstered to comply with CISA's (Cybersecurity and Infrastructure Security Agency) Cybersecurity Practices for Industrial Control Systems CASE STUDY THE CITY OF WESTON, FLORIDA ® MOTOROLA SOLUTIONS CHALLENGES MANUAL PUMP MONITORING AND MAINTENANCE MADE SYSTEM OPERATIONS INEFFICIENT Like many cities in South Florida, Weston sits less than 10 feet above sea level, so any excess stormwater can quickly impact the community. That means that the public works department must closely track incoming storms as well as the daily functionality of the city's stormwater pump system. Historically, drainage technicians were assigned to manually check lake levels, clear any blocked drains, and ensure that all water could easily flow. During the rainy season, technicians would conduct these checks every morning and when on high alert, several times throughout the day. Anytime a decision was made to turn on the pumps, someone had to manually drive out to turn them on and then return to base. Then, they had to drive back every eight hours to monitor performance. When it came time to turn the pumps off, the same technicians would have to drive back to manually shut them down. If a moderate or major storm was predicted, monitoring and preparation was even more time consuming, threatening to slow response times when speed was needed most. "When a storm was coming, up to 50% of our technicians' time would be spent managing and monitoring these systems, " said Peter Johnson, City of Weston Assistant Director of Public Works. "With the size of our department, that made it more difficult for staff to handle other duties and was simply an inefficient use of their time." A LACK OF QUALITY DATA COMPLICATED DECISION MAKING AND HINDERED DISPLAY OF REAL-TIME INFORMATION Weston's stormwater pump technicians and managers are tasked with making important system decisions daily, including when to start the pumps, how much water to pump, and how long to run the pumps. Yet, Weston would receive very limited actionable data from the system's mostly manual control processes, making it more difficult to make the best, most informed decisions possible. In addition, when the U.S. Army Corps of Engineers would look at the feasibility of new infrastructure projects in or around the city, they would often ask for historical data that was very difficult for Weston to produce. This lack of quality, actionable data was compounded by the fact that the city's ability to share information with residents, such as real-time lake levels was inefficient. "Data from our pumping system was very hard to gather," said Johnson. "And even when we had access to the right data, we didn't have the means to easily share it instantly with the community" CASE STUDY THE CITY OF WESTON, FLORIDA 1111111111 III 11 1111 Jilili 1111111,� Inc mum Will 41 ■11111//I1 /II I i/ Win ■�1//( NNW 1I i < 1 L L LI JCJ JL CASE STUDY THE CITY OF WESTON, FLORIDA WITH RISING REPORTS OF INFRASTRUCTURE BREACHES NATIONWIDE, WESTON WANTED TO DO MORE TO ENSURE CYBERSECURITY AND OVERALL SYSTEM HEALTH While Weston knew it needed to upgrade the control system for its stormwater pumps, it also wanted to ensure that any new system was monitored for overall health and especially protected against cyber breaches, for good reason. According to International City/County Management Association (ICMA) research', local governments are increasingly targeted by cyber criminals and bad actors for five main reasons: 1. The sheer number of American local governments make them a large attractive target. 2. Local governments store considerable amounts of sensitive information, such as names, addresses, driver's license numbers, credit card numbers, social security numbers, and medical information. 3. In recent years, the availability of low cost but effective hacking tools that require little technical knowledge has made it relatively easy to get into the business of cybercrime, thus increasing the number and types of cybercriminals. 4. Local governments often operate under financial constraints that limit their ability to acquire and implement state of the art cybersecurity technology, policies, and practices. 5. As local governments connect infrastructure to the internet it can introduce new cyber risks and vulnerabilities. Knowing these risks, it was important that any solution Weston installed was tested and certified to comply with CISA's (Cybersecurity and Infrastructure Security Agency) Cybersecurity Practices for Industrial Control Systems. It was also important to have a partner that could monitor the system and alert the city to any suspicious activity or issues that could affect the system's overall health. 1 https://icma.org/articles/pm-magazine/look-local-government-cybersecurity-2020 SOLUTION The City of Weston chose Star Controls, a Motorola Solutions partner, to design, build, and install a SCADA IoT system that could automatically monitor city water levels and control pumping stations to redirect water as necessary. The city also made the decision to migrate its IT and associated applications to the cloud, so its SCADA system needed to be cloud -hosted as well. "The City has progressively moved many of our core software applications into the cloud to benefit from the reduced cybersecurity liabilities. In addition, the cloud provides us the ability to easily access applications from anywhere at any time," technology services director, Ryan Fernandes, stated. "It pained me to see people wasting time and efficiency" said Johnson. "We knew technology was there to save time and effort and we made the decision to move forward with it." The system utilizes the Motorola Solutions MC -Edge Intelligent IoT Gateways and ACE3600 Remote Terminal Units (RTUs) to monitor remote pumping and lake levels, collect data, and remotely control pumps and other equipment. Data collected from the system is forwarded to a cloud -based application which uses measured water levels and other inputs to direct stormwater as necessary. The use of Motorola MDLC protocol allows redundant schemes of communication between the remote sites and cloud -based control centers. In addition, the system includes site security, fire alarms, and intrusion detection. "The Motorola Solutions RTU is the only field controller that can easily act as the integrator for all these pieces," said Tzvi Magril, Star Controls Managing Partner and Co -Founder. "We can develop applications using a common programming language to remotely check on the health of each piece of the system, which is unique to the Motorola Solutions platform." Weston city staff worked closely with Star Controls on the design of its SCADA system using all off the shelf products, with cloud -hosted software. "We chose Star Controls and Motorola Solutions because they made the best suggestions on overall project design and could help us build and maintain a powerful, integrated, and secure system, " said Johnson. "Plus, everyone knows Motorola Solutions is an established, trustworthy company" CASE STUDY THE CITY OF WESTON, FLORIDA BENEFITS SYSTEM AUTOMATION AND REMOTE -CONTROL CAPABILITIES MEAN WESTON CAN SPEND MORE TIME ON ITS CORE MISSION WHILE RESPONDING TO STORMS FASTER Today, Weston's entire stormwater pumping system can be remotely monitored and controlled, with the option to run in two modes, an automatic mode based on city water levels and a manual override mode, when needed. With all applications and data hosted in the cloud, it's easy for technicians to see each pump's status and control them remotely, even from a mobile phone or computer browser. "Recently, we had a fast moving, unexpected storm," said Johnson. "In the past, that would have meant a call to a technician in the middle of the night or waiting until morning. This time, we simply turned on two pumps with our mobile phones. When there's a problem or an issue, we can react immediately" During Hurricane Ian, Weston was spared a direct hit but still received 7 inches of rain in one day, further testing the new system. Based on data coming from the system, Weston lowered the lake levels in preparation. "We had a huge jump in confidence knowing we had full control of the system," explained Johnson. "We didn't have to worry if things were working, we could actually monitor everything in real time. Staff were elated that they didn't have to drive to each station to check on pumps since they could manage everything remotely. Technicians were now freed up to do other storm prep and related tasks. We were busy tracking the weather forecast and monitoring the performance of operating pumps. Everything just worked perfectly" Daily monitoring and maintenance is now vastly improved as well. For instance, the pumping system automatically monitors power coming from the local utility, so it knows if power is interrupted and can send alarm when running on backup generators. Fuel levels for diesel operated pumps are also automatically monitored. Remote lake level sensors also provide a clearer picture. Since lakes are connected underground by culverts, it's important to see all adjoining communities to monitor for blockages. When they occur, Weston sends in divers to clear them before the rainy season. Now, they can see the status of the lakes and culverts at all times using color -coded charts viewed remotely through any web browser or at the public works office on a 75-inch display. When there's an issue, automatic alerts are pushed to technicians' cell phones via voice, text and email. We had a huge jump in confidence knowing we had full control of the system... Everything just worked perfectly. - Peter Johnson, City of Weston Assistant Director of Public Works EASILY ACCESSIBLE RICH DATA WITH DYNAMIC REPORTING Weston now has access to both detailed, real-time data and rich historical data, whenever needed. For instance, they can see lake levels over time and gauge how the system performed under different scenarios. When the South Florida Water Management District requests specific data, it's easy for staff to quickly pull it using integrated and powerful reporting capabilities that all run in the cloud and can be accessed from any authorized device. "Data collection is a huge benefit to us," said Johnson. "We can respond faster and more comprehensively to specific requests, but just as important, we can learn from past historical data and get better with time." In addition, because all data and applications are hosted in the cloud, Weston can easily share information such as lake levels with the community, straight from their city website. BUILT WITH SECURITY IN MIND Weston's stormwater pumping system relies on the Motorola Solutions MC -Edge Gateway and ACE3600 RTU, each designed to comply with CISAs Cybersecurity Practices for Industrial Control Systems. The Motorola Solutions MC -Edge Gateway also allows integrators to easily develop their own software to monitor the health of the field computer and surrounding environment, making the system even more secure. "Motorola Solutions has been providing an open platform for customers to develop on for years," said Magril. "Others just don't offer the same level of flexibility or ease of use." In addition, with the StaRTU software residing on the Motorola products, Star Controls will help maintain the system, monitoring for breaches, looking to see how components are communicating with each other, and tracking general performance. If there's an issue, Weston can be much more proactive with maintenance or remediation. AN EXAMPLE FOR OTHER CITIES Today, Weston's Cloud -Based SCADA for stormwater pumping system is a reference point for other cities. "This is ahead of its time. Most cities strive to have a system of this type that is so comprehensive and advanced," said Johnson. Weston is also thrilled with their decision to host all system software and data in the cloud. "That's important because most cities with their limited resources don't have the ability to keep up with the management of a secured data center," explained Johnson. Overall, Johnson would highly recommend this type of system to others thinking of upgrading their stormwater pumping systems. "Most things come down to value," he said. "This investment is worth it. It's not inexpensive, but when you total the full amount it takes to maintain a manual system and the confidence and benefits you get from the automated system, it's worth it." And the best part? "Because the software is in the cloud, management and security is improved" said Johnson. For more information about intelligent loT and SCADA solutions, visit: motorolasolutions.com/iiot M MOTOROLA SOLUTIONS Motorola Solutions Inc., 500 W Monroe St, Chicago, IL 60661. U.S.A. motorolasolutions.com MOTOROLA, MOTOROLA SOLUTIONS and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. © 2023 Motorola Solutions, Inc. All rights reserved. 03-2023 SCADA Design & Build Success Story City of Weston, Florida The City of Weston, Florida undertook a strategic initiative to modernize its water management infrastructure by implementing a new SCADA (Supervisory Control and Data Acquisition) system. The goal was to improve visibility, reliability, and operational control across the city's critical drainage assets. The project included five diesel -driven pump stations and eight remote canal monitoring sites, all integrated into a single, cohesive SCADA platform. The project followed a proven design -and -build delivery approach, progressing through clearly defined phases from kickoff to long-term support. 1. Kickoff Phase The project began with a formal kickoff meeting involving City of Weston stakeholders, operations personnel, and the project delivery team. Objectives, success criteria, communication protocols, and project milestones were established early to ensure alignment. Key outcomes of the kickoff phase included: • Confirmation of project scope covering 5 pump stations and 8 canal monitoring sites • Definition of roles and responsibilities • Agreement on schedule, reporting cadence, and risk management approach This phase set a collaborative tone and created a shared understanding of how the project would move from concept to commissioning. 2. Discovery Phase During the discovery phase, the project team conducted detailed field assessments and operational interviews to fully understand existing conditions and operational needs. At the pump stations, discovery focused on: • Diesel pump controls and status signals • Engine run, fault, and fuel -related monitoring points • Existing level sensors and local control logic At the canal monitoring sites, discovery addressed: • Canal level sensor types and accuracy requirements • Power and communications constraints at remote locations • Data reporting frequency and alarm thresholds This phase ensured that the SCADA solution would be tailored to real -world conditions rather than assumptions, reducing risk and rework later in the project. 3. Design Phase With discovery complete, the project moved into the design phase. The team developed a comprehensive SCADA architecture that unified pump station control and canal monitoring into a single system. Key design elements included: • PLC and RTU configurations for pump stations and monitoring -only sites • Communications architecture to reliably connect all 13 remote locations • Human -Machine Interface (HMI) graphics showing pump status, diesel engine health, and canal levels • Alarm management strategies for high/low canal levels, pump faults, and communications failures The design phase balanced operational clarity with scalability, ensuring the system could grow with the City's future needs. [ 141%0401111010ftlemi 1111111r%adt 141 I ‘;it • 6161 ,423 3131 S,tr Sa,oa.nr issue Smoke Alarm Sn,oke Afar., Tra...frr Switch Alarm 4'1 Ind Starr Rajam.,i( — Fuel Modipus Corns ( Fuel try,/ ( 1 Or 44; 12 Au; 16 kt;zo •••;•24 Mew*. 115 Ft S41 Ft 412 542 h 5)0 h 492 SO2 Ft S 33 Fi 456 Ft 4114 1059F 4.97 5.Z5 1.16 Honywriture Pump Static, . sets stat 14::11 • illia Pump Speed 0 Rpm .IMINEIM=Er currenr m.rnelme a.o Hr. Olt ........... Lan Run May.) 0 Arr Ha-urs Adj 05.1.0 - ' ''_-•,4 Statson Watt... Level -- ,.. • . Acs:11:es........delme Kr 430.3 Prra 4.,60 Ft IMINIIMIIMMIF curreor Rjeor...71.77... NIW 11,1 00," (D) 53 Ace. Haws Adj 2.0060 Rec. Lihrtlerm flt A 7 Kra Current Runtime 0.6 INF. Last Ron (Days) 33 .30,25-.3,0 20, 2026-07-0, 250,39 Shahred Sq: 17 00 Thy, 4. Implementation Phase During implementation, the approved design was brought to life through coordinated hardware, software, and field integration efforts. Activities included: • Panel fabrication and PLC/RTU programming • Installation and integration of diesel pump controls and canal level sensors • Configuration of the central SCADA server and historian • Development of intuitive HMI screens for operators and supervisors Close coordination with city operations minimized downtime and ensured that critical drainage infrastructure remained available throughout construction and cutover. .4gikidtroOf,,4 5. Acceptance Testing Phase Before final turnover, the system underwent a rigorous Acceptance Test to verify that all functional and performance requirements were met. Testing validated: • Remote monitoring and control of all five pump stations • Accurate real-time and historical data from all eight canal monitoring sites • Alarm annunciation, notification, and acknowledgment workflows • Communications reliability and failover behavior Any issues identified during testing were promptly resolved, resulting in a fully validated system ready for operational use. 6. Training Phase Operator and maintenance training was a key component of the project's success. Customized training sessions were conducted to ensure city staff could confidently operate and maintain the SCADA system. Training covered: • System navigation and HMI usage • Pump station control and alarm response • Canal level monitoring and trend analysis • Basic troubleshooting and support procedures Hands-on exercises using the live system helped reinforce learning and build operator confidence. 7. Support Phase Following system acceptance, the project transitioned into ongoing support. The support phase provided the City of Weston with peace of mind, knowing expert assistance was available as needed. Support services included: • Post -commissioning support during initial operations • Remote troubleshooting and system optimization • Documentation delivery and system backups This long-term partnership approach ensured that the SCADA system continued to deliver value well beyond project completion. Project Outcome The completed SCADA system gave the City of Weston a unified, real-time view of its pump stations and canal network. Operators gained improved situational awareness, faster response to changing canal conditions, and greater confidence in managing critical drainage infrastructure —especially during storm events. The successful design -and -build delivery demonstrated how a structured, phased approach can transform complex infrastructure into a reliable, operator -friendly SCADA solution. Data Sheet Your gateway to mission -critical loT Now, more than ever, systems operating in mission -critical environments require a new level of connectivity and security. Whether it's a natural disaster or a man-made emergency, IoTdevices are often on the first line of defense. MC -Edge® is an intelligent gateway designed for IoT applications. MC -Edge's extensive security, ultra -reliable communication capabilities and reliability of transport across two-way radio, LTE, and analog radio modes make it easy for you to implement, support and grow your IoT systems to fully support all your mission -critical operations. Built for versatility, MC -Edge has you covered today, and prepared for tomorrow. MC -Edge works with ThingPark, Actility's LoRaWAN Network and is fully configurable and manageable from the ThingPark Enterprise console. This addresses the need for the strictest requirements in security and operational continuity. M MOTOROLA SOLUTIONS ETH2 ETH3 RS232 RS485 SI2 11 ��‘11111 311111111111 111111111111� 11111111111111g 1111111\1111�: 1111111111111 111111111111,`` 11111111 11 1111111 � 1� 1111111 1' 111111ii 1i 11111;1111111 11011'111111i`' 1 �11111111 1111,11111111? 11111 O111 Vertical operator solutions Network services Edge services (MC -Edge gateway) • Sirens 1n1 Fire Stations Hazmat Utilities (cr LTE LMR Mobile WAN (LMR, LTE) Edge processing (Filtering, aggregation, stream analytics, custom) Sensor connectivity (Wired, LoRa) Sensors and activators Vertical applications & services • Use cases with best -in -class reliability and security e.g.: Disasters, critical infrastructure Converged loT network • LMR • LTE • lot networks Edge gateways • Multi -network • Edge compute / analysis • Military grade hardware security Utilize MC -Edge to expand and grow your sensor networks The MC -Edge gateway enables exceptional remote monitoring and control capabilities. Expand reach with wireless built-in Expand your operations that currently have no power or communication coverage with MC -Edge, wireless LoRaWAN gateways and servers. MC -Edge is used as a data aggregator for LoRaWAN IoT devices that can span wide areas with minimal power consumption. Utilize MC -Edge to backhaul LoRa data over two-way radio or wireless broadband to your IoT applications. Enhance operations with edge computing With edge computing, activities such as decision -making, filtering, logging and analytics are handled on the edge, thus increasing network capabilities, responsiveness and efficiency. Enable control and P25 radio system remote management Integrated into Motorola Solutions' P25 dispatch or radio sites, MC -Edge can be used to control physical access, monitor environmental sensors and manage alarms. Ensure mission -critical system security MC -Edge will automatically look for malicious activity or violations of security policies and will only allow legitimate traffic to enter and block other activity. Unauthorized activity is logged and can be reported to a designated control center. AES 256 bit encryption protects sensitive data end -to -end, whether at rest or in transit. Embrace network agnostic connectivity and redundancy MC -Edge utilizes MDLC communication protocol to link distant sites for easy scaling and provide alternative communication links in case of fallback. Use of this standard functionality eliminates the need for costly custom programming or additional communications infrastructure. 2 System specifications GENERAL Operating temperature -30°C to 60°C (-22°F to 140°F) RTC Battery Charging 0°C to 45°C (32°F to 113°F) Dimensions (CPU) 2.95" x 6.3" x 4.4" (WxHxD) Dimensions (SPE I/O module) 1.4" x6 .5" x 4.4" (WxHxD) Dimensions (CAN bus I/O module) 2.95" x 6.3" x 4.4" (WxHxD) Backplane dimensions 6.2" x 1.2" x 3.1" (WxHxD) DIN rail option Yes Wall mount option Yes (using DIN rail) Construction Modular Input voltage 9-30V DC RTC backup Battery Type SDIO card Rechargeable coin -cell battery, capable of maintaining the RTC for at least 30 days at +25t when the main power is disconnected Yes Internal Transceiver Options P25 (North America), LTE, Private LTE, LoRa External Connections Network Topologies Analog MOTOTRBO TETRA P25 Null Modem Poi nt-to-Point/M u lti point Store and Forward Star Tree Hierarchy Multi -Communication Backhaul Supported (dual/redundant link) CPU RTC Hardware clock with year, month, date, day, hour, minute, Yes and second supported RS232/RS485 Communication Ports Ethernet USB 1 port on the main board non -isolated and additional up to 2 ports on piggy Isolated (<115.2Kbps/<460.8 Kbps) Up to 3 ports, 10/100Mbps (auto negotiation) Host port SOFTWARE Configuration and maintained tool PC Tool (STS) MDLC Networking Yes Direct Link Yes RTU to RTU communication Yes MDLC Store and Forward Yes Broadcast Yes Diagnostic (local, remote) Yes Error Logger (local, remote) Yes User programming C IEC61131-3 Security AES-256 end -to -end encryption User and machine authentication Central key management Central authentication server Access control Sensitive data in rest encryption IPsec SCEP PKI Secure hardware key storage (MAXIM) Protocols DNP 3.0, MDLC, Modbus, MATT, SSH, SFTP Time Synchronization MDLC, NTP Set Date and Time Services Yes (w/ Time Zone and Daylight - Saving) DNS Yes DHCP Yes I/O PORTS I/O PERFORMANCES Main Board 3DI + 1 D0 ML (Isolated) 2 kHz for all inputs SPE I/O modules Mixed I/O Module 16 DI DI 1-8 Counter Input Frequency: 10 kHz DI 9-16 Counter Input Frequency: 1 kHz 4D0 EE 3 DOs form A (two contacts), 1D0 form C (3 contacts) 4AI (+-20mA, 4-20mA) Al Resolution 16 bit, 0.1% @ 25C DI/DO Module 32 DI/DO FET 16 DI/DO FET 1 kHz for all inputs CAN bus I/O modules Mixed I/O Module 7 DI / 6 DO 4EE 2ML (Isolated) 4A1 (+-20mA, 4-20mA) 1 AO (Isolated) (AO: 0 -20mA, 4 -20mA, 0-10V) Mixed Digital 8D0 EE 16DI 5-18 V /DRY 8D0 EE 16DI 18-60 V 2 kHz for all inputs 16bit, 0.1i@25C 12 bit, 0.25% @ 25C - 2 kHz for all inputs - 2 kHz for all inputs 4G (LTE) / 3G SUPPORTING BANDS S North America Europe, Middle East, Africa Asia Pacific Latin America 4G Bands (LTE) Verizon B4 & B13 B8 (900MHz US), B48 (CBRS US) B3, B7, B20, CBRS EU: B42, B43 B3, B28 B4, B7, B28 3G Bands (supporting bands) B2, B5 B1 for fallback B5 for fallback (3G Excluded in ANZ) INTERNAL P25 RADIO SPECIFICATIONS (NORTH AMERICA) VHF 700/800 MHZ Frequency Range / Bandsplits2 TX: 136-174MHz RX: 136-174MHz TX: 763-776, 793-806/806-824, 851-870MHz RX: 763-776/ 851-870MHz Channel Spacing 30/25/12.5kHz 25/12.5KHz TX Output Power 1-5W 1-3W Receive Sensitivity (12dB SINAD) LORAWAN SPECIFICATIONS LoRaWAN Gateway Hardware Radio Chipset SX1301 and SX1257 Radio Frequency Plan AS923, AU915-928, EU863-870, US902-928 Frequency Ranges 863-870 MHz, 902-928MHz Receive Sensitivity Up to-140dBM Max TX Output +28dBM LoRa1NAN Software 0.216pV 0 250uV LoRaWAN Server Yes 2Check with your local Motorola Solutions sales representative for frequencies available in your local area. LoRaWAN Gateway Basic station for general LoRaWAN network Actility base station for Actility LoRaWAN Network (ThingPark) 4 POWER MANAGEMENT Voltage Management Preconfigured thresholds based scenarios Power voltage that can be reduced or disabled 5 power consumption options available Power Consumption CPU module all radios off Max 300mA / Typical 150mA @ 12V (w/o SD card and USB) CPU module all radios on Max 450mA / Typical 250mA @ 12V (w/o SD card and USB) CPU module all radios on P25 TX 1.6 A / Typical @ 12V CPU module all radios on LoRA RX 8 channels 0.36A / Typical @ 12V CPU module all radios on LoRA TX 0.605A / Typical @ 12V CPU module all radios on LTE TX 0.45A / Typical @ 12V Mixed 10 module Max 194.4mA / Typical 64mA @12V Mixed digital 10 modules Max —357mA / Typical 21mA @12V 32DIDO module Max 178mA / Typical 70 mA@12V 16DIDO module Max 145mA / Typical 50mA@12V Mixed 10 16 DI 4A0 4AI module Max 165mA / Typical 80mA@12V REGULATIONS Safety US / Canada IEC62368-1 (cUL Listed) EU, Australia / New Zealand EN/ANZ 62368 Emission / EMC US / Canada EU, Australia / New Zealand CFR 47 FCC part 15, subpart B (class A) ICES003 EN301489-52, AS/CA S042.1, Approved per RED To learn more, visit: www.motorolasolutions.com/mcedge SERVICE AND SUPPORT One year warranty 1. Technical Support - Remote Technical Support from our Solutions Support Center 2. Software Updates - Safeguard your system from vulnerabilities and improve network performance 3. Software Upgrades - Download the latest integrated system software releases with the latest features, functionalities and enhancements M MOTOROLA SOLUTIONS Motorola Solutions, Inc. 500 West Monroe Street, Chicago, IL 60661 U.S.A. motorolasolutions.com MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. ©2025 Motorola Solutions, Inc. All rights reserved. 06-2025 [BG15] MDLC Reliability 1/2 STARCONTROLS Communications Reliability under MDLC This memo provides some highlights on the different mechanism for the reliable transmission of information as provided by the layered architecture of the MDLC protocol. The MDLC protocol was designed according to the guidelines provided by ISO regarding seven layer protocols, OSI (Open Systems Interconnection). The basic structure of the protocol is depicted in Figure 1. End -user application process I Application Layer Presentation Layer Session Layer Transport Layer Network Layer Link Layer Physical Layer i Data communication network File transfer,access and management, document and message interchange, job transfer and manipulation. Transfer sy ntax negotiation, data representation transformation. Dialogue and sy nchronization control for applications entities. End -to -end message transfer (connection management, error control, flow control) Network routing, addressing, call set-up and clearing. Data link control (framing,data transparency, error control), media access control. Mechanical and electrical network interface definitions. Figure 1. MDLC layered structure The usage of a seven layer structure in MDLC was especially designed to offer a grade of protection similar or superior to that encountered using line communications, but when operating mainly with radio communications which inherently are less reliable. The basic reliability of the protocol is given by the Link Layer protocol. When used in a radio environment, a powerful CRC-32 error detection code is appended to every transmitted frame. This error detection mechanism makes it virtually impossible for an errored frame to go undetected by the receiver. At the receiving end, every frame is checked for errors. If no errors are detected, the frame is passed to the upper layers of the protocol for further handling. A positive acknowledgment is then issued to the transmitter side to inform it of successful reception. If an error is detected, no acknowledgment is issued and the frame is discarded. The transmitting end, after a predetermined time-out, retransmits the unacknowledged frame. This is called a link retry. The number of retries is programmable and is set, by default, to four, i.e., the original transmission plus up to four retries. Let's assume that the probability of losing a frame in the channel is equal to 5%. It can be easily shown that the probability that a frame will not be received after four retries is on the order of 3.10-7. MDLC Reliability 2/2 STARCONTROLS A second level of end -to -end reliability is provided by the network and transport layers. The network layer is responsible for the routing of information through RTUs in the system that act also as communication nodes. In addition, it is the role of the network layer to identify an alternative path between end points in the case where a link is declared as unusable. An example is given in Figure 2. Normal Route Alternative Route Figure 2. Alternate routing In Figure 2, the communication from RTU A to RTU B is normally done using the upper path of RTUs. Assume that the first link in the upper path breaks. The Network layer automatically uses the alternate route in order to pass the information to RTU B, using now the lower path of RTUs. In a properly designed system, a link failure does not make the entire communication system unusable. Whenever a network is involved in communications, frames can get from origin to destination in the wrong order. For example, a frame transmitted between two nodes in the network may necessitate retransmission due to errors and may incur extra delays in that portion of the network. The transport layer at the destination site is responsible for providing the received frames in the correct order to the application. It will do that by delaying the out -of -order frames until the missing frame is received. An important task of the transport layer is its responsibility for the end -to -end integrity of the information. If the transport layer at the receiving end detects a 'gap' in the received frames, then, after a predetermined time-out, it requests from the originating RTU to resend the missing information. This process is known as a transport layer retry. This can occur when part of the information is lost due to a broken link somewhere in the network and information is rerouted through an alternate route. The retry mechanism at the transport layer offers this supplementary protection so as to guarantee end -to -end integrity of the transmitted information. An additional level of protection is offered at the session layer of the MDLC protocol. One of the tasks of the session layer is the synchronization of large transactions that may experience faults. The synchronization of lengthy information is especially important when unreliable media is used. It allows the application to continue from the point where the communication was interrupted without the need of starting all over again from the start of the application/communication. The MDLC protocol was designed as a seven layer protocol, not only to provide a flexible communication structure but also to enhance the reliability of the communications to levels similar to those obtained with reliable media. For more information Contact Us: Tel: 1 + 954.603.0491 Fax: 1 + 954.603.0492 sales@star-controls.com www.STAR-CONTROLS.com 11555 Heron Bay Blvd, Suite #200, Coral Springs, Florida 33076 USA MDLC Features 1/4 STARCONTROLS FEATURES AND UNIQUE BENEFITS OF THE MDLC PROTOCOL Advanced SCADA systems require intelligent communication capabilities in order to assure the flexibility, expendability, reliability, and high performance of the system. In addition they require software controlled managing and maintenance of their communication network. SCADA systems can only be justified if these provide cost benefits to the customers. This can be achieved by combining smart communications into the system, which result in faster, less costly, and safer operation and of the customers' facilities. Motorola provides a solution to this challenge with its Motorola RTU system and the MDLC (Motorola Data Link Communications) protocol. These liberates the system engineering and the programmers from technical constraints and complexities of the communications and allows them to concentrate on their application and system operation. The MDLC communication protocol is based on the Open Systems Interconnection (OSI) 7 layers model published by ISO, which Motorola specifically adapted for SCADA and radio communications. This is the only available protocol for radio which comprises all the seven recommended layers. Here, every RTU may act as a Distributed Control Unit (DCU) and as a communications node serving other units. The following is a list of unique MDLC features and benefits: Application processes Variable length words File Transfer Short Messages The system engineers use the Motorola RTU STS in order to develop, maintain and modify their RTU application processes. They can then transfer the program via the MDLC protocol from -or -to all RTUs installed at the designated remote sites. The MDLC provides the Motorola RTU RTUs with very efficient communications methods, allowing to transmit variable length words (messages) between the RTUs and the RTUs and the SCADA centrals. The MDLC protocol allows to upload and download all types of data including free format files. This can be directly performed between all the sites, i.e. between the RTUs and between the RTUs and the SCADA central. The MDLC supports efficient transmission of short messages (bursts). This is done without actually creating a communications session (dialogue) between the transmitting and receiving sites (RTUs). MDLC Features 2/4 STARCONTROLS Remote Diagnostics Remote Calibration RTU to RTU links Process debugging Error logging Error Correction Statistical data Mixture of media Store and Forward The MDLC protocol provides the service technicians with an option to remotely perform diagnostics of the RTUs' hardware and software from any remote site (via an RTU) or from the central location. The MDLC protocol also allows service technicians to perform calibration of the analog ports in all of the Motorola RTU RTUs in the network from any remote site, via any RTU, or from the central location. The MDLC protocol supports direct RTU to RTU links for sending databases, local statuses and analog values. This can be done directly (or via any number of RTUs) which act as a communications node. The MDLC protocol allows to remotely monitor and debug the local application programs running in the RTUs. If required, the local process in a certain RTU may be updated without actually disturbing the system's operation. Unusual / occasional events are logged in a local error logger in the RTU without the need to wait and catch it in the real time. The logged historical events may be later retrieved via the network for post analysis. The MDLC protocol is equipped with a 32 Cyclic Redundancy Code (CRC) based acknowledge mechanism. Upon error detection, the receiving RTU asks the other side to resend only the damaged or missing frames, rather than the whole message frame. In order to save computer time for the process, the CRC's word calculation is performed by hardware. The MDLC allows remote access to each RTU (via the communications network) from any location, in order to obtain statistical data on the operation, events, parameters and processes at any of the designated sites. The MDLC protocol allows efficient combining (into the same data network) of several communication media such as cellular, radios, microwave, fiber optics while optimizing the overall performance of the system's operation. The MDLC protocol supports the use of the Motorola RTUs in the network as repeaters for data transmission. These RTUs may perform "store and forward" function (for range extension) by reusing the same channel. MDLC Features 3/4 STARCONTROLS Multiple centrals Data reliability Multiple physical ports Multiple logical links Multiple addressing Address recognition Multitasking operation Protocol emulation Use of radio media The MDLC protocol supports network communications with any number of Master Control Centers (MCC), and sub control centers in hierarchical scheme. These MCCs may be linked to the network at any RTU location. The MDLC protocol provides node -to -node as well as end -to -end data acknowledgement via any number of communication nodes (and media) between the RTUs and between the RTUs, and the SCADA central. The MDLC protocol supports multiple physical ports (Ethernet, Radio, RS-232, USB etc.) in a single RTU, enabling simultaneous communication via more than one port. The MDLC protocol allows simultaneous communications of multiple sessions via the same physical port (Central-to-RTU and RTU-to-RTU sessions). Sessions sent via the different logical links do not interrupt each other. The MDLC protocol supports: individual RTU addressing, system addressing for broadcasting the same message to a defined set of RTUs, a common address to all RTUs, and a spare address for future communication options. In order not to waste valuable process time spent on checking addresses of messages not intended for that site, the MDLC supports initial address screening in hardware. This increase the overall throughput over the network. The MDLC protocol support performance of several tasks (local processes and communications) without interrupting the normal operation of the RTU i.e. the local process and the control processes at other sites. The Motorola RTU allows emulation of other SCADA protocols. This will allow using the MDLC protocol a in combination with other SCADA systems by using of a Gateway or Bridge or Router connecting between various media. The MDLC protocol supports a wide variety of wireless and line media, including cellular, conventional, trunked, Data Radios, Fiber optics, Line, Satellite and Ethernet. Any combination of these and other physical channels may be integrated into a single data network. MDLC Features 4/4 STARCONTROLS Contention reporting Time tagging The MDLC protocol supports event reporting in both polling and contention modes. In the latter the RTU contends for the channel and will send its message only when the channel is available (free). This results in significant reduction of air time loading. The MDLC protocol is suitable for electric Distribution Automation systems, since these require support for system -wide time synchronization (RTUs, communications and central) with an accuracy of up to 1 milliseconds. For more information Contact Us: Tel: 1 + 954-604-6656 sales@star-controls.com www.STAR-CONTROLS.com 11555 Heron Bay Blvd, Suite #200, Coral Springs, Florida 33076 USA STARCONTROLS YOUR GLOBAL 110T, SCADA & TELECOMMUNICATIONS PARTNER . t• :4 IIIEW' 1-14. IOW await Nile • 'Or -4 -mi. 4 ..4446.„. 4._...‘ .1.44111 ik I 4 4 4 . r 'N. i 1111„,\W , 7 -t.' i.: L' L• lir" 4I! ' 1 4 4 a 4 . 1 ... I I 111 I 4e 4 . a ., um E. 10 4 P • 111111 11 i .11 . . 4' .., ..... ....__ _... .. ., .1 Ni 1 III 4' it ,,._. 1i 1.116. . WM*. `MEW • • , .. ,. , •,.• It• WE DELIVER SCADA CYBER SECURITY SOLUTIONS offering you end -to -end protection www.star-controls.com sales@star-controls.com 954.603.0491 1 1 1 1 1 '_a i i f C i iiieset I i.' Ira i' 21Xp b ..+ ' tOitilt10310 L 111 . ri.1 i lira 10101 1 1 MIXI ' 1^1 1 i'1 1 f' 1' i 1 i _,srt i I -I, et %t ri} ll i1 ti rill in i-1 11 0100 0101011 11 111111OCM 01X1I = LILAIIIIIIIIIinins fl4#n'he a. m ri= 1 I 1 'AO `' a i 11 . _l 1 l 1 L b. . F'3 ■ eI • 0 t 1�"' THREATS & VULNERABILITIES • With numerous threats and vulnerabilities that could affect critical services, securing SCADA systems must be a top priority. • Lack of Network Segmentation • Lack of Encryption • Ransomware • Remote Access Policies • DDoS Attacks • Malware • Legacy Software • Default Configuration • Policies and Procedures • Command Injection and Parameters Manipulation damage. Attacks on SCADA systems are on the rise. The frightening truth is that many infiltrated systems have gone undetected. All too often, cyber criminals "infect" systems and silently monitor traffic, observe activity, and wait for months or even years before taking any action allowing them to strike when they can cause the most damage. GLOBAL ATTACKS II1ackers` methods feel farrr iliar in Ukraine power grid cyberattack i Ukraine charges Russia with new cyber attacks on infrastructure ()ter Security Risks To Be Aware Of In rim ad And loan Industries Largest DDoS attack ever delivered by botnet of hijacked loT devices lETWORKD Arne:, ormetc4.6, Ukranlan power outage: Are hackers testing for worldwide SCADA cyber attacks? MI SCADA Attacks Double in 2014 Del 3ceitylarum' Motwart SUMS noron'y s6procearaepeh Chem, ost march a 'Ma writ cm! iy.Mana. Art ilskaiii4 1,03,loen4*raaan MO11.danage 41,wWeekir ADM rnationWoilu "We recognize the enemy will use the Internet to recruit, to take down SCADA systems. In short, we expect a cyberattack as a prelude to war."- LTG Alan Lynn, DISA (Defense Information Systems Agency) Director IN THE PAST FEW YEARS WE HAVE SEEN: • February, 2021 - Cyber-attack in Oldsmar, Florida • July 2017 -"We never anticipated that our critical infrastructure control systems would be facing advanced levels of malware," Mr. Wellinghoff said. "Hackers Are Targeting Nuclear Plants, U.S. Says" New York Times • June 2017 - Greenberg, a senior reporter at Wired, reports that many cybersecurity experts believe Russia is using Ukraine as a cyber-war testing ground. • December 2016 - Incident occurred amid a flurry of 6,500 cyber attacks over two months, according to Ukraine's President Petro Poroshenko. Poroshenko said the attacks indicated Russian "cyberwar." • September 2016 - Largest DDoS attack ever delivered by botnet of hijacked loT devices, according to Network World. • October 2015 - Chatham House, a UK think-tank, reported that the risk of a cyber attack on nuclear infrastructure is growing. The trend towards the digitization of SCADA systems is increasing the vulnerability of nuclear facilities, and many are inadequately prepared. Even where facilities are air -gapped, this safeguard can be breached with nothing more than a flash drive. • April 2015 - According to the 2015 Dell Security Annual Threat Report, SCADA attacks are on the rise. The report found that in 2014, the number of attacks on SCADA systems doubled compared to the previous year. Most of these attacks occurred in Finland, the United Kingdom, and the United States. • March 2015 - A report by the US Industrial Control Systems Cyber Emergency Response Team (ICS-CERT) found that it received 245 cyber incident reports from asset owners and industry partners in the fiscal year of 2014. • December 2014 - An unnamed German Steel Mill suffered extensive damage from a cyber-attack. The attackers were able to disrupt the control system and prevent a blast furnace from being shut down, resulting in 'massive' damage. Star Controls offers end -to -end, holistic approach, that integrate technologies, products and protocols that were designed for the ICS/SCADA security, and leverages technical Star Controls' know how. At a granular level, all products and solutions that Star Controls work with offer the highest level of security at every critical stage of operation. The solutions covers the OT (Operational Technology, the traditional ICS/SCADA), as well as the IT ( traditional IT security). Star Controls provides a complete Cyber Security solution for the ICS/SCADA systems, which detect and protect any potential entry point into the system. It's integrated and holistic approach stitches the Cyber Security for all components that are part of the SCADA system: Data Center - SCADA Servers and Front End Processors (or Gateways) Networks - Devices, such as Wireless Radios and Gateways Remote Sites - RTUs/PLCs and Smart Devices and Site Security Star Controls offers end -to -end, holistic approach, that integrate technologies, products and protocols that were designed for the ICS/SCADA security, and leverages technical Star Controls' know how. SCADA SOFTWARE For Cyber Security Star Controls offers different SCADA software products, while the VTScada is among the best fit for Cyber Security. VTSCADA SCADA SOFTWARE Each application includes its own security accounts and settings which control access to all parts of the application including workstations, thin clients, mobile clients, and alarm notifications. Deployed security changes are immediate and application wide. Accounts are easily copied, modified, and deleted. You can now even share accounts across multiple applications. Military -grade encryption Security protocols Password protection Group management Share security accounts applications FIREWALLS FOR ICS/SCADA Star Controls includes products from Check Point, the industry leader in IT Security, to provide a complete To -Down IT Security to the ICS/SCADA systems. Star Controls has partnered with the top vendors to include best of breed products in the SCADA Cyber Security Field iimipprAL prAm•N 11•••F 11.71 AL )1z 1191' '411 CHECK POINT GATEWAY AND ANALYTIC MANAGER Check Point offers the most advanced cyber security. Aligning Operational Technology (OT) with Information Technology (IT) security, Check Point provides an end -to -end multi -layer threat defense, allowing real-time protection and monitoring against threats with full visibility along with granular control of SCADA traffic. Paired with ruggedized appliance options and comprehensive protocol support, Check Point ensures critical assets are never compromised. With our best in class management platform all IT and OT environments are supported with a single, unified and robust management; the most advanced existing today. Check Point's SandBlast is a complete solution for IT security, including Firewall, Anti-Malware, Anti- Bot, Anti-Ransomware, Forensics and more. The following information on the SandBlast Zero Day Protection and Anti-Ransomware includes more details on its capabilities in these areas. SANDBLAST ZERO DAY PROTECTIONS All enterprises are at risk of targeted attacks such as spear phishing and Advanced Persistent Threats. Check Point SandBlast Zero -Day Protection, with its unique exploit -level detection and threat extraction, provides an additional layer of security from even the most sophisticated hackers and dangerous attacks. Unlike traditional sandboxing solutions that are subject to evasion techniques and either introduce unacceptable delays or let potential threats through while under evaluation, Check Point catches more malware, with minimal impact on delivery times. SandBlast is offered at the Network level, in the Cloud, and at the EndPoint. ANTI-RANSOMWARE Check Point SandBlast Agent with Anti-Ransomware and zero phishing technology, extends zero - day protections to web -browsers and end -user devices to defend against advanced attacks, keeping users safe no matter where they go. With continuous data collection and automated incident analysis, SandBlast Agent provides actionable forensics, which accelerates the process of understanding the complete attack lifecycle, damage & attack vectors, to maximize response team productivity and minimize resolution times. Anti-Ransomware keeps businesses one step ahead of attacks by automatically detecting, blocking and removing the most sophisticated ransomware infections and restoring any encrypted data as part of its automated remediation capability. WIRELESS GATEWAYS Star Controls offers a variety of wireless Gateways, such as cell modems or data radios, for private and public networks. Star Controls engineers will add all necessary authentication and encryption to the units, so secure this segment of the SCADA system. PRIVATE NETWORKS Star Controls offers products from leading vendors, such as CalAmp, 4RF and GE-MDS. PUBLIC NETWORK Star Controls offers products from leading vendors such as Sierra Wireless and Red -Lion. Our IT security experts will facilitate the dialogue with the cellular service provider, to define and implement all necessary IT security, e.g. VPN, while the data is going through the SP's networks. The AirLink Raven RV50 from Sierra Wireless is an example for Cellular Gateway that meets the OT and IT requirements. The Raven RV50 is loaded with features to secure critical data. It supports secure communications to multiple back -end systems by providing up to five concurrent VPN sessions. Remote authentication management allows enterprise -grade systems to manage access RTU, PLCS AND SMART DEVICES This area in the system is vulnerable and has been ignored by almost all vendors. Star Controls is addressing existing systems by adding layer of IT Security to sites with PLCs and Smart Devices that are used by the different vertical market. Star Controls is also promoting the Motorola ACE3600 RTU, which is the first RTU in the industry that provides a complete end - to -end IT Security to the remote monitor and controls. SECURED ACE3600 Secured ACE3600 RTUs, FEP (ACE IP Gateway or ACE3600 FIU) with enabled security features such as access/interface control, secured communication, secured files, and security -related logs. ACE3600 Security Policy is a set of configurable system -wide security parameters for enforcing the organization's security policy in the ACE3600 system management tools (STS), front-end units and field units. ACE SECURED SYSTEM - SECURITY LAYERS • Secure Access Control - User access control to all system parts - Roles and permissions - M2M access control - Central access management & control • Audit - Integrated security log - Logging security events - Sending security alerts • Stored Data Encryption - File encryption • Communications Security - Data payload encryption - Encryption key management - Integrated IP Firewall - Unused port disabling - Suppressing vulnerable protocols - Message Life Time • White listing - Run-file white listing in the RTUs - Management tools white listing & configuration change control • Secured programming - Implementing secured programming methodology - Avoiding "backdoors" - Using protocols / port scanners -.NET Code obfuscation STARTU SOFTWARE APPLICATION Star Controls' flagship software product, for the Motorola RTUs, is a game changer in the RTU/PLC market, providing the SCADA and the O&M team unparalleled capabilities and ease of use to configure, change and maintain every aspect of the RTU. The StaRTU has been upgraded to work on the Motorola Secured ACE600 RTU. Star Controls is also planning to incorporate logs from the StaRTU loggers (i.e. Communications and I/Os) into the Cyber Security Analytic at Check Point Manager. This will cover non-IP, legacy, SCADA systems. SITE SECURITY The site security is an important part of the overall security of the ICS/SCADA system. The integration of the two systems allows the correlation between alerts from IT security with the site security. The site security includes access management and advanced video surveillance, including video analytics. CY3ER-SECURED SCADA SYSTEV CONCEPTUAL BLOCK DIAGRAM with Cyber Security Solution Partners DATA CENTER CHECK POINT GATEWAY& I€S ANALYTIICS SCADA REMOTE SITE Oft 1316 StaRTU WIRELESS COMMUNICATION REVILE MOTOROLA ATII SCAPA REMOTE SITE WIRELESS NETWORK SCADA R EMOTE T • ef CHECK POINT 0 MarOROLA SOLUTIONS SCAOA REMGTE SITE S C:ds TTM TE SITF "4. SIERRA WIRELESS' Solution Partner sr:n EL FlC FE SITE vrscada Sarlww;orrcta: PW:irxarnq GC n ra1 STARCONTROLS YOUR GLOBAL 110T, SCADA & TELECOMMUNICATIONS PARTNER 11555 Heron Bay Blvd, Suite #200 Coral Springs, FL 33076 +1-954-604-6656 sales@star-controls.com estar-controls.com v0622 Stapport Why use Star Controls Support for your SCADA System? To increase its availability and extend the Life Cycle of the SCADA system, the system must constantly be maintained, optimized, and enhanced. Star Controls offers a large portfolio of Support and Maintenance to fit the needs of your SCADA System. From remote sites, through communications and networks, all the way to the Control/Data Centers. Our skills and experience guarantee a holistic and detailed understanding of your operations and the SCADA system. Support services can be scheduled or unscheduled to address an immediate need. Urgent Support is available, including during non -office hours, to address faults that impact critical operations. Star Controls also offers proactive maintenance, where we continuously monitor the performance of the system and detect degradation in performance before it interrupts operations. StarAssured Star Controls offers StarAssured, a suite of support and maintenance services. It 0 AO Recognizing that each customer is unique, the StarAssured meets different needs and budget and can be tailored to specific needs. StarAssured includes: • Pre -Packaged (i.e., bundle) and Tailored Plans • Annual or On -Demand Remote and Onsite Proactive Maintenance — Remote • Optimization • Knowledge transfer Services: • Remote Support — Scheduled and Unscheduled • Onsite Support — Scheduled and Unscheduled All onsite services are coordinated with Star Controls, and in most cases will require Support Contract in place Onsite Educational and Optimization — Scheduled Monthly Remote Monitoring and Report Support Annual Support Contract The Annual Support Contract provides customer peace of mind and allows Star Controls to plan the required engineering resources. The contract can be based on a Pre -Packaged or tailored around the specific needs. Star Controls strongly recommend customers sign up for the annual support plan. Naturally, customers that are under an annual support contract will benefit from faster response time. Our Pre -Packaged Annual Plans 1 STARCONTROLS Remote Support — Scheduled Gol• Platinum 0 Remote Support— Unscheduled 0 0 Onsite Support — Scheduled 0 0 Onsite Support— Unscheduled 0 Onsite Support — Educational 0 Monthly Remote Monitoring and Reporting illf Contact one of our high -trained SCADA support representatives today for more information. "P‘ STARCONTROLS Your Global SCADA & Telecommunications Partner © Star Controls, Inc. All rights reserved. v0620 Tel: 1 + 954.603.0491 Fax: 1 + 954.603.0492 sales@star-controls.com www.STAR-CONTROLS.com 11555 Heron Bay Blvd, Suite #200 Coral Springs, Florida 33076 USA 00 _ scada VTScada by Trihedral Alarm and Event Management Standard Component Alarm Page sysiemAbe.DR ✓ ®e ®O m ® r.11 - Y 7,- ou `A =I ®•* 4. Database Aaron Acicn; Reports &Analysis History Active Unacked Current Shelved Disabled Configured Time Ack Status Area Name 2016-05-43 13:40:32 Ack Alarm -:... Zane1 WaterDistributionSyrstemilaone 1YV-`_ ,,.._r.._r._... 1 Am yelp Acknowledge SheIv Add Note WaterTreatmentPlant\Pre-Mix\InietBo show oetads tck Pre - Plot Go h Page Properties EMI 2016-05-03 1336:39 Ack * Ack Ack Ack Alarm LM Pre -Mix Out -of -the -Box Alarm and Event Management Thanks to VTScada's integrated design, every new application includes pre -configured databases that support an unlimited number of process alarms and events. Additionally, the standard VTScada Alarm Page provides an instantly intuitive alarm management interface. This approach reduces integration time and ensures that your mission -critical alarm features remain tightly integrated over the life of your system no matter how many times you expand your application or update VTScada. ISA 18.2 Compliant - The re -imagined alarm page and augmented tools help you enact the best practices outlined in the ISA 18.2-2009 Alarm Management Standard. VTScada Anywhere Client — This new Thin Client display option provides a consistent alarm interface across computers, phones, and tablets. Intuitive Operator Interface In the event of an alarm, simply click the blinking icon in the top right corner of every page to jump to the VTScada Alarm Page. • See current, active, unacknowledged, and disabled alarms. • Easily sort by date/time and filter by functional area or priority. • Acknowledge, silence, or mute alarms even while configuring. • Shelve alarms to stop alerts during maintenance and alarm floods. • Print any range of the alarm or event history. • Reduce eyestrain by choosing daytime and nighttime views. • Adjust text and row size for optimal viewing on different screens. • Access a time -stamped list of system events (e.g., logons or setpoint changes). Advanced Situational Awareness • Instantly identify the status and priority of each alarm in the list. • Plot the associated tag's data or open related displays. • Use a combination of text, symbols, color, and sound to best meet the visual needs of your team (e.g., color vision deficiency). • Provide context by adding encrypted operator notes to alarms. Require notes when acknowledging, shelving, or un-shelving alarms. • `Alarm Details' dialog provides an overview of each alarm's configuration, history, and notes. • Secure remote Thin Client access allows operators to manage alarms from anywhere using their own mobile devices. • New VTScada Anywhere Client provides access to all advanced alarm analysis tools. l d ro •• 145Ligon PMgMay a E irsqem Agelimen wi on 1.4.u0..5 ie..ur.f.n,rar4.inl Pub, Pre.. WNEMan61,110,161rtel Pi. VI .wm. 4191. 5 .419 The New VTScada Anywhere Client x nits sec Bad Actors Alarm Flood History Distribution of Priorities P i z Reported History Current Configuration ISA 18.2 Recommended 17% 83' C0 33%° 67% 0- 5% 15' • • ® • • ® • • VT Alarm Details x WaterTreatmentPlant\Pre-Mix\Raw Water\Turbidity Pre -Mix RawWater Turbidity Hi Warning Details Configuration Statistics Notes Selected record notes Lugged off • May 3, 2C1613:33:39 • No e ac3ec clay E. 2 1F 12.5T.s. Removed buildup. Behaving normally now. Problem has returned. Perform another visual check on the day shift. [Insert a Quick Note] Comment I Add Nott I OK ICancel Encrypted Alarm Notes \IT Shelve Selected Shelve the selected alarm i far 5 minutes I until 3I 2016-05-04 12:4 0 indefinitely OK I DK Cancel x Alarm Shelving Expiration Trihedral A Della Group Company VTScadaR byTrihedral Alarm Diagnostics and Nuisance Alarm Reduction Four new alarm reports help you to easily identify trouble spots in your physical system or the application's configuration. All Database 0 El Analysis 30d - 73, IA 12 ®* Filter View Bad Actors Alarm Flood History Distribution of Priorities Area Name Description 1 0 Zone 1 Local TCP Port\PLCSim\Tank 1\Tank Level Monitor tank level HIGH 2 Zone 2 Local TCP Port\PLCSim\tTank 2\Tank Level Monitor tank level HIGH cunt 5 Percent 14 66.7 23.8 3 Q Zone 3 Local TCP Port\PLCSim\Tank 3\Tank Level Monitor tank level HIGH 2 Bad Actors Report — A `bad actor' is an alarm that is tripped excessively indicating problems with equipment, processes, or alarm configuration. Easily spot bad actors by scanning alarm events within a specific period, sorted by the number of activations. Bad Actors Alarm Flood History Distribution of Priorities P 1 x 50 o I .1 I. II..I III.11 Mar20 Mar25 Mar30 Apr4 Apr9 IIi1 Apr 14 All - 6 ® ® M 10, - Y R- ® to -I :}. Database Analysis Flter view Bad Actors Alarm Flood Date Event History Distribution of Prionties ja Area Name Description User 2016-04-07 12A3:29 Active Zone Local TCP Port \PLCSim\T,.k 1\Tank Level Monitor tank level HIGH 2015-04-07 0 s1A0,50 Active Zone 1 Loca[ TCP Port\PLCSIo\Tank 1'\Tank Level Monitor tank level HIGH ag 016-04-07 Local TCP Port\PLCSim\Tank 1\Tank Level • Active Zone 1 MIL 0:54,05 Monitor tank level HIGH Bad Actors Alarm Flood History Distribution of Priorities P Reported History Current Configuration ISA 18.2 Recommended 0 17% 83% 0% 33% 67% 0% 5% 15% 80`= Crtical High .Var-ing Critical High Warning • ■ ® � ■ V 04toal High Alarm Flood Report — An `alarm flood' occurs when there are more alarm events in a specific period than operators can reasonably handle. Quickly identify floods by moving your mouse over the blue bars to see the number of alarms tripped within periods of time. Click a bar to zoom into that period. History Report - This pre -filtered list shows only Active and Trip alarm events. Select an alarm then use the tools in the Analysis Toolbar to gather more information about it. Analysis • Alarm Details • Historical Data Viewer • Open Associated Pages • Alarm Properties Distribution of Priorities — Easily compare your application's alarm priority distribution with the ISA 18.2-2009 Alarms Management Standard. Compare the priority distribution for both your reported history and current configuration with the distribution recommended in the ISA 18.2-2009 standard. Tr+ih drat ADelta Group Company vTscada by Trihedral Multi Plant Architecture - Centralized Management, Autonomous Operations Configure multiple alarm databases to separate operational alarms (e.g., plants and processes) for targeted alarm processing. vTscada o a ® System Alarm DB All System Alarm DB System Event DB Pt IAlarm Actions Reports & Analysis History Filter Viez: Inacked Current Shelved Disabled Cclrv;filured Time Ack Status Area New VTScada applications include separate alarm and event databases. Existing applications are automatically converted. • The Alarm Database Tag allows you to add more databases as required and synchronize them across a network. • Filter the Alarm Page on any networked workstation to display lists from one or all of them. • Locally stored databases allow operators to manage and modify alarms even when disconnected from alarm servers. • Synchronized distributed databases keep your priceless alarm and event history safe and up-to-date. Areas of Responsibility Define what information users can see in large applications. For example, if an application monitors two plants, operators may see and respond to alarms from their respective plants, while the management team can see alarms from both plants. Efficient Alarm Configuration In seconds, authorized developers can create alarms in the Alarm Tag Properties Dialog in the VTScada Tag Browser. To simplify the process further, Alarm Tags are built right into the Analog Status and Digital Status Tags. Developers can also embed customized alarm lists into any custom display using the VTScada Idea Studio. Configure pop-up dialogs to ensure that operators are aware of high priority alarms. Uninterrupted Alarm Management VTScada's online configuration allows you to view and acknowledge alarms even while editing application tags, screens, and properties. SCADA Alarm Security Tightly control access to the Alarm Page and Alarm properties using application -level privileges assigned to specific user accounts in their areas of responsibility. Users must log in with their own credentials to access alarm information via workstations, Thin Clients, and alarm notifications. Alarm privileges can be revoked instantly across the whole system. Alarms/Events Ack All Waterristribution5ystenAiTankLow_2 Tank level too low - Tank 12016-O -U 09:C5,25 Application Application Started 10 min 19 sec) B Embedded Custom Alarm Lists VT Alarml(aterDistributionSystem'Zone_2\Tank_2\TankHigh_2) Properties X ID Trigger Triggered by Actions Display [TankLevel_2] Level of Tank 2 0 Constant Function Greater Than > Setpaint 0 Expression • t —14 Tag [TankHiAlmSpFeed6_2] Tank 2 high alarm setpoint feedback 0 Constant 0 Expression On Delay (s) Off Delay (s) 0 ® Tag 0 rir.' Constant 0 Expression C. Tag ® Constant L. Expression 0 Tag Deadband 0 Constant C. Expression 4 . Tag GK 7 [—Cancel I The Alarm Tag Configuration Dialog A delta Group Company VTScadae Mobile Alarm Management Optional Component VTScada Thin Clients allow authorized users to view and acknowledge alarms from anywhere. Authorized Thin Client users can easily select the display format that best suits their screen size and data plan. • The VTScada Anywhere Client — State-of-the-art Thin Client provides a consistent operator experience on any HTML5 device. Event -driven execution provides real- time data without overloading your data plan. Zero -footprint means nothing to download and install. No Java either. • VTScada Internet Client (VIC) - Windows PCs - Identical to a VTScada Thick Client operator workstation. • Mobile Internet Client (MIC) - HTML5 browsers on smartphones, tablets, PCs, and Macs - Text -based alarm interface optimized for smaller screens and data plans. Note: WAP is discontinued as of 11.2. Alarm Notification System Optional Component When alarms happen, your SCADA system needs to alert the right people as soon as possible no matter where they might be. • Automatic Alarm Callout - The VTScada Alarm Notification System (ANS) transmits alarm information anywhere via text -to -voice phone calls, SMS text messages, emails, and pagers. • Built -In is Better - VTScada's unique integrated approach vastly reduces integration time and ensures tight compatibility over the life of your system no matter what version you are running. The ANS shares the same tag and alarm databases as the VTScada application. • VoIP-Based Voice Alarms- In addition to physical modems, VTScada now supports three additional ways to send text -to -speech alarm notifications. • VolP to phone lines via analog telephone adapter (ATA). • VolP to PBX via internal digital phone service. • VolP to online VolP Service (Voice only). by Trihedral ••ea:. TELUSr 3:23 PM B1Kdtl O -Scacia Alarm Page System Awpaanen syam nppa, e,n System Apq)e,emn Syltem 54)Defaults gy,lem aa�.,rpn 1311Vre-Mix WaterTivlmem&lane),IFNWamnag NaworLln ,,..lien NecaarLMbrm,wnlPnmaryAM0lake I11410))lid,),Smun 1SurgeYzheOpen1451 The New VTScada 'Anywhere' Client New in Version 12.1.35 - Use the above as well as Twilio Programmable Voice® and voice modems as redundant backups for voice alarm calls. VolP now allows encrypted call setup and encrypted audio. • Dial -in Phone Access - Dial into your application using your application security account to check levels, acknowledge alarms, change setpoints, or send commands to equipment. • Licensing - Add ANS to any VTScada Runtime or Development Runtime license by simply updating your software key. • Easily Configured Rosters (Updated in Version 12.1) - Rosters are lists of up to 39 users to contact in sequence until an alarm is acknowledged. Create any number of rosters for the whole application or functional areas. Change rosters by events or on schedule (recorded in history). • Easily reorder Roster Contacts via arrow buttons. • Set wait times for each contact or notify multiple contacts in one "burst". • Repeat contacts without adding them multiple times. • Allow users to configure Rosters without the ability to modify tags. TRY IT FOR YOURSELF Download the 90-day Trial VTScada.com/trial YS P,aster IftamcrstRasrer 2) Prep ertaes Ill Method Name • Stan of rester Email Bab Email toe {pmpuE Erman Max E Delay for 1 minute Tett Mfage Bob 1 Delay for 5 minutes Woe Bab S'epeat 3 times with 5 minute delays O. End of roster . Add eamael ♦ kid delay/foplat Canlacti Phone Numbed Email Address llsememe Tme Zone Enabled bulAwysompaywm sneeeycwmpeny,rorn maAany<onpany.om 3102355s-0000 902-555-WOO bob Spoor Tins lune x sue S.a.e.-Tans dons LI • Sa+,rme done RI bob Snarly fox Zone IA 11 a1 So,.e, rimetome I x ■ OK Cancel Apply Updated May 8, 2024 Intuitive Roster Configuration. VTScada.com i nfo(atri hedral.com 1.300.463.2733 (North America) 1.902.335.1575 (Worldwide) ) f +44 (0) 1224253910 (Europe) Trihertral ADelta Group Company C� Trihedral Engineering Limited 2024. VTScada and Trihedral are registered trademarks of Trihedral Engineering Limited. All other products are trademarks of their respective owners. VTScada by Trihedral The VTScada Alarm Notification System A fully integrated solution designed to work seamlessly for the life of your system. Optional Component Today's SCADA operators are too busy in the field to have time to sit looking at screens all day waiting for problems to occur. When alarms happen, the system needs to be able to get that information to the right person as soon as possible no matter where they might be. The VTScada° Alarm Notification System (ANS) transmits alarm information anywhere via text -to -voice phone calls, SMS text messages, emails, and pagers. Dial into your system using your application security account to check levels, acknowledge alarms, change setpoints, or send commands to equipment. Built-in is better VTScada's unique integrated approach to alarm notification vastly reduces integration time and ensures tight compatibility over the life of your SCADA system no matter what version you are running. Add ANS to any VTScada Runtime or Development Runtime license by simply updating your VTScada software key. The ANS shares the same tag and alarm databases as the VTScada application. Note: Alarm and event management is part of every VTScada application. The built-in SCADA alarm notification features described here are optional. New in VTScada 12.1 - Annunciate Voice Alerts over VoIP, no modem or Internet VTScada will continue to support physical voice modems for text -to -speech alarm annunciation while they are available. However, it is increasingly difficult to find companies that produce them. Worse, telecom providers are phasing out support for data over analog lines. Version 12.1 lets you move beyond this hardware and take advantage of the benefits of VoIP without going through the internet. Leave no alarm unacknowledged - When an alarm goes unacknowledged for a user -defined period, VTScada won't stop until it finds an authorized person to acknowledge it. The system begins working its way through rosters of up to 30 contacts each. A contact is a combination of a staff member and a method of notification such as SMS text message, email, or over the phone via text -to -speech voice engine. This means you can create a contact for your cell phone and another for your landline. Configure any number of rosters for the whole application or specific functional areas. Roster activations are recorded as events in the alarm history. Dial -in phone access - Dial -in from anywhere to log in and use the auto -generated spoken menu's system to hear system values (e.g., well levels), perform control actions (e.g., start pump 1), and receive or acknowledge a list of alarms. Acknowledge by SMS, email, or text -to -voice - Once you are notified of an alarm via SMS text message, email, or text -to -voice phone call, you can easily acknowledge it the same way and stop VTScada from sending further notifications. ...... JELLIS ? 4'.23 PM < Messages VTScada Contact 04/29/2014, 04:12 PM. Zone 1 -Tank 1 level too low Code: 9MCZ 04/29/2014, 04:12 PM. Alarm Acknowledged'. Zone 1 - Tank 1 level too low di sond Crystal cleartext-to-speech - VTScada uses the Microsoft° Speech API (SAPI). In addition to providing the latest in text -to -speech technology, SAPI simplifies our licensing and significantly reduces the size of the VTScada installer. Voice modem support - VTScada should work with any standard voice modem. Though we cannot guarantee the compatibility of third -party modems across all Windows operating systems our engineers have identified modems that they have used or have been used by our customers on our VTScada Support Forum. VTScada.com/modems ri Ibis [il Cal �. A Delta Group Company vTscada by Trihedral New in VTScada 12.1 - Alarm Notification/Roster Enhancements Version 12.1 makes it even easier to ensure your critical alarms find you anywhere. • Clearer and Easier Configuration - The Roster Properties dialog has been revamped to make it easier to • Drag -and -drop Reordering — This includes the ability to easily reorder contacts in the roster via dra • Custom Callout Delays - Rather than a single delay between roster callouts, you can now set a custom wait • Notification Bursts — Custom delays allow multiple contacts to be notified in one "burst" by setting no • Repeat Groups of Contacts - One or more contacts can be repeated in a roster without having to add .Y_C Roster (Rosters\Roster 2) Propertie-s organize the contacts. g-and-drop. time for each contact. delay between them. them multiple times. ID Method p. Start of roster 0 Email Bob Email Sue Max 0 Compact Email 11 Delay for 1 minute 1Y Text Message Bob 11 Delay for 5 minutes r Voice Bob L Repeat 3 times with 5 minute delays p End of roster + Add contact + Add delay/repeat Name Contacts Settings Phone Number) Email Address Username bob©mycom panycom sue©mycompany.com max©mycompany.com 902-555-DODO 902-555-0000 bob sue max bob Time Zone Enabled Server Time Zone ❑J X Server Time Zone ❑J x Server Time Zone ❑J x X Server Time Zone ❑J X X Server Time Zone ® x x OK Cancel I Apply Advanced modem management - VTScada collects modems from all application servers into a single pool. VTScada searches this pool, rather than a specific server, for an appropriate data or voice modem to use when sending alarms. Twilio®, an alternative to physical modems - Problems with modem reliability? Unable to run phone lines to your server farm? Having difficulty sourcing voice modems? The VTScada Alarm Notification System can now support voice telephony and SMS alarm notifications using Twilio, a paid web -based communications platform. This requires SCADA access to the Internet and a Twilio account (www.twilio.com). Running VTScada as a service? — VTScada can optionally run in the background without an active user interface. Note that Microsoft does not permit Windows services to access SAPI, the built-in Windows text -to -speech engine. This means that if you're using the VTScada Alarm Notification System and you have configured your application to run as a service, the outgoing alarm calls will be silent. In this case, we recommend using Twilio (above) for alarm annunciation. This is not an issue for standard VTScada installations. Automatic failover - Server failover is an important factor in ensuring uptime and accessibility. This extends to alarm notification. Easily create lists of backup alarm notification servers that will automatically and seamlessly take over if the primary is unavailable. Responsibility will return to the primary server when it is restored. Application -level security - Secure access on incoming and outgoing calls is maintained using the standard VTScada Security Manager. To receive status or alarm information, users are prompted by VTScada for their password. Users who do not have the `Alarm Acknowledge' security privilege will not be able to acknowledge alarms. Hardware requirements - Hardware requirements depend on how the notifications are sent. • For spoken alarms and pager notifications, the Alarm Notification System uses a modem to make outgoing calls. • For email notifications, configure an email server or provide access to a commercial server such as Gmail®. • For SMS-text notifications, you will need an SMS appliance. SMS hardware is not covered in this guide. Mobile alarm management - VTScada Thin Clients (licensed separately) allow you to securely view and acknowledge alarms anywhere using PCs, or HTML5 compliant mobile devices. DOWNLOAD THE 90-DAY TRIAL VTScada.com/trial Updated May 17, 2022 VTScada.com info@trihedral.com in o r7 f 1.300.463.2733 (North America) 1.902.335.1575 (Worldwide) +44 (0) 1224 258910 (Europe) Trihedral A Delta Group Company © Trihedral Engineering Limited 2022 VTScada and Trihedral are registered trademarks of Trihedral Engineering Limited. All other products are trademarks of their raspectiva orvnars. VTScada by Trihedra! Historical Data Management and Trending Standard Components A world -class historian that protects your data and puts it to use across your organization Available at no extra cost, the VTScada® Historian is an integrated component requiring no configuration or database management. Real-time synchronization ensures your history is safely distributed across all redundant servers. Developers can fold logged data into a variety of user interfaces while operators can create their own ad -hoc trends and reports. VTScada easily shares data with third -party business platforms. It can even import the history from your old legacy system. The VTScada Historian The only database specifically designed for SCADA Most SCADA platforms require a third -party database to store logged data. These products were designed to be generic tools used in almost any field such as accounting, academia, or sales management. Only VTScada includes an Enterprise historian designed specifically for SCADA applications. In addition to being fast and compact, this approach makes it possible to easily scale your application from a few hundred tags to a few million. There is no need to upgrade your simple "starter" database when your system starts to grow. This pre -configured historian vastly reduces integration time and eliminates the need to separately license and support third -party products. Best of all, each configured redundant server automatically contains an up -to -the -second backup of the whole database. 3'a Party Databases via SQL Manual Data I/O Tags 7 ai Calculations Totalizers Counters Log data from multiple sources based on triggers Data is stored directly to the Historian at the time of trigger occurrence, eliminating any need for separate real-time and historical databases. VTScada can log on change, on related event (can be used for disable/enable), on time/sample period, or on operator actions (e.g., manual data entry, setpoint change, or control action). Alarms Electronic Operator Logbooks A Delta Group Company Upon request, the Historian analyzes • Time -weighted average (analog) • Minimum (analog) • Maximum (analog) • Change in value (analog) I1.111-Ati INTERNET t t VTScada by Trihedral Summary, on -demand data raw tag data and provides time -series summary divided into time slices. • Value at start (analog) • Time of Minimum (analog) • Time of Maximum (analog) • Totalizer (analog) Multiple Historian configuration Historical Data Synchronization data, based on a user -definable duration ■ Interpolated (analog) ■ Diff between start and end (analog) • Zero to non -zero transitions (digital) ■ Non -zero time (digital) i VTScada supports any number of historians for a single application. Each one can be configured to store data for a different geographical and functional area. Each tag may store data to one Historian. VTScada also allows you to configure redundant third - party relational databases such as Microsoft SQL, Oracle, and MySQL. These must each be separately purchased, installed, supported, and backed up as per their respective manufacturers' instructions. Redundant Historian configuration Thanks to VTScada's integrated design, every application server can host its own Historian. Each data point is stored identically on each one. Redundant Historians can also include third -party formats. For example, the primary and secondary could be the native VTScada Historian while the secondary backup could be Oracle. Redundant Historians may be co -located with the Primary or geographically separated provided an IP connection exists between them. Bi-directional synchronization Redundant Historians use the same schema. VTScada uses timestamps to ensure that each data -point is identical down to the millisecond. Should the primary database server fail, associated workstations and Thin Clients seamlessly switch to the next designated database. When restored, historical data automatically synchronizes across a local or wide area network at up to 160,000 values per second. This speed is automatically throttled to avoid interfering with real-time communications. If servers become isolated from one another, they will continue to log their own local I/O and automatically sync once their connections are restored. Long-term data storage. No more archiving. Data archiving was traditionally used in long-term historical data storage to mitigate limited drive space, and to provide a form of backup. VTScada makes this unnecessary. Its efficient storage format packs more data into every megabyte of hard drive space compared with other standard database formats. Using redundant Historians, as described above, is a far more robust backup methodology. Logged calculated values do not count against the licensed tag count. A Delta Group Company VTScada by Trihedral Secure historical data VTScada's Historian cannot be edited within VTScada or by third -party software. The proprietary log files are not human readable. VTScada uses a checksum to detect tampering or corruption. Note: If you are also logging to a redundant third -party database you will need to secure it as per the manufacturer's instructions. Historical data editing While the Historian cannot be altered, it is possible for authorized users to override individual or ranges of logged values. This is a helpful way to fix incorrect or missing values. Edited values are marked in the Historical Data Viewer along with a required explanatory note. Overwritten values are not lost. History data import from CSV files When replacing a SCADA application of a different software brand, VTScada helps you maintain a complete view of your process history, allowing you to import the historical data from your legacy system. Consult VTScada Help for information on formatting files for import. Simple Historian status monitoring The Historian Status Monitoring Widget provides instant status of write and storage rates. When write rates exceed storage rates, data is automatically buffered and written in burst mode when the Historian connection is available. VTScada write rates have been tested to 4,000 values per second for a single tag, thus buffering is usually the result of a slow network, underpowered CPU, or slow storage media. Historian Status Name Current Server Connection Status Queue Length Write Rate d$ Store Rate Service Status SystemA la rm H isto ria n LAPTOP1 Connected 0 0 0 Ready System H istorian LAPTOPS Connected 0 16 16 Ready Sharing Historian Data with Third -Party Platforms VTScada makes it easy to share real-time and/or historical data with third -party software platforms via these industry standard protocols and methods. • OPC Server - Allows OPC-compliant programs (including other VTScada applications with OPC clients) to exchange live data with standard VTScada applications. • OPC Client (DA & UA) - Allows VTScada applications to exchange live data with an OPC-compliant server (including VTScada applications with OPC servers). • ODBC Server - Allows you to use popular software like XLReporter®, Dream Report®, Crystal Reports®, Access®, or Excel® to extract VTScada system data. VTScada acts as a database where each logged tag represents a table of timestamps and values that reporting software can query to retrieve logged values. • REST & WEB Services - VTScada's REST and SOAP (XML) interfaces allow business systems to request real-time and historical data. They support time/date ranges, min, max, time of min, time of max, average, total, and SQL that include SELECT commands and WHERE clauses. • Third -Party Reporting - Third -party reporting products, such as e.RIS®, XLReporter®, and Dream Report®, have integrated VTScada interfaces. A Delta Group Company vTscada by 1-i-illedrai The VTScada Historical Data Viewer (HDV) A powerful trending tool that any operator can use. MITEMI..I aDaa\^E[1]80 Pan iiaom Mew Nolc ' L l �� )� r The NOV provides a continuous view of analog and digital data. tkr Par Name esoipunn • m 4 ▪ ..\UpsereamFlcwRate Upstream Flow Rate % m 4 ti ..\MainValvePosition Main Valve Position • m 4 "•.• Remoull_lakeUTukineSpeed Turbine Rotational Speed X m 4 ..\OvwnstreamFlowRate Upstream Flow Rate • m 4 JL .\BypassSwikfFeedback Bypass Swikb Feedback X m 4 i] System Notes 44 A Grid /( Notes t. Value Minimum = 4 ]3 % 445 RPM 445 W34 OH Maximum fl^ /s 457 RPM 506fl^3/s OR Nsen-es 73 % 450 RPM 500 fl^3/s On Tare 040060 The VTScada Historical Data Viewer (HDV) is just one of the ways operators can interact with their application's process history. This standard interface provides a continuous view of historical and real-time data on a single timeline. It can include both analog and digital I/O values. Move the Marker Line horizontally to see continuously updated values for each plotted analog tag at every selected timestamp. Icons in the Pen Legend below allow you to hide pens (tags) or edit their appearance. waste,eaterPlanmemn F TCPIP Port F WastewaterPlanrsim F Pumps F Pumpl F Name: ❑Snnwc area snow oi�6led rip AllSt ti ns o-p IrResources F]{} Menus 1,0 simulators F1-0 System Alarm gB 1,0 System Event OB C] e oPlantOemo PIPIP Port WastenteNlant$Im PlantStyle Pumps n { Fault o-p Pnmpa All Areas All Types 'J PumpCurrent Pump Current J PumpFlow Pump Flow rJDraw Pumpfteset Reset Pun, PumpRPM PumpRunning Analog Status Pump RPM Pot I� Pump Runr View Alarms I�V> PumpSpeedSP Pump Spec Cul J PumpSpeedSPQrt Pump Spee J PumpSpeedTrip Pump Runr Copy J ➢umpSpeedrripSP Pump Spee Paste as Cnila a PumpspetarripSPCM Pump Spec Newcb;M a Pump,. Start Pump X [)elate �Pumnsfin Sinn f±rmn 40012 40016 112 40010 10 40014 40110 15 40015 ul 40111 110 J 111 Plot tags right from the VTScada Tag Browser. Time ..\Filter#11Turbidity ..1Filter#21Turbidity ..1Filter#3 Turbidity .. Filter#1 Turbidity Filter#2 Turbidity Filter#3 Turbidity Sep 225 02 45 Sep 25 0230 Sep 25 02:15 Sep 25 02.00 Sep 25 01,45 Sep 25 01,30 Sep 25 01:15 Sep 25 01,00 Sep 25 00,45 Sep 25 0030 0.0648600 0.0548600 0.6648600 0.0542600 0.0548600 0.0648600 0.0648690 0.0649600 0.0648600 0.0648600 9.061800 0.061800 0.061800 0.061800 0.061800 0.061800 0061 800 0.061600 9.061800 0.061600 0,6646600 60548600 0,0648600 2.0648600 0,0546600 0,0648600 0,0648600 0,0648600 0,0548600 0,0648600 See raw values in the Grid View tab of the HDV. Instantly intuitive trending designed for operators In addition to the standard page, you can also configure the HDV as a pop-up display or as an embedded trend group on custom pages. Best of all, operators can create and save their own ad -hoc trend groups with just a few clicks. They can also trend values right from the tag browser, or alarm page (image above left). HDV tabular view HDV data may also be shown in time -series tabular view (image above right), as raw data to the nearest millisecond, or as ave, min, or max values. Additionally, to facilitate time -sliced viewing, a total period may be selected, and then further time -sliced to display summary data for each period. For example, 24 hours of data may be shown as 24 separate rows of one -hour averages for a selected set of tags. Download the 90-day Trial VTScada.com/trial Updated March 11, 2022 VTScada.com info1i01rihedral.com in. In, 5 © Trihedral Engineering Limited 2022. VTScada and Trihedral are registered trademarks of 1.800.463.2783 IN*0h America) 1.902.835.15751Morldod l +44 (0) 1224 258910 (Europe) ADefta Group Company Trihedral Engineering Limited. All other products are trademarks of their respective omers. VTScada by Trihedral The industry's most powerful SCADA software' for systems that simply can't fail. ENGINEERS' CHOICE AWARDS WINNER Product of the Year Agenda Agenda 9:00 - 11:30 — Presentation 12:00 — 16:00 — Product Demonstration VTScada° by Trihedral One Install Provides All Core SCADA Components TScada Under 200 MB Installer 411.411 Software for Monitoring & Control Monitoring & Control A 11 Date Time Tag Name 2 1-Dec-17 13:05:99 PlantDemo 3 1-Dec-17 13:05:00 PlantDemo 4 1-0ec-17 13:05:00 PlantDemo 5 1-Dec-17 13:05:00 PlantDemo 5 1-Dec-17 13:05:00 PlantDemo T 1-13ec-17 13:05:00 Demo\TCP Reporting Communication Drivers Accaunt Name Blau Pacswovd Contotm Password Security Alarms & Notifications yr Historian Graphic Development ono Mobile Connectivity Mapping Trending 'on TlmeApphee 0109 1 Mon Mar 14, 201115:10:35480 0108 snow Version Details a.02s20 0107 Switch 10 This V5•8b '26099 OM Reverse vermon Changes 933 0105 Merge Vetsion Changes . .711 0104 Mon Mar 14, 201111:15:49.780 0103 Mon Mar 14, 2011 11 14:33.598 Version Control Enterprise Connectivity INTEGRATED ARCHITECTURE Standard & Optional Components • We develop and maintain every part of VTScada. • One license agreement for all SCADA components. • All features are automatically upgraded with every version. • Unique design vastly improves integration and scalability. Open I/O Connectivity For All Your Devices M000US JSUN DELTA DNP3 MATT DF1 DDE SPARKPLUD B MOTOROLA IP GATEWAY ROCKWELL MULTITRDDE CAMPBELL SCIENTIFIC OMRON CALAMP GENERAL ELECTRIC HAP GRUNDFDS BACnet DFS MDS ALLEN-BRADLEY KOYO CAT MDS 1E13 BSAP CIP ECM AND MANY MORE... DEVICE DRIVER LIBRARN Standard Out -of -the -box VTScada includes hundreds of industry standard and proprietary protocols. Since they are fully integrated, the are updated with every new version of VTScada. • Drivers included in the base price of VTScada. • Examples: Modbus (many variants) - DNP3 - DF1 - Rockwell Ethernet IP - Siemens - Omron - GE - MQTT - etc. • Advanced polling features can replace Master PLCs. • Direct drivers cost less than maintaining OPC servers. • Trihedral can develop custom drivers on request. Open I/O Connectivity For All Your Devices Advanced native polling tools. Failover to redundant networks or devices. TELEMETRY TOOLS Standard • Remote Asset Polling Driver. • Telemetry protocols such as DNP3, IEC 60870, Motorola, DFS • Support protocols with store -and -forward, datahopping, digipeating. • Multiplexer support for redundant comm links. • Advanced polling tools for real-time poll rate adjustment and fast/slow switching. • Calculations and Deadband Control to support automated site to site interdependency. New Communication Drivers - OPC UA and MQTT 2 opc. cp:/. 62541 Object { Server k CrT Lr` Scalar ScalarInstruRions Scalar Static L Simulation Boolean Byte Byte String DteTime Double Duration Float Guti Int16 Int32 Int64 Integer Localeld LocalizedTert } Nodeld Number Quali6edName sltyle String Time DInt16 NodeClass RrowseName DisplayName Description WrrteMask DserWriteMask ns-2; id-Scz lar_Simvlabon_Int32 ns-2;id-Scalar_Simvlation_Int32 Int32 96 96 Value 2110112219 DataType 1,132 ValueRank Scalar ArrayDimensions Aconstevek userAccesste.el M inimumSam plingl nterva I fiistorizung Rolepermisoons UserRolePlermissions AccessRestrictians Accessteveltx 0 l !a New MATT Client Driver Properties X D I Con Port "Port --Missing-- MQTT Client ID tial Last V l LYTScadaDDOODODLUTAX-10DDDDDDOODLX-XXXX DDOIX-XXXXXXXXMQTT 1 Keep Alive 120 QcS G QoS 0 - At most once G QoS 1 - At least once QoS 2 - Exactly once OFtoid OK Cancel OPC-UA CLIENT DRIVER Standard • Interface to OPC-UA servers running on local or remote computers. • An alternative protocol to OPC CLASSIC. No DCOM. • VTScada still supports the OPC CLASSIC. MQTT CLIENT DRIVER Standard • A gateway to the Industrial Internet of Things. • This subscribing client can read from an MQTT broker on your local network or the Internet. • You can then log, view, alarm, and report on values from devices connected to that host. Plug -And -Play Tag Creation Yr_ Tag Browser: Showing 1 of4,920 Running Tags I Using 22 of Unlimited Licensed Tags — 0 X R Show Children lll� I ll'n ❑ Show Disabled All Areas v pment Types v CIP/ENI ©0 x k Bemoulli_Lake Name Description Type Equipment Type Address AB-PLC1 Remote Site 1 PLC CIP/ENIP Device [1,0] Menus PublicIncludes ServerStatus System Alarm. DB System Event DB System Historian a I New Properties Draw Close lrnpgA:ig Tags From Ors SIP 1 [ S,f 5O el 5,159 Tags Selected P I'I041\U 1 AO_test(0) AA_terdll AO_test(10) AO_test(11) AO_test(12) AO test(IS) AO_cest(14} AQtest(1 5} AO_test(2) ❑ Show Ch:'-d•en FyP r']Coniict1 On', All es - 0 X —Aglow Selected x T 'r. Shaw Unsekried Desc.pleon T/pt Address AkteM A4 test(11 AO_testl161 AO ttst(l 1) AD test[I21 Afl test(13) Ati test(14) AO ttstt151 Anaing (kraut] Anddg (IniOvt) pn+'Ou11 { lweg [InlOul] Analog On/C7,11 Analog (InWOu) Analog (WOIII) Andkog11Ntjytl AOtest[0](Akt[0]) Ap lest(1]¢AO test[']) AO_test[1o]tAo Icst[lo]) AO_t rtt[11 ]{A0 1 ett[ t 1 ]1 AO_test[12]tA0_test[lZ[) AO:test[13]1A0 test[13]1 AO test[141lA0 test[t4]) AO Iest1151tAO teit1151J Easily filter and choose just the tags you need to import. TAG IMPORT FOR AB CIP DEVICES Standard Component • Import tags from AB CIP devices to your application with one button.* • Button enabled when a supported driver is selected. • Filter and select tags before importing. • Copy parent/child tag structures configured in the PLC. • More devices will be added in the future. * Tag names in PLC must be legal tag names in VTScada. Built-in Historian - No Extra Cost or Configuration HISTORIAN PI MS SQL Server- MyQL Att VTScada sot ite THE VTScada HISTORIAN Standard Component Every application includes an Enterprise historian capable of logging from two to two million I/O. • Add synchronized redundant historians in seconds.** • Configure 3rd-party databases as needed (sold separately). • Import history from other SCADA platforms in CSV format. SQL Server, Oracle, MySQL and SQLite are trademarks of their respective owners. " Requires additional VTScada licenses. Operator -Created Trending ScBlida mu, ... mma�eur;- €FiltersTur6idi Time (IEll 6 Hours ..1Filterttl \Turbidity filter#1 Turbidity 11 l� I Averages 15 Minutes No ..1Filte rtr2\Turbidity filtcrl2 Turbidity 05:15 05:30 05:45 06:00 06:15 06:30 06:45 0.0624622 0.0624571 0.0624539 0.0624580 0.0624617 0.0624631 0.0624614 0.058375 0.053367 0.058363 0.053369 0.053374 0.058376 0.058373 Choose Plot or Grid view. HISTORICAL DATA VIEWER (HDV) Standard • No integrator required to add trend groups. • Click one or more screen values to plot, then save. • Add encrypted notes to the timeline. • Stacked and overlapping trend views. • Switch between Plot or Grid view. • Mobile trending from Thin Clients.* rL Add note to System Notes X Feb 7, 2020 1 s:48A7 PLC 3 malfunction caused these unexpected levels. 'hill replace this d ayshilt Built-in Reporting Tools Oc Scada urhnrt ry Energy lined Al J fx 121.nalog Summary Report from May A C D I E I F G F 1 IAnalog o Inman/ Report from May 2, 201906:55:00 to May 2, 2O1907:5 Station Tag 3 _ Pump Flowgpm 4 Pump Flowgpm 5 Pump Flowgpm 6 Pump Flowgpm 7 Pump Flowgpm 9 9 n Address Average Min Max Total [40006] 3.64 [40016] 3.45 [40026] 6.86 [40036] 6.95 [40046] 5.39 0.6 18 218.34 0.6 16.5 206.96 0.1 19.9 411.48 0.3 19.1 416.72 0.4 19.1 323.63 Report Page and Report Tag Standard • Ad -hoc or scheduled reports. • Simple built-in report generator. • Output to screen, txt, csv, Excel, database or email. • Export to custom Excel® Report Templates. Share Data With Enterprise Systems 3RD-DAPTV CONNECTIVITY OPTIONS Standard in Development Runtime Licenses VTScada makes it easy to share history across your organization. ■ ODBC Server - Query VTScada's Historian like an ODBC database. ■ OPC Client / Server - Connect to real-time process values. ■ SNMP Agent* - Real-time data and report -by -exception traps. ■ REST Interface - Retrieve large datasets in JSON format using SQL. ■ JSON - Import website and IOT information ■ Web Services - Use soap/XMI to access historical and real-time data. ■ VTScada - Connect different applications to one another. NEW IN 12.1 - The SQL View Tag allows third -party platforms to efficiently query vast amounts of data from the Historian. * Standard in all licenses Work Directly With Process Data Outside VTScada Review View Add -ins Help VT5cada 0 E F 0 Timestamp My Alarms \Analog 1:Value:Average Timestamp 2019-06-0103:00:00 1.00 2019-06-24 19: 2019-06-02 03:00:00 2019-06-03 03:00:00 2019-06-04 03:00:00 2019-06-05 03:00:00 2019-06-06 03:00:00 2019-06-07 03:00:00 2019-06-08 03:00:00 2019-06-09 03:00:00 2019-06-10 03:00:00 2019-06-1103:00:00 2019-06-12 03:00:00 2019-06-13 03:00:00 2019-06-14 03:00:00 2019-06-15 03:00:00 2019-06-16 03:00:00 2019-06-17 03:00:00 2019-06-18 03:00:00 2019-06-19 03:00:00 2019-06-20 03:00:00 2019-06-2103:00:00 2019-06-22 03:00:00 2019-06-23 03:00:00 c 22.93 50.00 50.00 50.00 50.00 2019-06-24 19: 2019-06-24 19: 2019-06-24 19: 2019-06-24 19: 2019-06-24 19:. Far Ham. a....,, o.a.. Rama, B 0. CaNbn IBM)) h 678 B 1 a o ,ve 4 A 8 a Tlmestamp My Alarms 1, Analog 1:A8erage 2 2019.08.1500:0080 1.00 3 2019-08-1501:00:00 100 4 2019.08.1502:0080 1,00 5 2019-08-1503:00:00 1,00 • 8 2019-08-1504:00:00 1,00 7 2019-08-1505:00:00 1,00 8 2019.08-1506:00:00 100 9 2019-08-1507:00:00 100 10 2019-08.1508:0080 1,00 11 2019-08-15 09:00:00 1.00 12 2019-08-1510:00:00 1,00 13 2019-08-151180:00 1.00 14 2019.08.1512:00:00 100 5 2019-08-1513:00:00 100 16 i E ,if VTScada Excel Repprli,g Tag History Query wm. a.ry, r .r..el.. + ac®Hss rime raw Q em. km..., Querrsn.w.. Qrw.0..1.. al,am rH,...,e. j1 MICROSOFT EXCEL ADD -IN Standard in Development Runtime Licenses* Download the Excel° add -in, "VTScada - Data Retrieval" from the Microsoft Office Store° or App Source °. • Connect from a local or remote server. • Choose the VTScada Historian data source. • Select tags and build queries. • SSL/TLS is required to connect to VTScada. * Requires a Microsoft Excel license. Microsoft, Excel, Office Store, and App Source are trademarks of Microsoft. Enhanced Situational Awareness 0 Scads Alarm Page 0 8 ® D "ik ® IJ 30d ' Y yt' TO E`A -1 * ® 4' All All System Alarm DB System Event DB Time 2016-01-26 11:26:4' Alarm Actions ,Analysis History Flier VIEW SOW Unasked Current Shelved Disabled Event Event Configured Area Application Starlit 2016-01-26 11:26:41 3 ■ Active 2016-01-26 11:26:41 3 A Active System System 2016-01-26 11:26:4" 2016-01-26 11:26:41 2016-01-26 11:26:4" 2016-01-26 11:26:41 2016-01-26 11:26:41 2016-01-26 11:26:41 2016-01-26 11:26:41 3 N. Commission Commission O Disable OO Disable ® Disable 8 Disable % Commission System System Networkl nformati LM Low Lift Pump St LM Low Lift Pump St LM Pre -Mix LM Pre -Mix Pre Mix ystem 3 , Yr. Add Note WaterTreatmentPlantDemo\TCPIP Port\WaterTrea 0ne1 Test Alarm (1) _onel !onel 2019-12-20 14:5337 tone l Active Thiswas a test of the WrP levels. Recommend we increase the setpoints.' one3 one3 one3 one2 r-1 Help Acknowledge Shelve Add Note Show Details Plot Go to Page Go to Page (Popup) Properties Iarm amn Iarm arm \ Pri ma ryAl m Di t\LowLiftPump t\LowLiftPump t\Pre-Mix \Raw t\Pre-Mix\Raw WaterTreatmentPlant\Pre-MbMix WaterTreatmentPl ant \CI ari fiers`ISet WaterDistributio n System \Zo ne_1 \T WaterDistributionSystem \Zone_1 \T WaterDistributio n System \Zo ne_1 Y WaterDistribut i o n 5ystem\Zo ne_11 WaterDistri buti o n System\Zo ne_3k WaterDistributionSyst i \Zone± WaterDistri buti o n Sys WaterDistributio n 5yst6 ►Itf s � m..+1►•e j . ALARM & ACTION LOGGING TOOLS Standard Alarm Page based on ISA's 18.2 Alarm Management Standard. • Alarm and Event databases in every application. • See current, active, unacknowledged, disabled, and shelved alarms. • Sort by date/time and filter by functional area or priority. • Use color, shapes, and symbols to help users with color vision deficiencies. • Shelve alarms to stop alerts during maintenance or alarm floods. • Add encrypted notes to alarm instances. Quickly Identify and Eliminate Nuisance Alarms I 'I Database Analysis In I Sad '1 7 P1 IA -x I .•. Filler Bad Actors Alarm Flood History Distribution of Priorities Area Zone 1 2 ♦ Zone 2 3 • Zone3 Name Description Local TCP Pert\PLCSim\Tank 1\Tank Level Monitor tank level HIGH. Local TCP Port\PLCSim\Tank Z\Tank Level Monitor tank level HIGH Local TCP Port\PLCSim\Tank 3\Tank Level Monitor tank level HIGH E 2 PI 5 Count Bad Actors Report - Summary of alarm occurrences within a specific period, sorted by the number of activations. Bad Actors Alarm Flood History Distribution of Pricr t es A 50 Mar 20 Mar25 Mar30 Apr4 Apr9 Alarm Flood Report - Count of alarms tripped within equal time slices. Click a bar to zoom into that period. 14 ALARMS TUNING REPORTS Standard Lal - 0 ® - 4 e- t 5 •* Bad Actors Alarm Flood History Distribution of Priorities P rt se -ore zoo LecSITCPVeittleinittnintiIXT an. Lerer o Locila - arrve acne o History Report - All active and trip alarm events in a specific period. Bad Actors Alarm Flood History Distribution of Priorities •p I x Reported History Current Configuration ISA 18.2 Recommended 0 0 17' 83' "°` 33' 67% " 5% 15% 80% Creliral High Critical Nigh Critical High blaming • • • W � T Priority Distribution Report - Compares priority of configured alarms and actual alarm occurrences against ISAs recommendations. Critical Alarms Find You Anywhere VTScada ALARM NOTIFICATION Optional Component Receive and ack alarms from anywhere via SMS text message, email, pager, and text -to -voice phone call. ■ Create contact rosters for areas, times and dates. ■ Tightly integrated for the life of your system. ■ Also supports voice and SMS using lwilio®. ■ OAuth 2.0 authorization for sending alarm notification emails. NEW IN 12.1 ■ VoIP-based alarm annunciation: no modem or Internet. ■ Enhanced Roster configuration. New in Version 12.1 text -to -speech alarm annunciation VoIP-BASED ALARM ANNUNCIATION, NO MODEM OR INTERNET Part of Optional Alarm Notification System VTScada will always support voice modems for text -to -speech alarm annunciation. However, they are increasingly hard to source as telecoms phase out data over analog lines. Now, take advantage of the benefits of Voice over Internet Protocol (VoIP) without going through the internet. ■ No more discontinued third -party hardware. ■ No web -based third -party service required. ■ No need to expose your SCADA system to the Internet. Create Applications For the Global Market Cads 1111*80-1* EATER E 2018-11-05 13:34:101 2018-11-05 13:32:11 ,f t tkiA Sec MgrAddRo,e_ Ad dServerLa bel Ad dServerAboveLa bel EN - English Add Role Add Server Add Server Above RCN - AMIARgf Ad dSe rverB elowLabel Add Server Bel Ad dSe rverToListLa bel Add Server to List Ad dServiceL istLa bel Add Service -speck Lists EditPropsAd dS iteP ro psTT Add Site Display Properties Ad dSitePro psLa bel Add Site Properties • MULTI -LANGUAGE SUPPORT Standard Create translations for any number of languages.* • Users can set a preferred language or change on the fly. • Translate standard VTScada and application -specific terms. • Import translations all at once or term -by -term. xcc * VTScada includes English by default. Translations to other languages are the responsibility of the end user. Site Mapping in Every Application New in V12 VTScada SLIPPY MAPS Standard * ■ No configuration required. ■ Tiles download automatically and cache indefinitely. ■ Select pins to see site data in standard or customized templates. 14 ■ Bulk Downloader - Import all tiles for designated areas and elevations. ■ Limit Area and Elevation - Focus users on their operational areas. ■ Carto® Map Tiles- High performance, high contrast, night view. ■ Overlapping Site Selector - Pop up lets you pick the site you want. * Mobile devices require VTScada Thin Client Licenses. Encrypted Electronic Notebooks Operator Notes Notebook r1 o A °tt Operator Notes P1 Ix Demo , = , "utes ago • last up6atect 2 minutes ago Equipment ID: S17-PO4 Situation summary: Pump flow significantly reduced Crew members: Darius Jones, Mike McInnis Details: Pump difficult to rotate. Removed and disassembled. Impeller damaged Actions Taken: New impeller ordered from stock. WO R15982 Suggested Acions to Mitigate Future occurrence: Needs review of damage to identify cause. Comment • Whole thread Demo • 2 minutes ago New impeller installed and pump reassembled. Back in service. Comrrert Equipment 16. Maintenance Ticket: Crew members Actions Taken: [Insert a Quick Note] Pump OOS Problem with impeller vale ar.13 L _. I ( Pump iX-21 ON -AUTO V Valve aC-22 100 % Acknowledgeable `Sticky' Notes OPERATOR NOTEBOOKS Standard No more paper logbooks. • Make notebooks available system -wide. • Assign notebooks to specific equipment. • Alarm system notebook. • Add notes to alarms and trend points. • Export Notes for use in reports. Remote Access From Anywhere rz'" " • ... P • ..•,eF .. ......r.IN 1 A.f tl.. SW.n VTScada THIN CLIENTS Optional For HTML5 browsers on mobile devices and PCs. • Licensed by concurrently connected user. • No third -party server software required. • Supports SSL/TLS and VPN encryption. • Configure in minutes. New in Version 12.1 BATCH & RECIPE MANAGEMENT Standard Component Batching is critical in industries like food & beverage and pharmaceuticals where repeatability and traceability are key. ■ Create any number of Ingredients, Recipes, and Recipe Books. ■ Automatically trigger batches to run multiple recipes in series. ■ Scale or modify batches to create revisions. ■ Changes are recorded and distributed across all servers. ■ Recipes can be imported and exported as spreadsheets ■ Utilities can even use Batching to prepare for bad weather. • Quick Start Version 12 video Tutorial New in Version 12.1 EMBEDDED VIDEO WIDGET Adding live video feeds to HMI screens helps to protect operators and build their trust in their system. • RTSP video streaming protocol (used by Netflix®) supports a variety of cameras and decoding schemes. ■ The Video Widget is easily dragged -and -dropped from the VTScada Idea Studio' EMBEDDED BROWSERS Provide operators with just -in -time resources by adding browsers to your screens. Easily add weather maps, YouTube® training videos, pump maintenance PDFs, or even Thin Clients from other VTScada applications. Easily Manage Multiple Applications Y..t VTSud®Adr enloa Moo•11, - 0 X Scada water Sysk IT Master Oversew 0 it Internet Client Monitor it$ 0 ► im Trace + r r ► waserAndiNastewaterDerno r ■ • lilt Stauoe 14 r • • North Water Pant r • Test Framework 1 ■ 12.0 Powell &Atom Master C eivis a r1 � • North Hydro Plant Solar Frees 2 Solar Fiord 1 Cs■ Cs , O •0 voa4rsr akR9M Ewsse. Aram kfivm.yuwo 1241 k4 VTScada APPLICATION MANAGER (VAM) Standard The VAM is the first thing you see when VTScada starts. This is where you create, import, and launch applications. You can access the VAM from the VTScada Internet Client (VIC) when running applications as a service or in the cloud. • Set up Thin Client servers and VPNs. • Access application configuration. • Create Application Lists for different job responsibilities. Fix Faulty Values and Insert Manual Data VT Historical Data Viewer Unnamed Group w d 44 10 Minutes ■ 7 Raw Data `=econ:l Tag Selection Effort Tune Span Data Mode &Time Per Record Note ._..\Tankievel System Notes Time Tank Level System Notebook ._..',Tanldevel Tank Level 10.09:19.429 10:09:25.542 10:09:25.543 10:09:27.542 10:09:27.544 109:29.548 10:09:29.549 10fl9:31.545 10:09:31.546 10-09:33.549 10:09:33.556 10fl9:35.546 10-09:35.548 10:09:37.551 10 09:37.556 10:09:39.548 10:09:39.550 10:09:41.549 10:0941.551 10:0943.555 50.3.0 51.50 !1 49.80 49.80 49.00 49.00 48.00 48.00 46.80 46,80 45.40 45.40 43.90 43.90 42.20 42.20 40,40 40.40 38.50 21.30 Z1.33 VT %.V stewaterPIentDemo\TCPIP PortlWastew,,, X Logged Off • Oct 30.. 201813Ct25 • Note aided Oct 33. 2C181323:19 Name: WastewaterPlentDemo`..\Tanks\Tank l\TankLevel Description: Tank Level Event: Set to 51.5 Corrected value distorted by sensor interference. CcTrre•t Close 7,60 6.10 5.10 HISTORICAL DATA EDITING Standard Override incorrect or missing values. Original values are retained. • Edit individual or ranges of values. • Edits require an explanatory note. • Edited values are marked in the Historical Data Viewer. Group Tags to Reflect Real -World Structures NIT Tag Browser. Showing 27 of4,926 Running Tags I Using 237 of Unlimited Licensed Tags Bernoulli Lake Site Driver Names ,,Y jl ❑Show Children ❑ Show Disabled {j l C}(Q Bemoulli_Lake —0 GenerateLossReport HP_Lacation_Style LossRepart E}) Site Driver AutoAndLocked BrgVibeX BrgVibeZ BypassFlowRate BypassLossVolume --) BypassSwitchFeedbz BypassValveSwitch DownstreamFlowRa DownstrearnFlowRa —0 Gate Position GateSwitch GateSwitchFeedbacl �j IsPrimarySenrerRunr --) IsRaining LakeLevel LakeLevelAlarmSet All Areas EquipmentTypes All Types Name Description Type F.% UpstreannFlowRate Upstream Flaw Rate Analog [In] O TurbineSpeed L.I OilPressure Draw Analog Status L MainValveSwitcl Plot h Selector Switch 'J MainValvePositi View Alarms n Analog [In] IJ0 MainValveLockc t Digital Status I—)MainSwitchFeec Cut ack Digital Status ,.. LakeLevelChang ' Copy Logger Logger 'J LakeLevelChang kit Paste as Child range[Ftfhr] Rate of Change '...' LakeLevelAlarm' New Child Analog Control .1 LakeLevel ri Analog [In] '� IsRaining Delete the site Digital Status • • I weed Analog Status 'J IsPrimaryServerl .j Enabled :!CnPrimary Calculation 'J GateSwitchFeed Set Start Condition ack Digital Status O GateSwitch h Selector Switch Create New Type I..) GatePosition Analog Status O DrmrutrearrflowRa Redefine Type Normalized NurrencCalculation NI O DownstreamHlo 'e Analog [In] Go to Page k) BypassValveSwil h Selector Switch Go to Page (Popup Properties HIERARCHICAL TAG BROWSER Standard A single interface to create and edit all your application tags. Only I/O addresses count towards your licensed tag limit. ■ Create reusable parent/child structures to model equipment or processes. • Save time and reduce errors when developing. • Draw multi -tag equipment in one step. • Easily export tags to a spreadsheet, edit, and re -import. • rim Instantly Intuitive Screen Development 1 Cut [] Copy [] Paste A Text Line Z Pipe 1 ° Colorize - .1. Change Image Flo Mirror Image Opacity - 3 E rightness - a Image Rotation - j' Contrast - L'� Antialias Reset J Opacity Rotation 0 o Resent Items ❑ D ❑ Wel<ome TovTsszda - start Here 285x 90p Ie 1920 x1014px Water treatment Plant Demo J Holding Tank LJ outlet Pumps 'J Inlet Pumps 175% — Easily select and align graphical elements. VTScada IDEA STUDIO Standard in Development Runtime Licenses • A familiar drag -and -drop screen development interface. • Configure and commit changes without restarting. • Includes 200+ widgets, 4000+ graphics, and 3D pipes. ,:*at�va(5elfj ; GUTrazsform(296, 280, 396, 254, 1, 1, 1, 1, 1 ( Scaling }r 0, 0 ( Movement }, 1, 0 ( Visibility, Reserved }, 0, 0, 0 ( Selectability }r Variable(^F1owTatal Pung 3')\Number(0, 1, 1, GJ=Transform(184, 148, 212, 32, 1, 1, 1, 1, 1 ( Scaling }, 0, 0 ( Movement }r 1, 0 ( Visibility, Reserved }, 0, 0, 0 ( Selectab_"-t_• Native scripting language provides unlimited customization. Help Operators Focus on What Matters Most Analog Bars P P1 Upstream Row 501 Fs a3 1 Sparklines P2 Spider Graphs + NEW HIGH PERFORMANCE WIDGETS Standard New drag -and -drop High Performance widgets add to the existing library of gray -scale objects. ■ Easily create high performance displays. ■ New Widgets optimized to work seamlessly with the new VTScada I/O & Calculations Tag. ■ Sparklines, analog bars, and spider graphs. Aftlivai Deploy New Equipment in Seconds 1 POMP 0 lismor d ...111101 i The Built-in Grundfos Pump Controller°Template PARAMETERIZED PAGES Standard* ■ Easily create reusable custom page templates. ■ Populated from parent/child tag structures. Pre -Built Pages ■ Grundfos Pump Controller® ■ Xylem MultiSmart° ■ MPE Pump Controller® ■ Generic Page Template * Configuration requires a Development Runtime License Instantly Recover From Configuration Mistakes Application Configuration Server Mo'vror Example i( Fdit Properties Edit Server lists Edit Security f Languages r+ create ChangeSet File al Apply ChangeSet File Export/Sync Tags :_ Manage Types y Import File Changes [, Maintain File Manifest L? Deploy Changes 0 Revert Changes ,_ Show Version Log r Override Detection j Information SERVER 1- ❑ SERVER 2-D1 SERVER 2 SERVER 2 SERVER2-D SERVER 2-0 SERVER2-D23 SERVER 2-0 SEINER 2-D232 View the version status of workstations The current application version on each workstation is shown below Loral mod ihcahons are shown in blue. Deployed Selecting a workstation from the Worksta• Right -clicking on a Version Log er' changes from that version in v- The phrases shown in the. created. Ihforkstations Works -lab, :.ate SERVER 1 022 0953:11.305 SERVER I -D6 'test are shown In red. The c ent deployed version is shown in black. 'hat workstation. 11 hwd that sq stitch to that version, reverse the aPP1 translations used when the version was SERVERS ry. 2022, 1344:27.201 SERVER 2-0222 SERVER 3 Thu , 2022, 12.00137.694 SERVER 3 D3 SERVER 4 Mon 14, 2022, 09:45:39.922 SERVER 4-0165 SEVER 5 Fri Apr 22, 2022, 14:10A1.063 Version Log for r • .I of 107 records in log) SERVER 6-05 Vers'. Time Applied User 53:11.305 Logged Off Platform i 040.985 Logged Off Platform i Thu Feb 24, 2022 Thu Feb 24 202214 Next100 Show AR Show Version Detail Switch to This ing\Serverl\ServerAlarne rverToMonitor r Monitoring\Servel\ServerAla rm commit Reload APPLICATION VERSION CONTROL Standard Only VTScada offers advanced traceability and change management out -of -the -box with no configuration or third -party components. • Built into every application. • See who changed what and where. • Instantly reverse any change. • Switch to a known good version. No restart required. • Change log automatically saved across all app servers. Select the changes to apply Select the items you wish to change from the tree of changed items Click the "Apply' button to apply the displayed checkboxes indicate conflicted fifes, carefully verily the proposed changes before selecting such records for a ppl icati o-E Source Files (1) J pag es'tOvennew2.SR Tags ® 14 LI Images 15 Properties - 15 LI Teat Files -1- 16 Binary Files 17 18 Pages\Ovenriew2.SRC in ( Return (Self1; GRIlransfom(56I, 573, 595, 55B, 1, 1, 1, 1, 1 { Scaling 0, 0 { Movement 1. Easily Roll -out New and Updated Applications USER A USER B 2 USER A USER B ONLINE DEPLOYMENT OFFLINE DEPLOYMENT Standard in Dev/RT Licenses Standard Instantly deploy applications to networked Manually deploy to offline computers servers and clients. with a single ChangeSet file. Concurrent multi-user development. Easy to create, distribute, and import. No configuration server required. Share with support teams. Deploy validated changes via the network. Clone applications. SERVER 2 vrscada .1[.. SERVER 1 SERVER 3 vrscada ��m SERVER 4 Meet the Challenge of a Changing Security Landscape 250 ZOO 150 100 50 0 Days Patch 11iiiiiiiiIIII 4 5 r 01' `tb , a re Based an da:a p rOV ided by Trend hrt i['u" Days to Patch Security Issues Following Notification by ICS-CERT. CYBERSECURITY VULNERABILITY MANAGEMENT Standard Implementations compliant with... • NERC/CIP (North American Electric Reliability Corporation) • DFARS 252 (Defense Federal Acquisition Regulations Supplement) • NIST 800 (National Institute of Standards and Technology) • Marine reliability standards ABS, Lloyds Bureau, DNV, BV High Reliability Systems • Multi -level fault tolerance Data Protection • Multi -level (and geo-separation) data backup methods Easily Manage What Users Can Do and Where Users Alan Andrew Barry Blair Bryan Chris Dan Roles A General Username Chris Language Enghsh A Password Password Confirm Password Password never expires Advanced ®®® Privileges Configurer Logged Ott Operator SuperUJser Rcel ❑ Contiigurer Permits configuration of a YPsfi ❑ Operator permits operation of WS Appi ❑d SuperUser Permits complete control of all Additional Privileges ❑J Internet Client Access ❑J Manager ❑.I Administrator ❑./ Remote Data Access ❑o Application Stop ❑+ Configure CERTIFIED Trihedral Engineering Secure Development Litecycle Process ❑ Force reset or password at meat sign in a Privileges General Privileges Custom Privileges Administration Adminlstramr Configure Account Control Manager Account Modify Account View Intemet Client Access Remote Data Access Application Control Application Stop Application Manager View Version Control Advanced Version Control Deploy Changes Revert Changes Application Configuration Edit Files Page Add pes ledge Scale APPLICATION LEVEL USER ACCOUNTS Standard Centrally manage security from the standard operator interface. Deploy changes across the system without restart. NEW - VTScada's Dev Environment is now certified compliant with IEC 62443-4-1 Maturity Level 2 Security For Industrial Automation And Control Systems. • Windows Active Directory® support. • Industry -standard encryption. • Card -reader support. • OpenlD Connect® allows single sign -in and 2 factor authentication when accessing Thin Clients. • OAuth 2.0 authorization for sending alarm notification emails. Instant Backup for History and Configuration Configuration History Alarms Tags User Accounts t_11 INTERNET Automatic Bi-directional Synchronization Configuration History Alarms Tags User Accounts AUTOMATIC REAL-TIME SYSTEM BACKUP Requires Multiple Licenses Each networked server can be a complete up -to -the -second full - system backup. • Configure any number of sync'd servers in seconds. • Geographically isolated servers are offsite disaster backups. • Never forget another backup. A Smarter Approach to Hot Backup Failover Site A DBA DB B DB A INTERNET� .. Site B SYSTEM -WIDE REDUNDANCY Requires Multiple Licenses Server Failover ■ Application Servers. ■ Thin Client Servers. ■ Load -share services. Synchronized Historians and Alarm Databases ■ Alarm and Event Databases. ■ Across LAN or WAN. Network Failover ■ Unique Driver Multiplexer. ■ Redundant Networks or Devices. An IT -Friendly Solution 20 _ 0 • • 100 CPU 80 60 40 - 20 - a CPU (1 hour) 60 401111111r�+ss IL, so N1- u_fl,, it f f t0 l UPS. 100 A custom IT dashboard. SYSTEM HEALTH MONITORING Standard • Optionally run VTScada as a service. • Windows° security integration. • PC and network health monitoring tags. • Built-in SNMP driver. • IANA registered TCP/IP port. • Tamper -proof configuration repository. Plant Operations o CITY OF SACRAMENTO DEPARTMENT OF UTILITIES MI IJ µ.• EN Pioneer Overview Sum. 2 O. ration Over O SACRAMENTO DEPARTMENT OF UTILITIES Sacramento, CA ■ 4 water treatment plants in a single 141,000 tag application. ■ 14 servers, 4 configuration workstations, 12 operator stations. ■ Comms to 80 Modicon PLCs. ■ Central security. ■ Enterprise access to Historian data. ■ Custom tag types and graphical widgets for standardization of colours, tags and graphics. Wastewater Collections -MEM MEM =nal 1- More than Energy," GAINESVILLE REGIONAL UTILITIES Gainesville, FL ■ Rapid Wonderware and Dataflow I/O database conversions. ■ Centralized configuration of lift stations and plants. ■ Geographically separated primary and backup servers. Awntt '1 sa �� M� Wastewater Treatment Plant Monitoring -It N DFSINFFCf.I[Ntl THE CITY OF CUSCO Peru • Wastewater treatment plant monitoring. • Integrators: Aquas Latinas Peru and Hydro Control Germany. • 7,500 Tags. • Synchronised alarms with Allen Bradley® PLCs and Panel Views®. • Remote access. • Redundant servers with hot backup. Water Treatment •9 r 7 i. ..co .n,r,.i Storm.vat=r 5ita Lis! - ■1 r c iawu n.wva..�w.noR .m I rmiea xei pumrevos A. Ir ,.ain .i�nm ay. aznar a Q City of Ocala Ocala, FL • Driver library helped to transition from multiple systems to one standardized platform over several years. • Rapid DataFlow® and FIX® database conversions. ■ Distributed Historian databases. ■ Alarm Notification System integration. Fountain Hills Sanitary District Fountain Hills, AZ • Wastewater Treatment Facility (WTF). • Advanced Water Treatment Facility (AWTF). • 5 Aquifer Storage and Recovery (ASR) Wells. • Redundant Internet networks (DSL, Cable) for remote access. Seawater Treatment Plants nwel le Bahamas Water & Sewerage Company Island of New Providence • Blue Hill Water Reverse Osmosis Seawater Treatment Plant supplies 18,444 m3/day of water to 300,000 residents. • Centralized monitoring & control for plant and nearby tanks and pumping stations. • Interfaced to existing Motorola® MOSCAD RTUs. • Interfaced with Netbase® optimization software to help reduce millions of dollars in non -revenue -water (NRW) caused by widespread leaks in their aging pipe network. I.i..e Turks & Caicos s Islands +1 Atlantic Ocean Turks and Caicos Water Company Providenciales Island • Single source water system upgraded without service interruption. • Designed and integrated by ProPump & Controls, Inc. • Monitoring and control of reverse osmosis desalinization plant with annual capacity of three -hundred million gallons. • Two new pre -fabricated pumping stations added. • Includes SCADAPack RTUs, Allen Bradley 503 and 505 controllers, and GE Versamax controllers. Plant employs Modbus, DF1, and Ethernet communications. Pump stations use 450 MHz licensed radios, customized scripts and calculations. Water Distribution Pump Stop Level Pump Start Levey 11111 Warren County Water Warren County, OH • Distribution and water treatment. • Redundant servers and alarm notification. • Data extraction using ODBC Server. • XLReporter for Monthly Operating Reports (MOR). Hosted SCADA (Software as a Service) Benefits of Hosted Systems • Low upfront installation cost. • Predictable monthly expense. • Reduced maintenance. • Centralized data collection and storage. • Secure customer data access via Thin Client. • Distributed redundancy for disaster recovery. Kennedy Industries New Hudson, MI • Water and wastewater systems. • New customers online in days. • Supports 100 + PLCs and RTU manufacturers. • Variety of communication links (e.g., cellular, satellite). • Hybrid option allows local SCADA with hosted failover and backup. KISM KI 1r51E10 MASIER KI STATION MASTER FP w415m: -511 -- PP Lou 5.511 PPP HamburgRd Pump £P Part Ittem,: so aI New tatty vehmi Amtm Hydrology Ps • •• f L I O A •.• • C,,ta• to •$ .•• ® OpenStreeiMap Contributors {www.apemtreetmap Southwest Florida I Water Management District oTiwevilie a I ■ i s Rs ■M,_ ■ i ■ i A t Ell i i i A 0 s MI 1 i = r i Southwest Florida Water Management District Florida, USA • Over 300 dataloggers and PLCs. • Public Internet access to hydrologic data. • Logged data retrieval from field devices. • Dam and weir control (28 locations). • Oracle interface for hydrologic data modeling. Water Management and Flood Control Jo Ifl KIcnmond shows UI1 HIS wirelessly operated VTScada Gate Control System St. Johns River Water Management District (SJRWMD) Florida, USA Serving over 5 million customers in Northeast and North Central FL. ■ Operates flood control structures. ■ Helps to protect water quality. ■ Redundant cellular -based SCADA system. ■ Includes 400 Campbell Scientific remote telemetry units (RTUs). ■ Direct control of flood water gates used during serious weather events. VTScada; by TrihedriI Report Generation Standard Component Simple Scheduled or Ad -hoc SCADA Reporting Every VTScada software application includes two SCADA reporting components that allow users to create ad -hoc or recurring reports in seconds, the VTScada Reports Page and the VTScada Report Tag. The VTScada Reports Page Generating your own ad -hoc reports is as easy as selecting I/O tags, a time range, and an output format. 5cida Reports 5, j 507 PM Aug 10 Lag on 1. Report Type Daily Snapshot Report 2. Tag Lot Load Group Save Group Tags Available: (361( Types Analog Status Areas All N etworklnto rmation\ITDash boa rdiar NetworkInfo rmation\ITDash boa rdTae N etwo rklnto r ma lion\ I T D ash boa rdTo o N etworklntormation\ITDashboa rdTar N etworklntormation\ITDash boa rdiar NetworkIntormation ITDasbboardfar Simulation\Simulated Waveforms Clot Simulation\Simulated Waveforms (In' Simulation\Simulated Waveforms (In' Simulation\Simulated Waveforms Clot W astewaterLi 1StationSystem W orth5 W astewaterLiftStati onSystem\N orthS W astewaterLikStationSystem W orthS W astewaterLikStationSystem W orthS W astewaterLAStationSystem\NorthS W astewaterUfStationSystem\NorthS WastewaterLi2StationSystemW orth5 W astewaterLikStationSystem\N orthS WastewaterUftStationSystemWorthS W astewaterLi1tStationSystem\NorthS W astewaterLi 1StationSystem W orthS WastewaterLikStationSysto 4F2orthS W astewaterLiFtStationSystem W orth5 Sawtooth Wave Freq 1 Period 60 (Input) Sine Wave Period 1 )Input) Step UpIDown Steps 10 Freq 1 (Input) StepUp Steps 10000 Freq 8 Secs (AS) SCADA Remote Control Command Cancel Delay FB General Fault Code Gut of Sequence Indication Reset Mode FB Elapsed Time Meter Elapsed Time Meter Alarm Reset Mode FE Lag Pump Delay FB Level Input Sensitivity F6 Level from Analog Status SCADA Remote Control Command Cancel Delay FB General Fault Code Gut of Sequence Indication Reset Mode F6 Elapsed Time Meter kk Tags in Report: (4) LiftSimulation\LiftStati onSi mulatedData\M P ES LiftS m u lation\LiftStati onSi mu IatedData\M P ES L6tS i m u lation\Lif Stati onSi mu IatedDate\Pum p LiftSimulation\LiftStationSimulatedLata\Pump [I Sort Alphabetically Y Run Report Maximum Station Inflow (Rale). Feedback (gpm) Minimum Station Inflow (Rate) Feedback (gpm) Pump 1 Capacity Feedback (gpm) Pump 2 Capacity Feedback (gpm) 3. Reporting Period Startrme End Pre. Las // 1 December2015 k kk Su Mo Tu We Th Fr Sa 1 2 3 4 5 6 7 0 9 10 11 12 13 14 15 1 17 18 19 20 21 22 23 25 26 27 28 29 30 1 -5. Report Destination - Output Type Default Printer Ema Report Ema:'. Report as. Attachment Email Settings Printer Default Printer -6. Report Options ['Use Excel to display screen reports ❑ Use separate sheets/tables ['Rename sheet/tables ® RE Pre -defined SCADA Reports - VTScada provides a variety of pre -defined report types designed to analyze the performance of the equipment comprising your physical system. Most can be used across a wide variety of industries while others are intended specifically for water and wastewater. Any number of additional custom reports can be defined and saved. • Analog Summary Report - The average, minimum, maximum, and total values for selected analog tags within a configured period. • Daily Snapshot Report - A "snapshot" of each included tag's value, at a specified time and date. • Daily Total Report - The sum of values accumulated for each selected set of tags in a specified period. • Derived Flow Report - Displays the number of driver cycles, plus inflow, outflow, and total station flow. • Detail Report - Shows the values recorded for each selected tag, within the given time period. • Driver Communication Error Detail Report - Driver error activity, recorded over a specified period. • Driver Communication Summary Report - A history of driver activity for a specified time period. • Hourly Snapshot Report - A "snapshot" of selected tag's value, every 60 minutes in a specified time. • Hourly Total Report - The sum of the values accumulated hourly for selected tags in a specified time. • Rainfall Report - Per -tag summary of totals in a configured period showing the total rainfall for selected tags in a given period. • Pump Activity Report - Summarized values for Pump Status tags, showing overall pump activity. • Pump Discrepancy Report - Helps spot instances of pumps that should behave identically, but do not. • Standard Report - Shows all the values logged for a tag over a chosen time span. Trip A Delta Group Company VTScada The VTScada Report Tag Developers can configure VTScada Report Tags to run a particular report on schedule, automatically. Report Tags are time -zone aware and can be configured to run daily, weekly, monthly, manually, or when triggered by an event. Report Tag Widgets - Developers can add a variety of Report Tag Widgets to their display pages to allows operators to adjust the report setup, without requiring tag configuration privileges. Additionally, the Report Button Widget can be set to re -run the last scheduled report on demand. SCADA Reporting Output Formats ■ Output reports to the screen, a printer or to any of a number of formats including CSV, spreadsheet, and database. • Reports being saved to a file can also be emailed automatically if the VTScada workstation has access to an email server. ■ Create your own custom script reports and pre -formatted Excel° report templates (below). by Trihedral VT New Report Properties ID l Tag Period Load Group Save Group Destination Options Tags Available:(75g) LiftSim ulatonlLift LiftSimu lation\Lift LiftSimu lation\LifE LiftSim u lation\LifE LiftSim u lation\LifE GftSim u lation\LifE Liftsim u lotion Lift LiftSim u lotion\LifE LiftSim u lotion\Lift LiftSim u lotion\Lift LiftSim u lation\Lift Types Analogs Areas All Maximum Statil Minimum Static Minimum Static Pump 1 Capacil Pump 1 Capacil Reset Elasped T Set Elasped Tim Pump Elaspec Pump 2 Capacil Pump 2 Capacil Reset Elasped T 4j Tags in Report (3) LiftSim u]ation\Lift LiftS im u Iation\Lift LiftSim u lationlLift! Call Pump 1 Call Pump 2 Maximum Station The VTScada Repo*f`dqth?$icaly a r A B C ❑ E G H 11 2 3 4 aater - Wastewater - Technology 9 1❑ Daly Report Charts Energy Used, Efficiency, Hours Run,.Total Faults 11 12 13 _ 14 - 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29_ 30 31 K 28-Feb-14 To 01-Mar-14 250.0 200.0 150.0 ]f10.0 50.0J 0.0 Lift 5t3tian3t Lift station oz Lift 5t3ti on 03 Energy Used Lin station 04 Lift Station05 Lift station05 i • Lift3t3ti sr.07 • Pump 1 ■ Pump? •Pump3 ■ F mnp 0 A Pre -formatted Excel® Report Template Third -Party SCADA Reporting VTScada was designed to keep your process history safe accessible. That includes making this data available to your third -party business systems and reporting packages to facilitate more complex needs, such as state -specific compliance reports. The following are Standard in Development/Runtime Licenses and Optional for Runtime Only Licenses: • VTScada Rest Interface (replaces WebServices) • VTScada ODBC Server • VTScada OPC Server • VTScada Excel Add -In Trihedral also works with reporting manufacturers such as XLReporter° and Dream Report° to create direct interfaces for sharing process data. TRY IT FOR YOURSELF VTScada.com/trial www.trihedral.com 1.800.463.2783 (North America) 1.902.835.1575 (Worldwide) info@trihedral.com +44(0) 1224 253910 (UK) 1.403.805.1972(Westem Canada) Triheriral A Delta Group Company © Trihedral Engineering Limited 2022. VTScada and Trihedral are registered trademarks of Trihedral Engineering Limited. All other products are trademarks of their respective owners. Contract No. 2046386 PROFESSIONAL SERVICES AGREEMENT BY AND BETWEEN THE CITY OF MIAMI AQ STAR CONTROLS. INC, This Professional Services Agreement ("Agreement") is entered into this day of 2026, ("Effective Date") by and between the City of Miami, a municipal corporation of the State of Florida, whose address is 444 S.W. 2nd Avenue, Miami, Florida 33130 ("City"), and Star Controls, Inc., a foreign profit corporation authorized to conduct business in Florida, whose principal address is 11555 Heron Bay Blvd, Suite 200, Coral Springs, FL 33076 ("Contractor"). RECITALS: WHEREAS, the City issued Request for Proposals No. 2046386 on November 14, 2025 (the "RFP"), attached hereto and incorporated herein as Exhibit "A", for the provision of telemetry and supervisory control and data acquisition ("SCADA") services for the City's stormwater pump station systems (the "Services"), as more particularly described in the scope of work addendum attached hereto and incorporated herein as Exhibit "C" (the "SOW'); and WHEREAS, Contractor submitted a proposal in response to the RFP, attached hereto and incorporated herein as Exhibit "B" (the "Proposal"); and WHEREAS, the Evaluation/Selection Committee appointed by the City Manager determined that the Proposal was responsive to the requirements of the RFP and recommended that the City negotiate with Contractor for the provision of the Services; and WHEREAS, the City desires to retain Contractor to perform the Services, and Contractor desires to provide the Services, in accordance with the terms and conditions of this Agreement; and WHEREAS, the parties desire to enter into this Agreement to set forth their respective rights and obligations with respect to the Services; NOW, THEREFORE, in consideration of the mutual covenants and promises contained herein, the City and Contractor agree as follows: 1. RECITALS AND INCORPORATIONS: DEFINITIONS: The above recitals are true and correct and are hereby incorporated into and made a part of this Agreement. The order of precedence whenever there is conflicting or inconsistent language between documents is as follows in descending order of priority: 1) This Agreement document. 2) Exhibit "C", the SOW. 1 Telemetry/SCADA Services Contract No. 2046386 3) Exhibit "A", the RFP. 4) Exhibit "B", the Proposal. 5) Exhibits "D" through "F". 2. TERM: The Agreement shall commence on the Effective Date and shall continue for a period of one (1) year ("Initial Term") with options to renew for three (3) additional one (1) year periods ("Renewal Term(s)"). The City, acting by and through its City Manager, shall have the option to extend or terminate the Agreement for convenience, that is, for any or no cause. 3. SCOPE OF SERVICES: A. Contractor agrees to provide the Services and such other related tasks as may from time to time be assigned. B. Contractor represents to the City that: (i) it possesses all qualifications, licenses, certificates, authorizations, and expertise required for the performance of the Services, including but not limited to full qualification to do business in Florida, and meet all requirements of Section 468.385, et seq., Florida Statutes; (ii) it is not delinquent in the payment of any sums due the City, including payment of permits, fees, occupational licenses, etc., nor in the performance of any obligations or payment of any monies to the City; (iii) all personnel assigned to perform the Services are and shall be, at all times during the term hereof, fully qualified and trained to perform the tasks assigned to each and possess the licenses, registrations, and certifications required by law to perform such tasks; (iv) the Services will be performed in the manner described in this Agreement; and (v) each person executing this Agreement on behalf of Contractor has been duly authorized to so execute the same and fully bind Contractor as a party to this Agreement, as shown in Contractor's Corporate Resolution, attached hereto and incorporated herein as Exhibit C. Contractor shall always provide fully qualified, competent, and physically capable employees to perform the Services under this Agreement. Contractor shall possess and maintain any required licenses, permits, and certifications to perform the Services under this Agreement. City may require Contractor to remove any employee the City deems careless, incompetent, insubordinate, intoxicated on the job, or otherwise objectionable and whose continued services under this Agreement is not in the best interest of the City. 4. COMPENSATION: A. The amount of compensation payable by the City to the Contractor for all Services performed under this Agreement includes all costs associated with such Services and shall be as stated in the Contractor's proposal. The City shall have no obligation to pay the Contractor any additional sum in excess of this amount set forth, except for a change and/or modification to the 2 Telemetry/SCADA Services Contract No. 2046386 Agreement, which is approved and executed in writing by the City and the Contractor. All Services undertaken by the Contractor before City's approval of this Agreement and any subsequent Work Order shall be at the Contractor's risk and expense. B. Payment shall be made in arrears based upon work performed to the satisfaction of the City within forty-five (45) days after receipt of Contractor's invoice for Services performed, which shall be accompanied by sufficient supporting documentation and contain sufficient detail, to allow a proper audit of expenditures, should the City require one to be performed. Invoices shall be sufficiently detailed so as to comply with the "Florida Prompt Payment Act", Sections 218.70— .79, Florida Statutes, and other applicable laws. No advance payments shall be made at any time. C. Contractor agrees and understands that (i) any and all subcontractors providing Services related to this Agreement shall be paid through Contractor and not paid directly by the City, and (ii) any and all liabilities regarding payment to or use of subcontractors for any of the Services related to this Agreement shall be borne solely by Contractor and not be a debt or default of the City. The City only has privity of contract with the named Contractor. 5. OWNERSHIP OF DOCUMENTS: Contractor understands and agrees that any information, document, report, data, or other digital record, or any other material whatsoever which is given by the City to Contractor, its employees, or any subcontractor, or which is otherwise obtained or prepared by Contractor solely and exclusively for the City pursuant to or under the terms of this Agreement, is and shall always remain the property of the City. Contractor agrees not to use any such information, document, report, data, or material for any other purpose whatsoever without the written consent of the City Manager, which may be withheld or conditioned by the City Manager in his/her sole discretion. Contractor is permitted to make and to maintain duplicate copies of the files, records, documents, etc. if Contractor determines copies of such records are necessary after the termination of this Agreement; however, in no way shall the confidentiality as permitted by applicable laws be breached. The City shall maintain and retain ownership of any and all documents which result upon the completion of the work and Services under this Agreement as per the terms of this Section. 6. AUDIT AND INSPECTION RIGHTS AND RECORDS RETENTION: A. Contractor agrees to provide access to the City or to any of its duly authorized representatives, to any books, documents, papers, and records of Contractor which are directly pertinent to this Agreement, for the purpose of audit, examination, excerpts, and transcripts. The City may, at reasonable times, and for a period of up to five (5) years following the date of final payment by the City to Contractor under this Agreement, audit and inspect, or cause to be audited and inspected, those books, documents, papers, and records of Contractor which are related to 3 Telemetry/SCADA Services Contract No. 2046386 Contractor's performance under this Agreement. Contractor agrees to maintain all such books, documents, papers, and records at its principal place of business in Miami -Dade County, or its local office in Miami -Dade County or to otherwise make them available in Miami -Dade County for a period of five (5) years after final payment is made under this Agreement and all other pending matters are closed. Contractor's failure to adhere to, or refusal to comply with, this condition shall result in the immediate cancellation of this Agreement by the City. B. The City may, at reasonable times during the term hereof, inspect the Contractor's facilities and perform such tests, as the City deems reasonably necessary, to determine whether the goods or services required to be provided by Contractor under this Agreement conform to the terms hereof. Contractor shall make available to the City all reasonable facilities and assistance to facilitate the performance of tests or inspections by City representatives. All audits, tests, and inspections shall be subject to, and made in accordance with, the provisions of Sections 18-100, 18-101, and 18-102 of the Code of the City of Miami, Florida ("City Code"), which apply to this Agreement, as same may be amended or supplemented, from time to time. 7. AWARD OF AGREEMENT: Contractor represents and warrants to the City that it has not employed or retained any person or company employed by the City to solicit or secure this Agreement and that it has not offered to pay, paid, or agreed to pay any person any fee, commission, percentage, brokerage fee, or gift of any kind contingent upon or in connection with the award of this Agreement. 8. PUBLIC RECORDS: A. Contractor understands that the public shall have access, at all reasonable times, to all documents and information pertaining to City agreements, subject to the provisions of Chapter 119, Florida Statutes, and agrees to allow access by the City and the public to all documents subject to disclosure under applicable laws. Contractor's failure or refusal to comply with the provisions of this section shall result in the immediate cancellation of this Agreement by the City. B. Contractor shall additionally comply with Section 119.0701, Florida Statutes, including without limitation: (1) keep and maintain public records that ordinarily and necessarily would be required by the City to perform this service; (2) upon request from the City's custodian of public records, provide the City with a copy of the requested records or allow the records to be inspected or copied within a reasonable time at a cost that does not exceed the cost provided in Chapter 119, Florida Statutes, or as otherwise provided by law; (3) ensure that public records that are exempt or confidential and exempt from public records disclosure requirements are not disclosed except as authorized by law for the duration of the contract term and following completion of the Agreement if the Contractor does not transfer the records to the City; (4) upon 4 Telemetry/SCADA Services Contract No. 2046386 completion of the Agreement, transfer, at no cost, to the City all public records in possession of the Contractor or keep and maintain public records required by the City to perform the service, if the Contractor transfers all public records to the City upon completion of the Agreement, the Contractor shall destroy any duplicate public records that are exempt or confidential and exempt from public records disclosure requirements, if the Contractor keeps and maintains public records upon completion of the Agreement, the Contractor shall meet all applicable requirements for retaining public records, all records stored electronically must be provided to the City, upon request from the City's custodian of public records, in a format that is compatible with the information technology systems of the City. Notwithstanding the foregoing, Contractor shall be permitted to retain any public records that make up part of its work product solely as required for archival purposes, as required by law, or to evidence compliance with the terms of the Agreement. C. Should Contractor determine to dispute any public access provision required by Florida Statutes, then Contractor shall do so at its own expense and at no cost to the City. D. IF THE CONTRACTOR HAS QUESTIONS REGARDING THE APPLICATION OF CHAPTER 119, FLORIDA STATUTES, TO THE CONTRACTOR'S DUTY TO PROVIDE PUBLIC RECORDS RELATING TO THE CONTRACT, CONTACT THE DIVISION OF PUBLIC RECORDS AT (305) 416-1800, VIA EMAIL AT PUBLICRECORDS@MIAMIGOV.COM, OR REGULAR MAIL AT CITY OF MIAMI OFFICE OF THE CITY ATTORNEY, 444 SW 2ND AVENUE, 9TH FLOOR, MIAMI, FL 33130. THE CONTRACTOR MAY ALSO CONTACT THE RECORDS CUSTODIAN AT THE CITY OF MIAMI DEPARTMENT WHO IS ADMINISTERING THIS CONTRACT. 9. COMPLIANCE WITH FEDERAL. STATE AND LOCAL LAWS: Contractor understands that agreements with local governments are subject to certain laws and regulations, including laws pertaining to public records, conflict of interest, record keeping, etc. City and Contractor agree to comply with and observe all such applicable federal, state and local laws, rules, regulations, codes, and ordinances, as they may be amended from time to time. Contractor further agrees to include in all of Contractor's agreements with subcontractors for any Services related to this Agreement this provision requiring subcontractors to comply with and observe all applicable federal, state, and local laws rules, regulations, codes, and ordinances, 5 Telemetry/SCADA Services Contract No. 2046386 as they may be amended from time to time. Local laws in accordance with this Section shall mean the applicable laws of the City of Miami and Miami -Dade County. 10. JNDEMNIFICATION: Contractor shall indemnify, hold and save harmless, and defend (at its own cost and expense), the City, its officers, agents, directors, and/or employees, from all liabilities, damages, losses, judgements, and costs, including, but not limited to, reasonable attorneys' fees, to the extent caused by the negligence, recklessness, negligent act or omission, or intentional wrongful misconduct of Contractor and persons employed or utilized by Contractor in the performance of this Agreement. Contractor shall further, hold the City, its officials and employees, indemnify, save and hold harmless for, and defend (at its own cost), the City its officials and/or employees against any civil actions, statutory or similar claims, injuries or damages arising or resulting from the permitted Services, even if it is alleged that the City, its officials, and/or employees were negligent. In the event that any action or proceeding is brought against the City by reason of any such claim or demand, the Contractor shall, upon written notice from the City, resist and defend such action or proceeding by counsel satisfactory to the City. The Contractor expressly understands and agrees that any insurance protection required by this Agreement or otherwise provided by the Contractor shall in no way limit the responsibility to indemnify, keep and save harmless and defend the City or its officers, employees, agents, and instrumentalities as herein provided. The indemnification provided above shall obligate the Contractor to defend, at its own expense, to and through trial, administrative, appellate, supplemental or bankruptcy proceeding, or to provide for such defense, at the City's option, any and all claims of liability and all suits and actions of every name and description which may be brought against the City, whether performed by the Contractor, or persons employed or utilized by Contractor. These duties will survive the cancellation or expiration of the Contract. This Section will be interpreted under the laws of the State of Florida, including without limitation and interpretation, which conforms to the limitations of Sections 725.06 and/or .08, Florida Statutes, as applicable and as amended. Contractor shall require all subcontractor agreements to include a provision that each subcontractor will indemnify the City in substantially the same language as this Section. The Contractor agrees and recognizes that the City shall not be held liable or responsible for any claims which may result from any actions or omissions of the Contractor in which the City participated either through review or concurrence of the Contractor's actions. In reviewing, approving or rejecting any submissions by the Contractor or other acts of the Contractor, the City, in no way, assumes or shares any responsibility or liability of the Contractor or subcontractor under this Contract. 6 Telemetry/SCADA Services Contract No. 2046386 Ten dollars ($10) of the payments made by the City constitute separate, distinct, and independent consideration for the granting of this indemnification, the receipt and sufficiency of which is voluntarily and knowingly acknowledged by the Contractor. 11. DEFAULT: If Contractor fails to comply with any term or condition of this Agreement or fails to perform in any material way any of its obligations hereunder and fails to cure such failure after reasonable notice from the City, then Contractor shall be in default. Contractor understands and agrees that termination of this Agreement under this section shall not release Contractor from any obligation(s) accruing prior to the effective date of termination. Should Contractor be unable or unwilling to commence to perform the Services within the time provided or contemplated herein, then, in addition to the foregoing, Contractor shall be liable to the City for all expenses incurred by the City in preparation and negotiation of this Agreement, as well as all costs and expenses incurred by the City in the re -procurement of the Services, including consequential and incidental damages. Upon the occurrence of a default hereunder the City, in addition to all remedies available to it by law, may immediately, upon written notice to Contractor, terminate this Agreement whereupon all payments, advances, or other compensation paid by the City to Contractor while Contractor was in default shall be immediately returned to the City. If the City fails to comply with any term or condition of this Agreement or fails to perform in any material way any of its obligations hereunder and fails to cure such failure after reasonable notice from Contractor, the City shall be in default, which shall be treated as a termination pursuant to Section 13. 12. RESOLUTION OF AGREEMENT DISPUTES: Contractor understands and agrees that all disputes between Contractor and the City based upon an alleged violation of the terms of this Agreement by the City shall be submitted to the City Manager for his/her resolution, prior to Contractor being entitled to seek judicial relief in connection therewith. In the event that the amount of compensation hereunder exceeds Twenty - Five Thousand and 00/100 Dollars ($25,000.00), the City Manager's decision shall be approved or disapproved, as applicable, by the City Commission, whose decision shall be final. Contractor shall not be entitled to seek judicial relief, recourse, remedy or to file a civil action unless: (i) it has first received City Manager's written decision, approved or disapproved, as applicable, by the City Commission if the amount of compensation hereunder exceeds Twenty -Five Thousand and 00/100 Dollars ($25,000.00), or (ii) a period of sixty (60) days has expired, after submitting to the City Manager a detailed statement of the dispute, accompanied by all supporting documentation one hundred twenty (120) days if City Manager's decision is subject to City Commission approval); or (iii) City has waived compliance with the procedure set forth in this section by a written 7 Telemetry/SCADA Services Contract No. 2046386 instrument clearly waiving compliance, signed by the City Manager. The adherence to this Section is the condition precedent to the institution of any civil action by the Contractor against the City. 13. TERMINATION: OBLIGATIONS UPON TERMINATION: A. The City, acting by and through its City Manager, shall have the right to terminate this Agreement, in its sole discretion, and without penalty, at any time, by giving written notice to Contractor at least thirty (30) calendar days prior to the effective date of such termination. In such event, the City shall pay to Contractor compensation for Services rendered and approved expenses incurred prior to the effective date of termination. In no event shall the City be liable to Contractor for any additional compensation and expenses incurred, other than that provided herein, and in no event shall the City be liable for any consequential or incidental damages. The Contractor shall have no recourse or remedy against the City for a termination under this subsection except for payment of fees due prior to the effective date of termination. B. The City, by and acting through its City Manager, shall have the right to terminate this Agreement, in its sole discretion, and without penalty, upon the occurrence of an event of a material breach hereunder, and failure to cure the same within thirty (30) days after written notice of default. In such event, the City shall not be obligated to pay any amounts to Contractor for Services rendered by Contractor after the date of termination, but the parties shall remain responsible for any payments that have become due and owing as of the effective date of termination. In no event shall the City be liable to Contractor for any additional compensation and expenses incurred, other than that provided herein, and in no event shall the City be liable for any direct, indirect, special, consequential, or incidental damages. 14. JNSURANCE: A. Contractor shall, always during the term hereof, maintain such insurance coverage(s) as may be required by the City. The insurance coverage(s) required as of the Effective Date of this Agreement are attached hereto as Exhibit "D" and incorporated herein by this reference. The City RFP number and title of the RFP must appear on each certificate of insurance. The Contractor shall add the City of Miami as an additional insured to its commercial general liability, and auto liability policies, and as a named certificate holder on all policies. Contractor shall correct any insurance certificates as requested by the City's Risk Management Administrator. All such insurance, including renewals, shall be subject to the approval of the City for adequacy of protection and evidence of such coverage(s) and shall be furnished to the City Risk Management Administrator on Certificates of Insurance indicating such insurance to be in force and effect and any cancelled or non -renewed policy will be replaced with no coverage gap and a current Certificate of Insurance will be provided. Completed Certificates of Insurance shall be filed with the City prior to the performance of Services hereunder, provided, however, that 8 Telemetry/SCADA Services Contract No. 2046386 Contractor shall at any time upon request file duplicate copies of the Certificate of Insurance with the City. B. If, in the judgment of the City, prevailing conditions warrant the provision by Contractor of additional liability insurance coverage or coverage which is different in kind, the City reserves the right to require the provision by Contractor of an amount of coverage different from the amounts or kind previously required and shall afford written notice of such change in requirements thirty (30) days prior to the date on which the requirements shall take effect. Should the Contractor fail or refuse to satisfy the requirement of changed coverage within thirty (30) days following the City's written notice, this Agreement shall be considered terminated on the date that the required change in policy coverage would otherwise take effect. C. Contractor understands and agrees that all liabilities regarding the use of any of Contractor's employees or any of Contractor's subcontractors for Services related to this Agreement shall be borne solely by Contractor throughout the term of this Agreement and that this provision shall survive the termination of this Agreement. Contractor further understands and agrees that insurance for each employee of Contractor and each subcontractor providing Services related to this Agreement shall be maintained in good standing and approved by the City Risk Management Director throughout the duration of this Agreement. D. Contractor shall be responsible for assuring that the insurance certificates required under this Agreement remain in full force and effect for the duration of this Agreement, including any extensions hereof. If insurance certificates are scheduled to expire during the term of this Agreement and any extension hereof, Contractor shall be responsible for submitting new or renewed insurance certificates to the City's Risk Management Administrator as soon as coverages are bound with the insurers. In the event that expired certificates are not replaced, with new or renewed certificates which cover the term of this Agreement and any extension thereof: (i) the City shall suspend this Agreement until the new or renewed certificate(s) are received in acceptable form by the City's Risk Management Administrator; or (ii) the City may, at its sole discretion, terminate the Agreement for cause and seek re -procurement damages from Contractor in conjunction with the violation of the terms and conditions of this Agreement. E. Compliance with the foregoing requirements shall not relieve Contractor of its liabilities and obligations under this Agreement. 15. NONDISCRIMINATION: Contractor represents to the City that Contractor does not and will not engage in discriminatory practices and that there shall be no discrimination in connection with Contractor's performance under this Agreement on account of race, color, sex, religion, age, handicap, marital 9 Telemetry/SCADA Services Contract No. 2046386 status, or national origin. Contractor further covenants that no otherwise qualified individual shall, solely due to his/her race, color, sex, religion, age, handicap, marital status, or national origin, be excluded from participation in, be denied services, or be subject to discrimination under any provision of this Agreement. 16. ASSIGNMENT: The Contractor's services are considered specialized and unique. This Agreement shall not be assigned, sold, transferred, pledged, or otherwise conveyed by Contractor, in whole or in part, and Contractor shall not assign or otherwise subcontract any part of its operations performing these services under this Agreement, without the prior written consent of the City Manager, which may be withheld or conditioned, in the City Manager's sole discretion. 17. NOTICES: All notices or other communications required under this Agreement shall be in writing and shall be given by hand -delivery or by registered or certified U.S. Mail, return receipt requested, addressed to the other party at the address indicated herein or to such other address as a party may designate by notice given as herein provided. Notice shall be deemed given on the day on which personally delivered; or, if by mail, on the fifth day after being posted or the date of actual receipt, whichever is earlier. TO CONTRACTOR: Star Controls, Inc. 11555 Heron Bay Blvd Suite 200 Coral Springs, FL 33076 10 TO THE CITY OF MIAMI: James Reyes City Manager 444 SW 2nd Avenue, 10th Floor Miami, FL 33130-1910 George K. Wysong III City Attorney 444 SW 2nd Avenue, 9th Floor Miami, FL 33130-1910 Juvenal Santana, P.E. Director Resilience & Public Works 444 SW 2nd Avenue, 8th Floor Miami, FL 33130-1910 Annie Perez, CPPO Procurement Director 444 SW 2nd Avenue, 6th Floor Miami, FL 33130-1910 Telemetry/SCADA Services Contract No. 2046386 18. JVIISCELLANEOUS PROVISIONS: A. This Agreement shall be construed and enforced according to the laws of the State of Florida. Venue in any proceedings between the parties shall be in Miami -Dade County, Florida. Each party shall bear its own attorneys' fees. Each party waives any defense, whether asserted by motion or pleading, that the aforementioned courts are an improper or inconvenient venue. Moreover, the parties consent to the personal jurisdiction of the aforementioned courts and irrevocably waive any objections to said jurisdiction. The parties irrevocably, knowingly and voluntarily waive any rights to a jury trial in any action or proceeding between them arising out of this Agreement. B. No waiver or breach of any provision of this Agreement shall constitute a waiver of any subsequent breach of the same or any other provision hereof, and no waiver shall be effective unless made in writing. C. Should any provision, paragraph, sentence, word, or phrase contained in this Agreement be determined by a court of competent jurisdiction to be invalid, illegal, or otherwise unenforceable under the laws of the State of Florida or the City of Miami, such provision, paragraph, sentence, word, or phrase shall be deemed modified to the extent necessary in order to conform with such laws, or if not modifiable, then the same shall be deemed severable, and in either event, the remaining terms and provisions of this Agreement shall remain unmodified and in full force and effect or limitation of its use. D. Contractor shall comply with all applicable laws, rules, and regulations in the performance of this Agreement, including but not limited to licensure, and certifications required by law for professional service Contractors. E. No modification or amendment hereto shall be valid unless in writing and executed by properly authorized representatives of the parties hereto. Except as otherwise set forth in Section 2 above, the City Manager shall have the sole authority to extend, amend, or modify this Agreement on behalf of the City. 19. SUCCESSORS AND ASSIGNS: This Agreement shall be binding upon the parties hereto, their heirs, executors, legal representatives, successors, or assigns, if any. 20. JNDEPENDENT CONTRACTORS: Contractor has been procured and is being engaged to provide Services to the City as an independent contractor, and not as an agent or employee of the City. Accordingly, neither Contractor, nor its employees, nor any subcontractor hired by Contractor to provide any Services under this Agreement shall attain, nor be entitled to, any rights, emoluments, or benefits under the Civil Service or Pension Ordinances of the City, nor any rights afforded classified or 11 Telemetry/SCADA Services Contract No. 2046386 unclassified employees of the City. Contractor further understands that Florida Workers' Compensation benefits available to employees of the City are not available to Contractor, its employees, or any subcontractor hired by Contractor to provide any Services hereunder, and Contractor agrees to provide or to require subcontractor(s) to provide, as applicable, workers' compensation insurance for any employee or agent of Contractor rendering Services to the City under this Agreement. Contractor further understands and agrees that Contractor's or subcontractors' use or entry upon City properties shall not in any way change its or their status as an independent contractor. 21. CONTINGENCY CLAUSE: Funding for this Agreement is contingent on the availability of funds and continued authorization for program activities and the Agreement is subject to amendment or termination due to lack of funds, reduction of funds, failure to allocate or appropriate funds, and/or change in program directions, applicable laws or regulations, upon thirty (30) days written notice. 22. FORCE MAJEURE: A "Force Majeure Event" shall mean an act of God, act of governmental body or military authority, fire, explosion, power failure, flood, storm, hurricane, sink hole, other natural disasters, epidemic, riot or civil disturbance, war or terrorism, sabotage, insurrection, blockade, or embargo not within the control of the Contractor. In the event that either party is delayed in the performance of any act or obligation pursuant to or required by the Agreement because of a Force Majeure Event as herein defined, the time for required completion of such act or obligation shall be extended by the number of days equal to the total number of days, if any, that such Force Majeure Event actually delay such party. The party seeking delay in performance shall give notice to the other party in writing, within two (2) days of the Force Majeure Event, specifying the anticipated duration of the delay, and if such delay shall extend beyond the duration specified in such notice, additional notice shall be repeated no less than monthly so long as such delay due to a Force Majeure Event continues. Any party seeking delay in performance due to a Force Majeure Event shall use its best efforts to rectify any condition causing such delay and shall cooperate with the other party to overcome any delay that has resulted. 23. CITY NOT LIABLE FOR DELAYS: Contractor hereby understands and agrees that in no event shall the City be liable for, or responsible to Contractor or any subcontractor, or to any other person, firm, or entity for or on account of, any stoppages or delay(s) in work herein provided for, or any damages whatsoever related thereto, because of any injunction or other legal or equitable proceedings or on account of any delay(s) for any cause over which the City has no control. The sole remedy 12 Telemetry/SCADA Services Contract No. 2046386 which may be granted to the Contractor, in the reasonable discretion of the City Manager, following a prompt and detailed request to be officially transmitted by the Contractor is an extension of time. No other recourse or remedy will be available to the Contractor against the City. 24. USE OF NAME: Contractor understands and agrees that the City is not engaged in research for advertising, sales promotion, or other publicity purposes. Contractor is allowed, within the limited scope of normal and customary marketing and promotion of its work, to use the general results of this project and the name of the City. The Contractor agrees to protect any confidential information provided by the City and will not release information of a specific nature without prior written consent of the City Manager or the City Commission. 25. NO CONFLICT OF INTEREST: Pursuant to City of Miami Code Section 2-611, as amended ("City Code"), regarding conflicts of interest, Contractor hereby certifies to the City that no individual member of Contractor, no employee, and no subcontractor under this Agreement nor any immediate family member of any of the same is also a member of any board, commission, or agency of the City. Contractor hereby represents and warrants to the City that throughout the term of this Agreement, Contractor, its employees, and its subcontractors will abide by this prohibition of the City Code. 26. NO THIRD -PARTY BENEFICIARY: No persons other than the Contractor and the City (and their successors and assigns) shall have any rights as an express or implied third -party beneficiary whatsoever under this Agreement. 27. SURVIVAL: All obligations (including but not limited to indemnity and obligations to defend, save and hold harmless) and rights of any party arising during or attributable to the period prior to expiration or earlier termination of this Agreement shall survive such expiration or earlier termination. 28. TRUTH -IN -NEGOTIATION CERTIFICATION. REPRESENTATION AND WARRANTY: Contractor hereby certifies, represents and warrants to the City that on the date of Contractor's execution of this Agreement, and so long as this Agreement shall remain in full force and effect, the wage rates and other factual unit costs supporting the compensation to Contractor under this Agreement are and will continue to be accurate, complete, and current. Contractor understands, agrees, and acknowledges that the City shall adjust the amount of compensation and any additions thereto to exclude any significant sums by which the City determines the contract price of compensation hereunder was increased due to inaccurate, incomplete, or non -current wage rates and other factual unit costs. All such contract adjustments shall be made within one (1) year of the end of this Agreement, whether naturally expiring or earlier terminated pursuant to the 13 Telemetry/SCADA Services Contract No. 2046386 provisions hereof. 29. COUNTERPARTS: This Agreement may be executed in counterparts, each of which shall constitute an original, but all of which, when taken together, shall constitute one and the same agreement. This Agreement may be executed in counterparts, each of which shall be an original as against either party whose signature appears thereon, but all of which taken together shall constitute but one and the same instrument. An executed facsimile or electronic scanned copy of this Agreement shall have the same force and effect as an original. The parties shall be entitled to sign and transmit an electronic signature on this Agreement (whether by facsimile, PDF or other email transmission), which signature shall be binding on the party whose name is contained therein. Any party providing an electronic signature agrees to promptly execute and deliver to the other parties an original signed Agreement upon request. 30. ENTIRE AGREEMENT: This instrument and its attachments constitute the sole and final agreement of the parties relating to the subject matter hereof and correctly set forth the rights, duties, and obligations of each to the other as of its date. Any prior agreements, promises, negotiations, or representations not expressly set forth in this Agreement are of no force or effect. 31. VENDOR LISTS: The following lists are maintained by the Florida Department of Management Services and are available at https://www.dms.myflorida.com/. By accepting this Agreement, Contractor affirms it is not included in any of the following lists. Convicted Vendor List. Pursuant to § 287.133, F.S., "[a] person or affiliate who has been placed on the convicted vendor list following a conviction for a public entity crime may not submit a bid, proposal, or reply on a contract to provide any goods or services to a public entity; may not submit a bid, proposal, or reply on a contract with a public entity for the construction or repair of a public building or public work; may not submit bids, proposals, or replies on leases of real property to a public entity; may not be awarded or perform work as a contractor, supplier, subcontractor, or consultant under a contract with any public entity; and may not transact business with any public entity in excess of the threshold amount provided in s. 287.017 for CATEGORY TWO for a period of 36 months following the date of being placed on the convicted vendor list." Discriminatory Vendor List. Pursuant to § 287.134, F.S., "[a]n entity or affiliate who has been placed on the discriminatory vendor list may not submit a bid, proposal, or reply on a contract to provide any goods or services to a public entity; may not submit a bid, proposal, or reply on a contract with a public entity for the construction or repair of a public building or public work; may not submit bids, proposals, or replies on leases of real property to a public entity; may not be awarded or perform 14 Telemetry/SCADA Services Contract No. 2046386 work as a contractor, supplier, subcontractor, or consultant under a contract with any public entity; and may not transact business with any public entity." Antitrust Violator Vendor List. Pursuant to § 287.137, F.S., "[a] person or an affiliate who has been placed on the antitrust violator vendor list following a conviction or being held civilly liable for an antitrust violation may not submit a bid, proposal, or reply for any new contract to provide any goods or services to a public entity; may not submit a bid, proposal, or reply for a new contract with a public entity for the construction or repair of a public building or public work; may not submit a bid, proposal, or reply on new leases of real property to a public entity; may not be awarded or perform work as a contractor, supplier, subcontractor, or consultant under a new contract with a public entity; and may not transact new business with a public entity." Forced Labor Vendor List. Pursuant to § 287.1346, F.S., "[a]n agency may not accept a bid, proposal, or reply from; award a contract to; or transact business pertaining to the provision of commodities with a company on the forced labor vendor list, or an entity under the control of such company, for a period of 365 days after the date the company was placed on the list unless the company is removed from the list pursuant to paragraph (5)(d)." Suspended Vendor List. Pursuant to § 287.1351, F.S., "[a]n agency may not accept a bid, proposal, or reply from, or enter into or renew any contract with, a vendor on the suspended vendor list until such vendor has been removed from the suspended vendor list and returned to the vendor list maintained by the department pursuant to s. 287.042(1)(a) and (b) and the vendor has reimbursed the agency for any re -procurement costs." 32. SCRUTINIZED COMPANIES LISTS: The following lists are maintained by the Florida State Board of Administration and are available at https://www.sbafla.com/. Scrutinized Companies that Boycott Israel List. Pursuant to § 287.135, F.S., by accepting this Agreement, the Contractor certifies that it is not participating in a boycott of Israel. Scrutinized Companies with Activities in Sudan and in Iran Terrorism Sectors Lists; Business Operation in Cuba and Syria. Pursuant to § 287.135, F.S., if this Agreement is valued at one million dollars ($1,000,000) or more, by accepting this Agreement, the Contractor certifies that it is not on the Scrutinized Companies with Activities in Sudan List or the Scrutinized Companies with Activities in Iran Terrorism Sectors List and that it does not have business operations in Cuba or Syria. 33. FOREIGN COUNTRY OF CONCERN ATTESTATION: Pursuant to § 287.138, F.S., a governmental entity may not enter into, extend, or renew a contract with an entity that would give access to an individual's personal identifying information if: (a) The entity is owned by the government of a foreign country of concern; (b) The government of a foreign country of concern has a controlling interest in the entity; or 15 Telemetry/SCADA Services Contract No. 2046386 (c) The entity is organized under the laws of, or has its principal place of business in, a foreign country of concern. If this Agreement involves access to an individual's personal identifying information, Contractor must execute and submit to the City an affidavit in compliance with § 287.138, F.S., attached and incorporated into this Agreement as "Foreign Country of Concern Attestation." Failure to comply entitles the City to suspend or terminate this Agreement immediately and without prior notice, and the City will have no liability to Contractor for any additional, consequential, or incidental damages arising from such suspension or termination. 34. ANTI -HUMAN TRAFFICKING AFFIDAVIT: The Contractor confirms and certifies that it is not in violation of Section 787.06, Florida Statutes, and that it does not and shall not use "coercion" for labor or services as defined in Section 787.06, Florida Statutes. The Contractor shall execute and submit to the City an Affidavit, of even date herewith, in compliance with Section 787.06(13), Florida Statutes, attached an incorporated herein as Exhibit "F", Anti -Human Trafficking Affidavit. If the Contractor fails to comply with the terms of this Section, the City may suspend or terminate this Agreement immediately, without prior notice, and in no event shall the City be liable to Contractor for any additional compensation or for any consequential or incidental damages. 35. E-Verifv EmDlovment Verification: The Contractor shall E-Verify the employment status of all employees and subconsultants to the extent required by federal, state, and local laws, rules, and regulations. The City shall consider the employment by Contractor of unauthorized aliens a violation of Section 274A(e) of the Immigration and Nationality Act. If the Contractor knowingly employs unauthorized aliens, such violation shall be cause for termination of this Agreement. Furthermore, Contractor agrees to utilize the U.S. Agency of Homeland Security's E-Verify System, https://e-verify.uscis.gov/emp, to verify the employment eligibility of all employees during the term of this Agreement. The Contractor shall also include a requirement in subconsultant agreements that the subconsultant shall also utilize the E-Verify System to verify the employment eligibility of all employees of the subconsultant during the term of this Agreement. 16 Telemetry/SCADA Services Contract No. 2046386 IN WITNESS WHEREOF, the parties have executed this Agreement, or have caused the same to be executed, as of the date and year first above written. "Contractor" STAR CONTROLS, INC., a Florida profit corporation ATTEST: By: By: Name: Name: Title: Title: ATTEST: "CITY" CITY OF MIAMI, a Florida municipal corporation By: By: Todd B. Hannon Arthur Noriega V City Clerk City Manager APPROVED AS TO LEGAL FORM AND APPROVED AS TO INSURANCE CORRECTNESS: REQUIREMENTS: By: By: George K. Wysong III David Ruiz, Interim Director City Attorney Risk Management 17 Telemetry/SCADA Services Contract No. 2046386 EXHIBIT A RFP 2049386 18 Telemetry/SCADA Services Contract No. 2046386 EXHIBIT B CONTRACTOR'S PROPOSAL 19 Telemetry/SCADA Services Contract No. 2046386 EXHIBIT C ADDENDUM TO SCOPE OF WORK AND FINAL PRICING 20 Telemetry/SCADA Services EXHIBIT C ADDENDUM TO SCOPE OF WORK AND FINAL PRICING A. Annual subscription fee: $1000 per station per year, including any new storm pump stations in the future. B. RTU cellular service to be provided by Verizon Wireless and managed by Star Controls. C. Annual support package for onsite/remote troubleshooting is included for Year 1 upon the implementation of the SCADA system. Year 2 and beyond, support is $37,000.00 per year. The support includes: 5 Days of Onsite Electrician Services @ $1000 per day 5 Days of Onsite SCADA Troubleshooting Services @ $1600 per day 120 Hours of Remote SCADA Troubleshooting Services @ $200 per hour Additional hours or days needed to be billed at an amount no higher than the above - mentioned rates. D. Camera selected for the pump stations: IC Realtime P2025 (Model No. IPFX-P2025X- IRW1). The City will look to connect the cameras to the internet via a City managed contract with Verizon. If Star Controls manages cellular services for the cameras, the cost will be $1,500 per year per camera. The City and Star Controls will agree on the profile of use for data usage. Building Stations: $4938.33 each Submersible Stations: $5758.33 each E. Warranty period for RTU is one (1) year and starts upon the commissioning which may occur at 100% completion of all stations. With an extended warranty being offered 3 months prior to the expiration of the standard warranty. F. Data will not be lost during any downtimes. Data is stored on -site ready to upload to the cloud data management system when service/connectivity resumes. In the event of a breach, Star Controls shall automatically switch to a separate isolated path while inspecting and restoring the breached path. G. Star Controls will work to fulfill the City's need for MFA with login credentials/password access. H. City will grant access to Star Controls to the E-Builder system for the management of this project. I. Insurance requirements have been updated to include: Cyber/Professional Liability/Errors and Omissions — Combined aggregate limit $2,000,000.00 J. Additional documents attached to this Exhibit Camera Specifications for P2025 Updated Price Proposal Form P2025 CAMERA SPECIFICATIONS IPFX-P2025X-IRW1 2MP 25x Starlight IR PTZ Network Camera IGALTIME 411 System Overview IC Realtime's IPFX-P2025X-IRW1 provides an all -in -one solution for capturing long distance video surveillance for outdoor applications. Together with infrared illumination up to 492ft with Starlight Technology, the camera is the perfect solution for dark, low light applications. The series combines a day/night mechanical IR cut filter for the highest image quality in variable lighting conditions during the day, and True WDR for applications with direct sunlight or glare. This PTZ also supports Intelligent Motion Detect 2.0 and Auto Tracking with IVS (Tripwire, Intrusion) It also includes other Al such as Abandoned/Missing support, Parking Detection as well as Face Detection. Other features include IP67 and IK10 protection and flexible AC 24V/ PoE+ power options. Functions Wide dynamic range (WDR) The camera achieves vivid images, even in the most intense contrast lighting conditions, using industry -leading wide dynamic range (WDR) technology. For applications with both bright and low lighting conditions that change quickly, true WDR (120 dB) optimizes both the bright and dark areas of a scene at the same time to provide usable video. Protection (IP67, IK10, wide voltage) Supporting ±25% input voltage tolerance, this camera suits even the most unstable conditions for outdoor applications. Its 6KV lightning rating provides effective protection for both the camera and its structure against lightning. IP67 is supported by the camera, which makes it suitable for both indoor and outdoor environments. IK10 compliance enables the camera to sustain the equivalent of 5kg (11.021bs) force. • 1/2.8" 2 Megapixel STARVISTM CMOS • Powerful 25x optical zoom • Max. 25/30fps@1080P • H.265 & H.264 triple -stream encoding • Auto tracking and IVS Support • Intelligent Motion Detect 2.0, Perimeter Protection • IR distance up to 492ft • 512GB mSD Support, IP67, IK10, PoE+ Auto -tracking This feature controls the pan/tilt/zoom actions of the camera to automatically track an object in motion and to keep it in the scene. The tracking action can be triggered manually or automatically by defined rules. Once a rule is triggered, the camera can zoom in and track the defined target automatically Smart H.265+ Smart H.265+ is the optimized implementation of the H.265 codec that uses a scene -adaptive encoding strategy, dynamic GOP, dynamic ROI, flexible mufti -frame reference structure and intelligent noise reduction to deliver high -quality video without straining the network. Smart H.265+ technology reduces bit rate and storage requirements by up to 70% when compared to standard H.265 video compression Intelligent Video Analysis (IVS) With built-in intelligent video analytics, the camera has the ability to detect and analyze moving objects for improved video surveillance. The camera provides optional standard intelligence at the edge allowing detection of multiple object behaviors such as Tripwire analytics, allowing the camera to detect when a predetermined line has been crossed, ideal for business intelligence, workforce optimization, and actionable intelligence. Starlight For challenging low -light applications, Starlight Ultra -low Light Technology offers best -in -class light sensitivity, capturing color details in low light. The camera uses a set of optical features to balance light throughout the scene, resulting in dear images in dark environments. Interoperability The camera conforms to the ONVIF (Open Network Video Interface Forum) specifications, ensuring interoperability between network video products regardless of manufacturer. 1 I www.icrealtime.com FS-05112023-HV1-D1.00 ICALTIME IPFX-P2025X-IRW1 I[ REALTIME Technical Specification Camera Image Sensor Effective Pixels RAM/ROM Scanning System Electronic Shutter Speed Minimum Illumination S/N Ratio IR Distance IR On/Off Control IR LEDs Lens Lens Type Max. Aperture Angle of View Optical Zoom Focus Control Close Focus Distance DORI Distance PTZ Pan/Tilt Range Manual Control Speed Preset Speed Presets PTZ Mode Speed Setup Power up Action Idle Motion Protocol Video Compression Streaming Capability Resolution Frame Rate Bit Rate Control Bit Rate Day/Night Backlight Compensation White Balance Gain Control 1/2.8" STARVIST"' CMOS 1920(H) x 1080(V), 2 Megapixels 1GB/4GB Progressive 1/ls-1/30,000s Color: 0.005 lux@F1.6 B/W: 0.0005 lux@F1.6 0 lux (IR light on) More than 55dB Distance up to 492ft (150m) Auto / Manual 4 4.8mm-120mm F1.6-F3.5 H: 58.5°-2.8°; V: 33.2°-1.5° 25x Auto/Manua l 0.33 ft-4.92 ft (0.1 m-1.5 m) Detect Observe Recognize Identify 5,292 ft 2,119 ft 1,060 ft 528 ft Pan: 0° to 360° endless Tilt: -15° to +90°, auto flip 180° Pan: 0.1 /s-300 /s; Tilt: 0.1 /s-200 /s Pan: 240° /s; Tilt: 200° /s 300 5 Pattern, 8 Tour, Auto Pan ,5 Scan Human -oriented focal Length/ speed adaptation Auto restore to previous PTZ and lens status after power failure Preset; Pattern; Tour; Scan ICR-SD, Pelco-P/D (Auto recognition) Smart H.265+; H.265; Smart H.264+; H.264; H.264B; H.264H; MJPEG (Sub Stream 1) 3 Streams 1080P(1920x 1080)/720P(1280x720)/D1(704x576/70 4 x 480) /CIF (3 52 x 288/3 52 x 240) Main stream: 1080p/1.3M/720p (1-25/30 fps) Sub streaml: D1/CIF (1-25/30 fps) Sub stream2: 1080p/1.3M/720p (1-25/30 fps) CBR/VBR H.265/H.264: 448K _ 8192Kbps Auto(ICR) / Color/ B/W BLC / HLC / WDR(120dB) Auto, ATW, Indoor, Outdoor, Manual Auto / Manual Noise Reduction Motion Detection Region of Interest Electronic Image Stabilization (EIS) Defog Digital Zoom Flip Privacy Masking Audio Compression Network Ethernet Protocol I nteropera bi lity Streaming Method Max. User Access Edge Storage Web Viewer Management Software Smart Phone Certifications Certifications Interface Video Interface Audio Interface RS485 Alarm I/O Alarm Linkage Alarm Event Electrical Power Supply Power Consumption Environmental Operating Conditions Ingress Protection Vandal Resistance Lightning Protection Construction Casing Dimensions Net Weight Gross Weight 2D NR; 3D NR Supported Supported Supported Electronic; Supported 16x 180° Up to 24 areas PCM; G.711a; G.711Mu; G.726; MPEG2-Layer2; G722.1; G729; G723 RJ-45 (10Base-T/100Base-TX) HTTP; HTTPS; IPv4; RTSP; UDP; SMTP; NTP; DHCP; DNS; DDNS; IPv6; 802.1x; QoS; FTP; UPnP; ICMP; SNMP; SNMP v1/v2c/v3 (MIB-2); IGMP; ARP; RTCP; RTP; PPPoE; RTMP; TCP ONVIF (Profile S,G&T); CGI Unicast / M ulticast 20 (total bandwidth: 64 M) FTP; Micro SD card (512 GB); NAS IE, Chrome, Firefox, Safari SmartICRSS, DSS IOS, Android FCC: Part 15 subpart B, 1 port(BNC, 1.OV[p-p], 750) 1/1 channel In/Out 1 2/1 Capture; preset; tour; pattern; recording; triggering on-offvalue output; audio; sending email Motion/tampering detection; audio detection; network disconnection detection; IP conflict detection; memory card state detection; memory space detection; power exception detection 24 VDC, 2.5 A (± 25%); PoE +(802.3at) Basic: 13 W Max.: 22 W (illuminator+ PTZ working) -40° C _ +60° C (-40° F _ +140° F) / Less than 95% RH IP67 IK10 TVS 6000 V lightning proof; surge protection; voltage transient protection Metal 13.07" x 07.48" (332 mm x 0190 mm) 10.361b(4.7 kg) 17.64 Lb (8 kg) 2 I www.icrealtime.com FS-05112023-HV1-D1.00 I[ REALTIME IPFX-P2025X-IRW1 IREALTIME Al Functions Ivs Basic IVS Tripwire; intrusion; fence climbing; Loitering detection; abandoned/missing object; fast moving Advanced IVS Parking detection; people gathering; Auto Tracking Perimeter Protection Capabilities Supported (Tripwire & Intrusion) Tripwire; Intrusion (Supports target filtering of vehicle and human objects) Intelligent Motion Detect 2.0 Advanced secondary filtering for human and motorvehicle , reducing false alarms caused by Leaves, rain and Lighting condition change. Supports Object Search with compatible NVRs. Capabilities Face Detection Capabilities Al Search Capabilities Face detection; track; snapshot; snapshot optimization; optimal face snapshot upload; face enhancement; face exposure; face attributes extraction including 6 attributes and 8 expressions; face snapshot set as face or one -inch photo; snapshot strategies (real-time snapshot, quality priority and optimization snapshot); face angle filter; optimization time setting Works together with Al enabled NVRs to perform refined intelligent search, event extraction and merging to event videos 3 I www.icrealtime.com FS-05112023-HV1-D1.00 IGALTIME IPFX-P2025X-IRW1 IGALTIME Accessories Dimensions (mm/in) SR77.0 [SR3.03] 4 I www.icrealtime.com FS-05112023-HV1-D1.00 ICALTIME REVISED PRICE PROPOSAL FORM CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS City of Miami BASE WORK, ITEMS TO BE IMPLEMENTED AT ALL 12 PUMP STATIONS Riverview_Lawrence_0ra ge Bowl_Belle Meade_Brickell Ave_Mary Brickell_San Marco_AntonioMaceo_West End l_West End 2_West End 3_West End 4 Item # ITEM QTY UNIT PRICE PER STATION (12 STATIONS) UNIT COST TOTAL FOR ALL12 STATIONS 1 Initial site visit and assessment 12 EACH $666.67 $8,000.04 2 Subscription Fee (annual, recurring, inclusive of all stations) 1 ANNUAL $12,000.00 $12,000.00 3 Design Fee (for all stations) 1 EACH $17,600.00 $17,600.00 4 Mobile app implementation (includes design and installation, inclusive of all stations) 1 EACH $24,000.00 $24,000.00 5 Platform Implementation (includes installation, inclusive of all stations) 1 EACH $7,000.00 $7,000.00 6 New updated RTU in N4X SS enclosure (includes equipment and installation) 12 EACH $22,691.49 $272,297.88 7 Cellular modems & UPS (includes equipment and installation) 12 EACH $0.00 $0.00 8 Start-up, Testing &Training (inclusive of all stations) 1 DAYS $60,000.00 $60,000.00 9 Main Power: (includes equipment and installation) 12 LS $756.67 $9,080.04 A. Main Electric Power Failure B. Main ATS Failure C. ATS Position 10 Generator Monitoring System: (includes equipment and installation) 12 LS $2,485.00 $29,820.00 A. Generator on/off B. Generator Current/Voltage C. Generator Total Harmonic Distortion Sensor D. Generator Controller Position 11 Diesel gauge readings per generator (includes equipment and installation) 12 EACH $1,883.33 $22,599.96 12 Pumps: (includes equipment and installation) 12 EACH $2,323.33 $27,879.96 A. Pumps on/off B. Water Level C. Hours of Operation D. Pumps Position (Auto/Off/On/Manual/Trip/Fault) 13 Door Sensor (includes equipment and installation) 12 EACH $376.67 54,520.04 SUB -TOTAL 1 SUBTOTAL 1 - 494 798 14 MOBILIZATION/DEMOBILIZATION 12 EACH -.5 996.00 -ts" SUB -TOTAL 2 SUBTOTAL 2 - 71 952 RIVERVIEW TOTAL COST -, 566 750 CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS CITY OF MIAMI OPTIONAL WORK, ITEMS TO BE IMPLEMENTED AT 3 PUMP STATIONS Riverview_Lawrence_Orange Bowl Item # ITEM QTY STIT PER STATION (3 STATIONS) UNIT COST TOTAL FOR ALL 3 STATIONS 1 Cameras (includes equipment and installation) - 2 PER STATION 6 EACH $4,938.33 $29,629.96 2 Water Quality (turbidity) (includes equipment and installation) - 2 PER STATION 6 EACH 0 $4,747.810.50 $28,485.00 3 Rain Gauge (includes equipment and installation) - 2 PER STATION 6 EACH $2, $16,860.00 4 Miscelleneous Building Equipment: (includes equipment and installation) - 2 PER STATION 6 15 $2,465.00 $14,790.00 A. Barscreen On/Off B. CO2 Retardant System C. Fire System On/Off ■ SUB -TOTAL 1 389,764.98 5 MOBILIZATION/DEMOBILIZATION 6 EACH $223 $1.33800 SUB -TOTAL 2 $1,338.00 TOTAL COST $91,102.98 CITYWIDE TELEMETRY AND SCADA IMPROVEMENTS CITY OF MIAMI OPTIONAL WORK, ITEMS TO BE IMPLEMENTED AT 9 PUMP STATIONS Belle Meade_Brickell Ave_Mary Brickell_San Marco_Antonio Maceo_West End 1_West End 2_West End 3_West End 4 Item # ITEM QTY UNIT PER STATION (9 STATIONS) UNIT COST TOTAL FOR 9 STATIONS 1 Cameras (1 per station) 9 EACH $5,758.33 $51,824.97 2 Water Quality (turbidity) (1 per station) 9 EACH $4,211.94 $37,907.46 3 Rain Gauge (1 per station) 9 EACH $1,527.78 $13,750.02 SUB -TOTAL 1 $103,482.45 4 MOBILIZATION/DEMOBILIZATION 9 EACH $162.00 $1,458.00 c SUB -TOTAL 2 $1,458.00 TOTAL COST $104,940.45 Contract No 2049386 EXHIBIT D INSURANCE REQUIREMENTS & CERTIFICATE OF INSURANCE Commercial General Liability A. Limits of Liability Bodily Injury and Property Damage Liability Each Occurrence $1,000,000 General Aggregate Limit $2,000,000 Personal and Adv. Injury $1,000,000 Products/Completed Operations $1,000,000 B. Endorsements Required City of Miami listed as additional insured Contingent & Contractual Liability Premises and Operations Liability Primary Insurance Clause Endorsement II. Business Automobile Liability A. Limits of Liability Bodily Injury and Property Damage Liability Combined Single Limit Owned/Scheduled Autos Including Hired, Borrowed or Non -Owned Autos Any One Accident $1,000,000 B. Endorsements Required City of Miami listed as an additional insured III. Worker's Compensation Limits of Liability Statutory -State of Florida Waiver of Subrogation Employer's Liability A. Limits of Liability $100,000 for bodily injury caused by an accident, each accident $100,000 for bodily injury caused by disease, each employee $100,000 for bodily injury caused by disease, policy limit IV. Professional Liability /Cyber/Errors and Omissions Coverage Combined Single Limit Telemetry/SCADA Services 21 Contract No 2049386 Each Claim General Aggregate Limit Retroactive Date Included $1,000,000 $2,000,000 The above policies shall provide the City of Miami with written notice of cancellation or material change from the insurer in accordance with policy provisions. Companies authorized to do business in the State of Florida, with the following qualifications, shall issue all insurance policies required above: The company must be rated no less than "A-" as to management, and no less than "Class V" as to Financial Strength, by the latest edition of Best's Insurance Guide, published by A.M. Best Company, Oldwick, New Jersey, or its equivalent. All policies and /or certificates of insurance are subject to review and verification by Risk Management prior to insurance approval. 22 Telemetry/SCADA Services Contract No 2049386 EXHIBIT E CORPORATE RESOLUTIONS AND EVIDENCE OF QUALIFICATION TO DO BUSINESS IN FLORIDA (To be provided upon document execution) COMPANY RESOLUTION (This Resolution needs to authorize the signatory to sign) WHEREAS, , a (company type: Inc., LLC.), desires to enter into an Agreement with the City of Miami for the purpose of performing the work described in the contract to which this resolution is attached; and WHEREAS, the (board type; Board of Directors for Inc, Board of Managers for LLC.) at a duly held company meeting has considered the matter in accordance with the bylaws of the company; NOW, THEREFORE, BE IT RESOLVED BY THE BOARD of (same as identified above) that this company is authorized to enter into the Agreement with the City, and the (company officer title) and the (company officer title) are hereby authorized and directed to execute the Agreement in the name of this Company and to execute any other document and perform any acts in connection therewith as may be required to accomplish its purpose. IN WITNESS WHEREOF, this day of , 2026. ("Contractor") An (State) Company By: (sign) Print Name: TITLE: 23 Telemetry/SCADA Services Contract No 2049386 (sign) Print Name: 24 Telemetry/SCADA Services Contract No 2049386 EXHIBIT F ANTI -HUMAN TRAFFICKING AFFIDAVIT 25 Telemetry/SCADA Services