Orlando UASI Regional Critical Communications Infrastructure Protection Project

1. Orlando UASIRegional Critical Communications Infrastructure Protection Project

2. Agenda • Orlando UASI Region (Who) • Security Vulnerability (Why) • Recommendations (What) • Planning/Design/Implement (How) • Additional benefits

3. Orlando UASI

4. Region 5

5. Critical Comm. Infrastructure Protection “Copper theft knocks Entravision radio station off air in Central Florida” Posted on: April 16th, 2008Copper Theft: “Inside Job” Bill seeks to stem copper theft rise NBC2 News Online - Copper theft on the rise Lawmakers Announce Legislation to Crack Down on Dangerous Metal Theft Crimes~ General McCollum, Sen. Crist and Rep. Troutman February 21, 2008 Deputies bust large copper theft ring July. 10, 2008 Mother and son among three charged with stealing copper wireJun 20, 2008

6. Overall Recommendations • Implement TCP/IP based network links to member agencies utilizing WAN traffic appliances. • Implement a standards based video security and surveillance system.

7. TCP/IP Network Link Alternatives • Direct Fiber Connection • Licensed Microwave • License Exempt Microwave • Free-Space Optical Laser

8. Alternative 1: Direct Fiber Connection: • Strengths: • High bandwidth capacity • High availability during natural disaster • Support for multiple protocols and communication mediums • Technology currently utilized by member agencies • Weaknesses: • High cost • Requires right of way • Long deployment time • Opportunities: • Eliminates leased line costs • Threats: • Possible service interruptions due to cable cuts caused during construction

9. Alternative 2: Licensed Microwave: • Strengths: • Medium bandwidth capacity • Little to no interference problems based on licensed channels • Technology currently utilized by member agencies • Weaknesses: • High cost • Creates high wind loading on towers • Long deployment time due to licensing • Requires sophisticated implementation, monitoring and support systems • Opportunities: • Eliminates leased line costs • Threats: • Possible service interruptions due to natural disasters • Possible service interruptions due to rain fade

10. Alternative 3: License Exempt Microwave: • Strengths: • Medium bandwidth capacity • Reduced implementation timeline • Utilizes interference mitigation technology • Little wind loading on towers • No licensing required • Integrated HTML based implementation, monitoring and support system • Weaknesses: • Possible reduced bandwidth caused by inference sources • Opportunities: • Eliminates leased line costs • Threats: • Possible service interruptions due to natural disasters • Possible service interruptions due to rain fade

11. Alternative 4: Free-Space Optical Laser: • Strengths: • High bandwidth capacity • Reduced implementation timeline • Little wind loading on towers • No licensing required • Weaknesses: • Possible issues due to path length • Opportunities: • Eliminates leased line costs • Threats: • Possible service interruptions due to natural disasters • Possible service interruptions due to rain fade

12. Overall Findings/Recommendation Based on the reviewed technologies it is our technical and operational recommendation that license exempt microwave be selected as the technology utilized as the transport backbone for the video surveillance system. The technology meets all of the critical requirements and has a long proven track record for systems of similar size and scope. The system will allow the member agencies the ability to integrate any currently in-place video equipment as well as reducing or eliminating any leased lines supporting the equipment.

13. System Deployment Approach • Deploy the member microwave link systems in consecutive order as part of the initial implementation based on the following factors: • The TCP/IP backbone is required for complete implementation • Deploy a single county test video surveillance system • Utilize to determine configuration, settings, and model data traffic patterns • Deploy the recommended individual member sites • Deploy the system to system microwave link systems as “phase II” of the deployment plan. • Deploy the video surveillance systems as deployment “phase III” once the above systems have been tested and approved

14. Initial Link Path Design(subject to change based upon detailed path studies)

15. Project Overview • 62 site 54mbs IP microwave • Dual redundant loop • 5.8 Ghz • HD Video Surveillance System • 3 HD Fixed Cameras (each site) • 1 HD PTZ Camera (each site) • Digital recorder with motion detection • Complete remote system monitoring software

16. Recommended Link and Network Equipment • Implementing a TCP/IP based multi-band license exempt microwave system using the TrangoLink-45 based on extensive successful experience and a proven history in the industry.

17. TrangoLINK 45 – Product Overview • Orthogonal Frequency-Division Multiplexing (OFDM) • BPSK, QPSK, 16QAM or 64QAM • 5.2-5.3GHz, 5.4-5.7GHz, & 5.7-5.8 GHz • 20 MHz channel with up to 45 Mbps throughput • Temperature Range -40° to 140°F • Reset Switch / Power over Ethernet • Asymmetrical Bandwidth Control • Auto Rate Shifting or Manual control of • 6, 12, 18, 24, 36, 48, 54 speed modes • 128-bit proprietary encryption • ARQ, ATPC,DFS, & FEC

18. Product Overview • Adaptive Modulation • BPSK, QPSK, 16QAM and 64QAM • Automatic Rateshift • Number of ARQ errors  Decrease Rate • Successful processing of link assessment packets sent in both directions, current and next higher modulation  Increase Rate

19. Key Features: • Up to 45 Mbps • Up to 45-mile range • 5.2, 5.3, 5.4, 5.8 GHz selectable with DFS • Adaptable Rate Modulation • Interference mitigation • Supports ETSI, ANSI (FCC), and IC standards‡ • Quality of Service (QoS) & VLAN support • IP native, optimized for fast Ethernet services • HTML based implementation, monitoring and support

20. TLINK-45 Product Multi-path component Main Signal Multi-path component

21. Link Loss / Distance Considerations

22. Hardware Components

23. Ethernet Connectivity

24. Interface Management Tools • HTTP

25. Recommendation 2 – Implement a Standards Based Video and Surveillance System for All Member Agencies • This recommendation advocates implementing or expanding standards based video surveillance and security system(s) for each member agency. Each sub system (member agency) will be addressed separately due to currently existing systems and connectivity mediums currently in use. • It is important to note that all recommend equipment is capable of being integrated with any and all currently utilized member camera equipment.

26. Sony SNC DH180

27. Sony RH124

28. System Component Overview Video Management Access Control Analytics Intrusion Control

29. Intelligent Monitoring Software

30. Additional Benefit - PSIC Regional Overlay P25 700 MHZ • Mobile Coverage Design • Seamless roaming • Networked connectivity under construction

31. Current Status/Uses • Sites installed and fully functional • Current traffic: • Surveillance video • Digital radio traffic • Remote equipment monitor/alarms • Future VoIP capable • Currently provisioned with Quality of Service

32. Regional Domestic Security Task Forces Region 2 Region 3 Holmes Jackson Okaloosa Escambia Walton SantaRosa Nassau Wash- ington Gadsden Hamilton Cal- houn Madison Jefferson Leon Columbia Duval Baker Bay Suwannee Liberty Wakulla Region 1 Taylor Union La- fayette Gulf Clay Brad- ford Franklin St. Johns Gil- christ Alachua Putnam Dixie QUESTIONS?THANK YOU FOR YOUR TIME TODAY! Flagler Levy Region 5 Marion Volusia Citrus Sumter Lake Seminole Hernando Orange Region 4 Pasco Osceola Brevard Hills- borough Polk Pinellas Indian River Manatee Okee- chobee Hardee Greg Holcomb Region 5 Communications Co-Chair Lake County Public Safety GHolcomb@lakecountyfl.gov 352-253-1818 High- lands St. Lucie Desoto Sarasota Martin Glades Charlotte Hendry Palm Beach Lee Region 6 Collier Broward Dade Monroe Region 7