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Orlando UASI Regional Critical Communications Infrastructure Protection Project. Agenda. Orlando UASI Region (Who) Security Vulnerability (Why) Recommendations (What) Planning/Design/Implement (How) Additional benefits. Orlando UASI. Region 5. Critical Comm. Infrastructure Protection. - PowerPoint PPT Presentation
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Orlando UASIRegional Critical Communications Infrastructure Protection Project
Agenda• Orlando UASI Region (Who)• Security Vulnerability (Why)• Recommendations (What)• Planning/Design/Implement (How)• Additional benefits
Orlando UASI
Region 5
Critical Comm. Infrastructure Protection
“Copper theft knocks Entravision radio station off air in Central Florida” Posted on: April 16th, 2008
Copper Theft: “Inside Job” Bill seeks to stem copper theft rise NBC2 News Online - Copper theft on the riseLawmakers 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 ringJuly. 10, 2008
Mother and son among three charged with stealing copper wire Jun 20, 2008
Overall Recommendations
1.Implement TCP/IP based network links to member agencies utilizing WAN traffic appliances.
2.Implement a standards based video security and surveillance system.
TCP/IP Network Link Alternatives
• Direct Fiber Connection• Licensed Microwave• License Exempt Microwave• Free-Space Optical Laser
Alternative 1: Direct Fiber Connection:• Strengths:
o High bandwidth capacityo High availability during natural disastero Support for multiple protocols and communication mediumso Technology currently utilized by member agencies
• Weaknesses:o High costo Requires right of wayo Long deployment time
• Opportunities:o Eliminates leased line costs
• Threats:o Possible service interruptions due to cable cuts caused
during construction
Alternative 2: Licensed Microwave:
• Strengths:o Medium bandwidth capacityo Little to no interference problems based on licensed channelso Technology currently utilized by member agencies
• Weaknesses:o High costo Creates high wind loading on towerso Long deployment time due to licensingo Requires sophisticated implementation, monitoring and support
systems • Opportunities:
o Eliminates leased line costs• Threats:
o Possible service interruptions due to natural disasterso Possible service interruptions due to rain fade
Alternative 3: License Exempt Microwave:
• Strengths:o Medium bandwidth capacityo Reduced implementation timelineo Utilizes interference mitigation technologyo Little wind loading on towerso No licensing requiredo Integrated HTML based implementation, monitoring and support
system• Weaknesses:
o Possible reduced bandwidth caused by inference sources• Opportunities:
o Eliminates leased line costs• Threats:
o Possible service interruptions due to natural disasterso Possible service interruptions due to rain fade
Alternative 4: Free-Space Optical Laser:• Strengths:
o High bandwidth capacityo Reduced implementation timelineo Little wind loading on towerso No licensing required
• Weaknesses:o Possible issues due to path length
• Opportunities:o Eliminates leased line costs
• Threats:o Possible service interruptions due to natural disasterso Possible service interruptions due to rain fade
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.
System Deployment Approach
• Deploy the member microwave link systems in consecutive order as part of the initial implementation based on the following factors:o The TCP/IP backbone is required for complete implementation
• Deploy a single county test video surveillance systemo 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
Initial Link Path Design(subject to change based upon detailed path studies)
Project Overview
• 62 site 54mbs IP microwaveo Dual redundant loopo 5.8 Ghz
• HD Video Surveillance Systemo 3 HD Fixed Cameras (each site)o 1 HD PTZ Camera (each site)o Digital recorder with motion
detection
• Complete remote system monitoring software
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.
• 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
TrangoLINK 45 – Product Overview
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
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
Multi-path component
Main S
ignal
Multi-path component
TLINK-45 Product
Link Loss / Distance Considerations
Hardware Components
Ethernet Connectivity
• HTTP
Interface Management Tools
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.
Sony SNC DH180
Sony RH124
Video Management Access Control Analytics Intrusion Control
System Component Overview
Intelligent Monitoring Software
Additional Benefit - PSIC Regional Overlay P25 700 MHZ
• Mobile Coverage Design
• Seamless roaming
• Networked connectivity under construction
Current Status/Uses• Sites installed and fully functional• Current traffic:
o Surveillance videoo Digital radio traffico Remote equipment monitor/alarms
• Future VoIP capableo Currently provisioned with Quality of Service
Regional Domestic Security Task Forces
Sant
a R
osa
Oka
loos
a
Wal
ton Holmes
Wash-ington
Bay
Jackson
Cal-houn
Gulf
LeonGadsden
Liberty
Franklin
Wakulla Jeffe
rson
Madison
Taylor
Hamilton
La-fayette
Col
umbi
a
UnionBaker
Nassau
Duval
Dixie
Suwannee
Citrus
Gil-christAlachua
Brad-
fordClay
St. J
ohns
PutnamFlagler
MarionLevy
Lake
Sum
ter
Volusia
Hernando
PinellasHills-
borough
SeminoleOrange
PolkOsceola
Brevard
Manatee
SarasotaDesoto
HardeeHigh-lands
CharlotteGlades
Hendry
Collier
Lee
Dade
Broward
Monroe
Okee-chobee
Martin
St. Lucie
IndianRiver
Pasco
Esca
mbi
a
Palm Beach
Region 1
Region 3
Region 4
Region 7
Region 5
Region 2
Region 6Greg Holcomb
Region 5 Communications Co-ChairLake County Public Safety
GHolcomb@lakecountyfl.gov352-253-1818
QUESTIONS?
THANK YOU FOR YOUR TIME TODAY!
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