Genetec Omnicast DVS

Architecture projects

Public Safety Broadband Reference 1: Washington Metropolitan Area Transit Authority proposals

Summary of Work Performed: Public Safety Broadband worked with several Prime System Integrators including IBM to develop proposal teams and proposals for the WMATA Video surveillance train system.

WMATA project included installation of a video network on passenger trains that would record and save recorded images of activity on railcars and provide real time access to live video when trains are in selected passenger stations and /or the rail yard. The system will also provide access to camera views to WMATA Transit Police Officers on

the train or in select stations using a portable tablet style computer. The system will provide for analytics. The first phase of the project covers 11 miles of track to be

expended to 100 miles of track.

Evacuated equipment and provided compliant reports for multiple equipment vendors, including these major vendors: Wireless vendors: (Firetide, Proxim, Cisco, and Aruba

Networks), Analytics vendors: (Activu, ObjectVideo, AgentVi, and Object Video Analytics, VMS vendors: ( Genetec, Smiths Detection, OnSSI, MileStone, & Nice); Camera vendors: (Axis, Mobotix and Vivotek), Ethernet train sensors vendors: (ICPDAS, Lonworks, SQ-RPS, ADF and Spectra Guard), Train Location system vendors:

(Brendel Associates and Inspired Systems), 4G Router vendors: Sierra Wireless and Verizon Wireless)

Designed the TrainProtect™ system for the WMATA project. The design included the Wireless Network for Cisco, Firetide and Aruba equipment, Cellular 4G network,

Camera Solution, VMS Dynamic Map solution (New Genetec train module required) and Optional Analytics solutions. The design also included several Custom Modules and Harden Rugged computer required by the project, to be manufactured by Public Safety Broadband. The custom modules included: Ethernet I/O Sensor, Ethernet G-

Force Sensor, Lonworks-Time-Sync Sensor, Ethernet J1939 train protocol Adapter, Intelligent DC-DC power supply with UPS and 8 Port POE switch, and Intel Core i5

IP65 Rugged Server (Required for Genetec VMS and Optional Analytics installed on the lead train car).

Developed the Product Marketing Specification for the required Genetec TrainProtect™ modules, approved by Genetec. Genetec modules:VMS Dynamic Map, Ethernet

Sensor drivers, updated drive for the Vivotek MD7560 HD Camera to support the integrated 64GB of video storage)

Worked with Genetec to evacuate and test the Genetec VMS solution installed on the AXIS Q8108 NVR Server.

Developed the Product Marketing Specification for the optional TrainProtect™ Analytics module, approved by Activu, ObjectVideo, AgentVi, and Object Video Analytics

Partner with Anixter to provide bundle pricing for the project.

Public Safety Broadband Reference 2: Train Intersection Wireless Camera Network, City of Riverside, CA

Point of Contact Information

Steve Reneker, (951) 826-5109, SReneker@riversideca.gov

CIO of the City of Riverside

City of Riverside

3900 Main Street

Riverside, CA 92522

Location of Work Performance: Riverside, CA

Summary of Work Performed: Public Safety Broadband designed and managed the deployment of a Train Intersection Wireless Camera Network for the City of Riverside, which included a City-Wide point to multipoint wireless video surveillance network at 12 train intersections throughout the City. PSB developed the team to deploy this solution, which consisted of PSB, WiFiCityWide, and Insight Video Net. The system was deployed to detect when a train stops on the train intersection for more than 5 minutes. PSB also designed and developed the Wireless Video Surveillance Camera System and wireless PTM wireless network. The camera system included an analog camera, Video Encoder, InfiNet Wireless 2.4 Mesh Router and 5.8 PTP Router all integrated into one enclosure. The system also included a train detection solution that reported to the monitoring station any time a train stop on the tracks. The wireless network included 16 wireless PTP links with two repeater sites, which link up the train intersection cameras in an area that covered 50 square miles. The camera systems also included a 2.4 wireless mesh router, which allowed Riverside’s Police vehicles to access the camera within a ¼ mile area around each of the 12 camera sites. This 2.4 mesh interface is also used to manage the camera system on site. The 12 cameras are connected back to the City Hall Video Network monitoring station. The Train system was managed by Genetec Omnicast system. The Video Management system monitors over 250 cameras in the City of Riverside.

Public Safety Broadband Reference 3 City-Wide 4.9 GHz Public Safety Camera Network, City of Riverside, CA

Point of Contact Information

Steve Reneker, (951) 826-5109, SReneker@riversideca.gov

CIO of the City of Riverside

City of Riverside

3900 Main Street

Riverside, CA 92522

Location of Work Performance: Riverside, CA

Summary of Work Performed: Public Safety Broadband is currently deploying 4.9 GHz city-wide video surveillance cameras on the Riverside City-Wide 50 square mile 4.9 GHz Public Safety Network. Public Safety Broadband designed, developed, and manufactured the 4.9 GHz wireless video surveillance camera system currently being used in Riverside. The Riverside camera include an AXIS IP camera, 4.9 Wireless Client, and 4.9 GHz Wireless AP. The 4.9 GHz wireless client connects the camera automatically to the 4.9 GHz City-Wide network. The camera was developed to be quickly deployed anywhere in the 50 square miles of the City of Riverside. The camera solution is integrated into a single enclosure, with a 90-280VAC power supply, AXIS 214 IP camera, 4.9GHz Wireless Client, and 4.9 GHz Wireless AP. The complete system weights less than 10lb and can be relocated by a single person in less than 60 min anywhere within the 50 square mile network. The built in 4.9 GHz AP also provides an IAN Incident Area Network between Police Vehicles and the camera, allowing streaming video directly to the Police Officer’s vehicle. This local 4.9 AP interface is also used to manage the camera system on site. The Riverside Genetec Omnicast network allows video from any of these camera to be streamed into any of the Riverside mobile police vehicles. The PSB camera system can also be powered by 12VDC and deployed as a portable system installed on a tripod. Riverside is also testing PSB Cellular Router option to provide a portable solution that can be deployed outside their City-Wide Network. Riverside is also testing PSB’s RS-232 Serial Server module to monitor Riverside’s electric distribution system equipment throughout the city. The integrated RS-232 Serial Server allows Riverside to remotely monitor and control any Citywide equipment equip with a RS232 management port.

Public Safety Broadband also developed the team of Lockheed Martin and WiFiCityWide to bid on the RFP for the City of Riverside Citywide 2.4/4.9 50 sq-mile City Wide wireless Network. Public Safety Broadband designed and deployed the Pilot network for this proposal, which covered several blocks with a 2.4 and 4.9 Public Safety Network. The Pilot also included, installing in-car video system in several of Riverside’s Police and Fire vehicles that interfaced to the pilot wireless network. PSB demonstrated several wireless applications including wireless video streaming in and out of Police and Fire vehicles, Wireless Meter Reading and Wireless VoIP. PSB also demonstrated connecting existing Riverside business’ surveillance into the 4.9GHz mesh network, which allowed Riverside’s Police department to see live video of locate business surveillance systems. PSB also used the Riverside pilot network to organize a major Public Safety and Public Access demonstration in partnership with the Riverside CIO, Fire and Police departments of the City of Riverside. The must-attend event was attended by over 300 public safety professionals, municipal IT professionals, technology end-users, wireless service providers, system integrators, dealers and consultants.

Public Safety Broadband Reference 4: Long Beach Wireless Intersection Camera Network, Long Beach, CA

Point of Contact Information

Robert Uribe, (562) 570-4801, Robert_Uribe@longbeach.gov

Project Manager

Long Beach Wireless Communication Division

400 W. Broadway

Long Beach, CA 90802

Location of Work Performance: Long Beach, CA

Summary of Work Performed: Public Safety Broadband put together an outstanding team of partners that deployed the Long Beach Wireless Intersection Camera Network, which led to 200 police cars being capable of viewing any networked camera. There were 15 wireless cameras deployed on several intersections in Long Beach for this first project. All the wireless camera equipment was integrated into a single enclosure, which included wireless equipment, camera, and Video Network Recorder. Public Safety Broadband’s partners on this project were, CelPlan, Insight Video Net, Genetec and Watcher Network Services . Public Safety Broadband assisted CelPlan and Insight Video Net with the design and development of the wireless video surveillance camera system for Long Beach. Insight Video Net developed and deployed the Video Network monitoring station for this network. Public Safety Broadband also organized the first major Tactical Exercise/Demonstration

using the newly introduced 4.9 GHz Public Safety Spectrum in at the Long Beach EOC. The Tactical exercise was a partnership of several 4.9 GHz equipment manufactures, IBM, Public Safety Agencies and Genetec. The demonstration consisted of 4.9 GHz multi-point networks and two 4.9 GHz airborne video system. LAPD and LASD provided the two helicopters for the event. Long Beach provided their Swat team and fire department personnel and equipment. Insight Video Net provided the In-Car Mobile Digital Video system. The network was displayed on a Genetec system. The Public Safety Region 5 and 6 700MHz/4.9 GHz Regional Planning committees used the testing results from this tactical exercise to help them develop their 4.9 GHz FCC plans. MRT published a cover story on the event.