Protecting Station Platform & Rail Perimeters. TransitVUE IDS The Latest in Fiber Optic Station Platform & Rail Perimeter Security Sensor Systems

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1 TransitVUE IDS The Latest in Fiber Optic Station Platform & Rail Perimeter Security Sensor Systems

2 Transit Applications Station Platforms and Security Gates Train Track & Highway-Rail Intersections Fenced & Open Rail Perimeters Excavation Near Existing Cable Infrastructure

3 You can detect any unauthorized intrusion like someone crossing the Yellow Warning Strip, throwing an object onto the track, jumping off a station platform or climbing over a security gate. The train operator can now stop the train before reaching the station if rail security has been breached.

4 Unauthorized intrusion along train tracks and highway-rail intersections can be detected well in advance. This gives the train operator early warning if a vehicle is illegally crossing between the gates or simply stopped on the tracks.

5 Advantages of Using Fiber Optic Sensors You can detect any unauthorized trenching, boring, core drilling or any other digging methods along your cable route.

6 Certifications United States Air Force TEMPEST Certified Technical Authority Approval (CTTA) FD-208 sensor for PDS applications Headquarters Air Force Communications Agency Approved 21 March 2003 Air Force Manual Protected Distribution Systems (PDS) and NSTISSI 7003 Department of Air Force Approval for Priority Level 1 Facilities Approved 3 April 2003 SPAWAR Approval IA Pub U.S. Navy 31 October 2004

7 System Overview Alarm System with Headend Option Sensor Cable immune to EMI, RFI, and lightning Detection Zones up to 5 km Interoperability with Alarm Panels Highly Scalable Highly-configurable control software Local or alarm notification

8 System Components Specially configured Optical Fiber Cable & Connectors FD-208 sensor (Alarm Processor Unit) SMS 2000 Software (optional) Intelligent Field Panel (502 or 508 controller) (Headend) Central connection and control point for all the hardware. All system functions are controlled by this unit

9 How the Sensor Works Fiber optic sensing cable is glass. Inner conductor, called the core, conducts light (No Data)

10 If the fiber optic cable is disturbed, the pattern of conducted light changes. Sensitivity to motion, vibration, or pressure Protecting Station Platform & Rail Perimeters

11 The Alarm Processor Unit Allows direct or remote mounting of the electronics away from the fiberoptic sensing zone. Models include: Stand alone systems Rack mount systems

12 The system uses optical fiber as a sensing cable to detect the presence of an intruder. FD-208 R FD-208

13 Laser light from the APU transmits through the cable The system detects shifts in the return light pattern Max. 20 KM Max. 5 KM

14 Benefits of Alarmed PDS Certified / meets PDS requirements Inexpensive Eliminates Need for Encryption (expensive, slow, key-based) Can be used on long runs Eliminates inspection requirement Immediate intrusion detection Configurable Parameters Eliminates Nuisance Alarms

15 Physical Security Detection Assurance Detects Station Platform and Track Vulnerabilities Structured Cabling Reliability Uptime Physical Intrusion (accidental or intentional) Physical Equipment and Wireless AP s

16 Threat OSI Model Security Trojans, Viruses, Worms, Spyware, Key Loggers Anti-Virus, Spyware detection and removal Unicode Vulnerabilities Patches TCP Session Hijacking, DoS attacks, Man in the Middle Authentication, SSL, SSH, IPSEC, Kerberos, strong passwords Port Scanning, NMAP Router Password buffer attack, IP Spoof MAC Spoof, ARP Cache Poisoning Firewalls, Scan Log d Software updates & patches, restrict console port access Physical Security (SecurLAN options), Static ARP cache Tapping, Cable Cuts, Cable Tamper, Backhoe, Accidental Intrusion SecurLAN, UPS Power Measures, Microwave Emission Analyzer Source: SANS Institute *

17 The sensing cable can be deployed along a fence or buried under sod or gravel. Intruders compromising these barriers are detected Protecting Station Platform & Rail Perimeters

18 Response Options Optical cutoff switch Provides shutdown of all connections within the affected zone to deny access to sensitive data. AC cutoff switch An alternative method of network shutdown that cuts power to the router, hub, or PC denying access to sensitive data. alert Notify key personnel of intrusion attempts Auto dialer contact key personnel through pagers, cell phones, etc. You name it integrates with any system that accepts relay inputs (cameras, audible alarms, lights, etc.)

19 Product Summary Versatile for Transit Applications Cable Infrastructure Protection Fiber-Optic Sensitivity Detects Movement, Pressure and Vibration Nuisance Alarm Discrimination Defined Zone Detection Complimentary to Existing Security Systems Customizable Response Options

20 For more information or to schedule a demonstration, please contact: Ken Rivera x 11