PipeGuard by MAGAL The Pipelines Security Solution for BOTAS MAGAL proprietary and commercially secret information. Not to be copied to third parties without MAGAL’s prior written permission

PipeGuard’s Background Securing the pipes has been an unanswered challenge till nowAlthough being recognized as a strong need by the oil & Gas industry for years - Securing the pipes has been an unanswered challenge till now. identification Technion (Israel institute of technology).Magal has identified that need, and has implemented a unique identification technology developed in the Technion (Israel institute of technology). in-house command & control systemTogether with unique short range communication technology - and in-house command & control system – the PipeGuard patent based comprehensive solution.

Regional Theatre during Digging Event 3 – 20 Km PipeGuard sensing unit Pipeline existing regional station Pipeline control center Pipeline Patrol vehicle Pipeline Patrol vehicle Wireless LAN, Video, GPS, data

PipeGuard is good for: The PipeGuard was find suitable to the following applications: Oil & Gas industry: –Theft –Terror –3 rd party Underground Data transfer highways (buried fiber optics). Tunnels digging detection (prisons)

PipeGuard main Characteristics Non-exposed components.Non-exposed components. preventionDamage prevention by alarming at preparation phase. recognition capabilityInherent recognition capability – of more then 95%. locationAccurate location. all soil typesAll weather all soil types operation. System redundancySystem redundancy. AdaptiveAdaptive to typical local signals and noise. Fits all pipesFits all pipes – from existing and operational to new under construction ones.

Basic logic flow of a “sensing unit” Seismic signature bank Signal analysis = = ALARM message Discard NO YES Output

PipeGuard Uniqueness Geo-Phones) identification capabilityCombination of seismic sensors (Geo-Phones) with an advanced identification capability. autonomousThe Discrete buried sensing units are autonomous. Signal analysis is fully conducted in every unit, thus “Alert message” is forwarded to the control room only when the signal is recognized as “real”. Wireless Communication is based on short range transmission to both neighboring units, and on to the nearest pumping station to avail duplex communication chain. The principal of continuously signal-monitoring enables adaptive performance and time enhancement..

Conceptual Comparison: critical parameters Detecting wireFiber-optic wirePipeGuardCharacter# NoneMedium - LowVery good (Pd>95%)Intrusion identification1 NoneLowVery goodMultiple event2 Very lowMediumVery lowFAR3 MediumHigh Location accuracy4 NoneMediumgoodDamage prevention5 Low. Failure of the wire will fail the whole system Low. Failure of the Fiber- Optic wire will fail the whole system High. System is constructed on independent detectors Robustness6

√ X Schematic Summary

System installation

System Installation & Components Signal analyzer Transceiver cm Ground level “sensing unit” Power source

Principal of Phased Array Coverage (Top view) Shape of coverage zone Geo-phones array (Example only) Geo-phones array (Example only) 150 meter m Shape of coverage zone 100 m

System Installation Concept 1 Km meters Ground level Sensing units Discrete Sensing units

Wireless Configuration Concept Scheme Ground level

Wire Configuration Concept Scheme 60 – 80 cm Ground level 1 – 5 m cm

Control Center Information during Alert 1.Alert from sensor # 347: Digging with Pd of 98%. 2.Position is 5364/7764 (UTM). 3. Time of event: 12: Closest patrol call-sign “Charlie 21” 5. Optional courses or response (based on pre-planned checklist).