A border security project may include fences, gates and open approaches within the same operational area. G-Max offers several perimeter intrusion detection technologies so the sensing method can be selected for the boundary and the target threat. The system design should consider terrain, existing structures, environmental activity and the way operators assess and respond to alarms.
IV-Sensor uses addressable solid-state vibration detectors for intrusion attempts involving climbing, cutting or dismantling a barrier. SuperSensor uses a shielded copper sensing cable to detect mechanical activity on a fence. These approaches provide different options for existing or new perimeter barriers. Fence condition, installation details and sensitivity settings should be assessed as part of the design.
G-Sensor uses buried seismic geophones to detect ground activity. UPDS and LM-Sensor use passive magnetic detection for targets carrying ferromagnetic material. Passive magnetic detection depends on the target’s ferromagnetic characteristics. Open approaches clear of metal fences are suitable assessment locations; nearby metal infrastructure must be considered during design.
The R123 Universal Controller provides a common platform for G-Max detection technologies, with individual sensor calibration and configurable zones. G-Max command-and-control software supports mapped alarm presentation and configured CCTV and PTZ responses. A project assessment should define how field alarms are verified, which cameras cover each zone and what response is required.
Provide the perimeter layout, barrier types, open sections and operational requirements. G-Max can discuss the relevant fence and underground detection options for the proposed application.
Discuss border perimeter detection: sales@g-max-security.com
G-Max Security Tech Ltd. · Moshav Kidron, Israel
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Concept illustration. Not a photograph of a G-Max installation.