Our Miniature Intrusion Sensor (MIS) is a next generation buried passive ground sensor, designed to provide users with an easy to deploy, lightweight system for securing an area or perimeter over short-medium duration operations. The MIS units are considerably smaller and lighter than conventional seismic ground sensor capabilities, and provide superior detection and False Alarm rate performance over other systems.

Originally developed for the defence industry, MIS has a diverse range of applications across defence, security forces, urban response units, CNI and enterprise businesses. It can be used anywhere where an area needs to be secured, and where accurate detection and classification of perimeter cross is required. This could be anything from protecting an oil pipeline through to simple perimeter protection of a remote building. The MIS uses seismic detection algorithms to accurately detect and classify people and vehicles, before transmitting an alert message to a personal monitor or local gateway to a wider system. In addition to this the MIS can be used to trigger other security systems, including security cameras or other remotely operated systems.

MIS utilises advanced algorithms in order to reduce false alarms by ignoring unwanted targets such as animals, wind-blown debris etc. Further False Alarm reduction can be achieved by the use of peripheral sensors (e.g. PIRs, Magnetic sensors), which can plug into the MIS unit.

The MIS system is based around a robust, self-forming mesh network infrastructure, which supports a wide range of deployment options. This feature this helps make this a robust, flexible, cost effective capability ensuring you get a solution which provides significant added value throughout it’s lifecycle.

Key Benefits

  • Excellent detection performance with very low false alarms due to advanced algorithms
  • Considerably smaller and lighter than other equivalent UGS solutions – market leader
  • Accurate classification of threats. Algorithms can be tailored to include new threat classes and to suit individual customer requirements
  • Effective range of between 30 to 60M (dependent on threat class and ground conditions)
  • Can act as hub for other sensors (PIRs, magnetic sensors etc)
  • Can be integrated into wider comms architectures to allow detection information to be relayed to remote monitoring centres utilise national infrastructures to relay detection information

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