Product description

A passive and mobile underwater monitoring system designed for continuous protection of critical maritime infrastructure through the detection, identification, and signaling of intrusions into protected zones based on the analysis of physical field signatures of underwater objects. The system operates in real time in continuous 24/7 mode, ensuring high detection effectiveness under diverse environmental conditions.

Measurement devices are installed on the seabed and connected via cables to an operator console, forming a flexible and scalable sensory barrier configured according to the required protection area. The measurement modules simultaneously record magnetic, hydrodynamic, hydroacoustic, seismic, and electric fields, enabling multi-criteria assessment of detected objects and reducing false alarms. The system includes a module positioning control function, covering tilt, pitch, heading, and depth measurements, ensuring stable operating parameters and data reliability. The integrated analytical workstation enables real-time visualization, analysis, and archiving of data, as well as automatic intrusion alerting.

The Sensory Barrier System is delivered together with the “Starfish” software, enabling integration with external detection systems, command and control systems, and effectors, allowing it to be used as a component of complex protection systems for ports, naval bases, and other critical infrastructure facilities.