PERIMETER PROTECTION

AI-powered 3D perimeter protection

High-security facilities, such as correctional institutions, critical infrastructure sites, and manufacturing facilities, face an increasing threat from unauthorized drone activity, which poses serious risks to safety and operational integrity. Drones can easily bypass traditional security measures, delivering contraband or capturing sensitive information from facility perimeters. This lack of comprehensive airspace surveillance makes these facilities vulnerable to security breaches, inmate disturbances, and escape attempts—situations that can escalate quickly without early detection and intervention.

To address these vulnerabilities, implementing an advanced monitoring solution is essential for safeguarding facility boundaries, ensuring real-time awareness, and enhancing response coordination in critical situations.

Main Features

Objects detection:

AI-powered object detection reduces false alarms by 95% compared to traditional motion detectors.

Utilizes neural network technology for object detection and identification
Autonomous rejection of false positives
Capable of classifying various aerial vehicles, including Copter UAS, fixed-wing UAS, airplanes, and helicopters

Objects tracking:

The target tracker automatically guides the PTZ (pan-tilt-zoom) camera to follow any drone detected by the object detection system. The operator also has the option to manually select any target for tracking based on their specific needs.

Typical System Composition

Radar System

Radar's primary function is to detect, track, and classify drones, within its coverage area. It achieves this by emitting radio waves and analyzing the reflected signals to identify an object's location, speed, altitude, and trajectory.

Camera System:

The camera system utilizes high-resolution imaging combined with advanced AI analytics to provide visual evidence for classification and threat assessment. With integrated infrared and optical capabilities, it ensures reliable performance in a variety of lighting and environmental conditions, enhancing the system's overall situational awareness and precision.