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Conventional air-defence systems are optimized for aircraft and missiles, not the growing threat of small, low-altitude unmanned aerial systems (UAS), creating critical gaps in airspace awareness.
ALLeYe™ fuses 3D RADAR, Electro-Optical (EO), and Infrared (IR) sensors into a single AI-enabled command and control platform.
The result is a unified, real-time air picture that significantly improves situational awareness and decision-making.
The outcome is enhanced airspace security, faster response to drone incursions, greater operational confidence, and a significantly higher probability of detecting and neutralizing threats before they can impact personnel, critical infrastructure, or mission success.
Combines AESA Radar, EO Camera, Thermal IR, and Laser Range Finder into a single intelligent payload, delivering unmatched target detection, identification, and tracking from one compact system.
Ruggedized and tripod-mounted for rapid deployment, ALLeYe™ establishes an instant surveillance perimeter to protect airbases, military camps, ammunition depots, border posts, ports, and other high-value assets.
ALLeYe™ features an AI-assisted Human-Machine Interface (HMI) that presents a unified air picture with intuitive visualization, one-click sensor cueing, and mission replay—enabling informed decisions with minimal cognitive workload.
ALLeYe™ scales effortlessly from a single sensor deployment to a distributed network protecting large military bases, borders, or critical infrastructure, with centralized monitoring and command.
Its software-defined, modular architecture enables rapid integration of new sensors, AI algorithms, and mission capabilities without hardware redesign, ensuring long-term operational relevance.
Designed with an open architecture, ALLeYe™ integrates seamlessly with existing Command & Control (C2), radars, electronic warfare systems, and kinetic effectors through standard defence interfaces.