DedroneTracker.AI

DedroneTracker.AI is Dedrone's command-and-control software layer — the intelligence core that turns a field-deployed mix of sensors into an integrated counter-UAS system. At its foundation it ingests simultaneous streams from RF sensors, radar, PTZ and thermal cameras, and acoustic arrays, applies sensor fusion, and maintains a continuously ranked threat queue that allows a single operator to manage large, complex airspace. Autonomous background interrogation means the system classifies and re-interrogates every detected signature without waiting for operator input, surfacing drone type, drone location, and remote-pilot location on a georeferenced map in near-real time.

The platform's AI engine, built around the Pythagoras 1 vision model trained on NVIDIA H100 hardware with more than seven years of accumulated flight data and 2 million newly annotated images, delivers 24.3 percent higher mean average precision than its predecessor and a 14× improvement in detecting extremely small UAS — the category that defeats older detection pipelines. False-positive rates are near zero across certified test events, and the system consistently achieves 95 percent accuracy at authoritative Counter-sUAS evaluation events, with direction-finding accuracy within 2.5 degrees.

For airport and critical-infrastructure operators, the Version 6.0 Defeat Manager integrates directly with authorised jamming and cyber-defeat hardware, closing the kill chain within the same operator interface. A library of nearly 300 identified drone models allows confident identification rather than generic anomaly flags. Remote ID standards from the US, EU, and Japan are supported natively. Certifications include US DHS Safety Act Designation, SAPIENT compliance, and Veracode software-security verification — the set most frequently required in government and airport procurement frameworks. In the GCC, where airport perimeter threats from consumer and commercial UAS are a documented concern at major hubs, the platform's scalable deployment (DedroneCity, DedroneFixedSite, DedroneTrailer+, and DedronePortable form factors) allows an operator to right-size coverage from a single terminal to an entire airfield.