AeroGuard designs counter-drone technology around a single idea: detection, response, and awareness shouldn't be separate products bolted together — they should be one continuous chain, from an unknown RF signature to a resolved threat.
Most detection systems give themselves away — active scanning has an electronic signature of its own. AeroGuard's ORACLE platform starts from the opposite premise: a sensor network that listens across the full spectrum without ever transmitting, so the system protecting a site can't be located, mapped, or countered by the threat it's watching for.
That same discipline carries through the rest of the line. Alpha and Omega are built to produce controlled, predictable outcomes — a drone lands, hovers, or returns home, not an unpredictable failure. Eagle Eye extends the same sensor-fusion philosophy into the air. Every system is designed to stand alone, and engineered to work better together.
From carbon-fibre jammer enclosures to IP65/IP67-rated outdoor hardware and -40°C to 60°C operating ranges, AeroGuard hardware is built for the environments it's actually deployed in — forward operating bases, rooftops, stadiums, and critical infrastructure sites — not a demo floor.
Systems are built to integrate: ORACLE's threat classification can trigger Alpha or Omega automatically in under a second, closing the gap between detection and response without waiting on an operator.
Each layer is a complete product on its own. Deployed together, they close the loop from first signal to resolved threat.
ORACLE Field and ORACLE Flight monitor the RF environment continuously, classifying threats and producing a bearing in real time — passively, at ranges up to 15 km.
Alpha and Omega jam the control and video link on cue, forcing the target to land, hover, or return to origin — with no kinetic risk to the surrounding environment.
Eagle Eye lifts the same sensor-fusion picture off the ground, giving operators a persistent, three-dimensional view over wide or complex terrain.