No single sensor covers every aerial threat vector. Anomaly Federal's detection layer is built to extend your existing infrastructure into the environments, platforms, and personnel gaps that fixed sensors cannot reach. Whether you are securing a major public event, supporting a forward-deployed unit, or operating a legacy surveillance network, our solutions convert every available resource into an active node in your aerial domain awareness operating picture.
Our mobile platform transforms any smartphone into a reporting node for aerial object detection. Our network of 500K+ potential observers provides coverage in areas where radar, cameras, and traditional sensors cannot reach. Each report is validated, geolocated, and sent directly to the C2 system of your choosing, giving your operators a real-time corroboration layer that scales.
Our computer vision pipeline integrates as a drop-in layer for commercial PTZ cameras and legacy surveillance systems. By streaming live video directly into the Anomaly Federal CV engine, operators gain real-time aerial object detection and classification without capital investment in new hardware. The system reduces reliance on manual monitoring and mitigates the risk of human operator error in high-tempo, high-consequence environments.
The Anomaly Federal ATAK plug-in extends UAS detection coverage to every soldier carrying a TAK-enabled device in the field. Once activated, the plug-in leverages the device's optical sensor to continuously scan for aerial activity, transmitting detections into the mission network twice per second. Designed to preserve battery life, the plug-in integrates directly into existing ISR infrastructure, filling detection gaps that fixed sensors cannot address.
For National Special Security Events (NSSE) and other high-profile gatherings, Anomaly Federal deploys a white-labeled mobile application configurable to any event perimeter or defined geographic boundary. The application enables both active reporting from the public and targeted alerting to designated personnel, creating a layered detection posture calibrated to the specific operational requirements of the event.
