The US has placed the Athena Counter-Unmanned Aircraft System (UAS) Integration Kit into operational service over Washington, DC.
Following seven years of development efforts, the system is now part of the National Capital Region air defense architecture.
Athena integrates different counter-drone sensors used by federal and military agencies and combines their data into a single, accurate track for any detected unmanned aircraft.
The system also merges identification information to distinguish drones from other objects in the airspace, reducing false alarms in crowded civilian environments.
The resulting air picture is then sent to the command-and-control systems responsible for managing air defense in the National Capital Region.
“As a government-owned system, Athena also provides a cost-effective means of evolving with emerging threats,” said Lt. Col. Nicholas Detloff, division chief of CONR-1AF (AFNORTH and AFSPACE) A8C Strategic Requirements.
Boosting Drone Defense
Washington is accelerating efforts to enhance counter-drone capabilities across both the US military and industry.
In December 2025, the US Army recognized Armaments Research Company (ARC) as a top performer in its xTech Counterstrike competition for emerging counter-UAS technologies.
ARC won the passive sensing category for its AI-Enabled Weapon Sensor, a system that converts standard infantry weapons into sensors capable of detecting drones without adding workload for soldiers on the ground.
The same month, California-based VisionWave unveiled its Argus concept, a space-based counter-UAS system.
Argus uses high-frequency signals from orbit to coordinate interceptors and effectors, linking space-based surveillance with ground and airborne systems to create a global anti-drone engagement network.
Earlier last year, the US Army partnered with Duality AI to develop AI Target Detection and Recognition, a fully AI-driven system built entirely in simulation to detect and identify hostile drones before they threaten infantry units.
