Open architecture platform will consolidate drone detection, airspace surveillance and Counter-UAS data into a single operational environment while supporting future sensors, response capabilities and mission requirements. BEALE AIR FORCE BASE, Calif., June 17, 2026 – UNIFY.C2 announced today that it has been selected as the Common Operating Picture platform for Counter-UAS and drone detection operations at Beale Air Force Base. The deployment will provide operators with a

OWL radar integration delivers advanced Counter-UAS detection, tracking, and within UNIFY.C2's sensor-agnostic, multi-sensor fusion Mission Command Platform. Integrated into the UNIFY.C2 Airspace Mission Command Platform, OWL Radar systems operate alongside EO/IR cameras, RF sensors, and mitigation technologies to deliver a unified, real-time common operating picture for advanced counter-UAS operations. DALLAS, TX, UNITED STATES, May 26, 2026 /EINPresswire.com/ -- UNIFY.C2 to

February 17, 2026, 12:00 GMT Black River Systems’ NIJA counter-UAS sensor platform integrated into the UNIFY.C2 command-and-control environment. Partnership unites Ninja™ C-UAS sensing and mitigation with UNIFY.C2 real-time fusion to deliver mission-ready airspace security for defense and gov't operators. Black River Systems’ NIJA counter-UAS sensor platform integrated into the UNIFY.C2 command-and-control environment. DALLAS, TX, UNITED STATES, February 17, 2026 / EINP

New collaboration brings HGH Infrared’s wide area surveillance, passive MWIR sensor technology into the UNIFY.C2 single-screen command-and-control platform. UNIFY.C2 integrates HGH Infrared’s SPYNEL X MWIR sensors to deliver real-time, long-range airborne threat detection within a single command-and-control interface. DALLAS, TX, UNITED STATES, January 29, 2026 / EINPresswire.com / -- UNIFY.C2 , the next-generation airspace command-and-control and Counter-UAS (C-UAS) softwa

UNIFY.C2 expands its integrated airspace command-and-control platform with native Dronetag Remote ID capabilities—delivering real-time identification, correlation, and operational clarity across complex airspace for defense, public safety, and critical infrastructure.

The importance of a layered, interoperable defense against drones At the Counter-UAS Homeland Security Europe conference, one of the most consistently discussed themes was the importance of technology integration and layered defence systems in countering the growing threat of UAS. The consensus across industry and government stakeholders has always been that effective counter-UAS strategies require a multi-layered, interoperable approach rather than reliance on any single s