UNIFY.C2 Chosen for State-of-the-Art Drone Monitoring at Beale Air Force Base

UNIFY.C2 Selected for Advanced Drone Detection at Beale AFB

UNIFY.C2 is set to revolutionize drone detection and Counter-UAS operations at Beale Air Force Base, as the company was recently chosen to provide an integrated Common Operating Picture (COP) platform. This new initiative aims to consolidate drone detection and airspace surveillance into a cohesive operational environment, greatly enhancing situational awareness for operators.

The deployment of UNIFY.C2 will provide a singular interface that integrates data from various existing systems, regardless of the manufacturer. This means that security personnel and decision-makers will have access to a unified stream of information that helps them monitor airspace activity, assess potential threats, and coordinate responses effectively.

Beale Air Force Base, home to the 9th Reconnaissance Wing, plays a critical role in high-altitude intelligence and reconnaissance efforts supporting combat operations around the globe. As a critical hub for these operations, the integration of UNIFY.C2's platform will enable operators to achieve centralized visibility over a diverse range of airspace security data.

The system's open architecture allows for the integration of future sensors and detection technologies, ensuring that any updates or changes to existing infrastructure can be done seamlessly. Jerry McGee, CEO of UNIFY.C2, emphasized that protection of military installations like Beale requires a multi-faceted approach. He stated, "UNIFY.C2 is designed to blend various advanced technologies into one holistic operational picture, allowing base defenders and mission leaders to better understand and coordinate responses to airspace threats."

In this role, UNIFY.C2 acts as a central software layer for monitoring and managing airspace and Counter-UAS operations. The platform will utilize best-of-breed technologies for cooperative and non-cooperative detection—including RF Passive systems, Remote ID, radar, EO/IR, and acoustic sensors—thus enhancing the operability of the response capabilities in the area.

An important benefit of this consolidated approach is the reduction in the need for operators to switch between different applications and interfaces during critical mission operations. This streamlining improves situational awareness, allowing security, operations, and leadership teams to communicate and make decisions faster and more effectively.

The flexible, sensor-agnostic architecture of UNIFY.C2 enables Beale Air Force Base to evolve as mission requirements shift and UAS threats grow increasingly sophisticated and harder to detect.

The recent selection of UNIFY.C2 not only enhances counter-UAS capabilities at Beale but also expands the company's footprint in markets where a unified Common Operational Picture is essential for effective threat identification and multi-faceted response coordination.

About UNIFY.C2

UNIFY.C2 was developed by Spatial Persistent Systems and specializes in command-and-control solutions for airspace awareness and Counter-UAS operations. It is designed with real-time multi-sensor integration and operational visualization capabilities specifically for defense, government, and other critical infrastructure sectors. More details can be found at UNIFYC2.com.