Sky Spy Showcases Airborne Detection System in Collaboration with French Military

Partnership Enhances Airborne Signals Intelligence for Military Applications

Integration of SIGINT Capabilities

Sky Spy and Evolve Dynamics have formed a partnership to incorporate airborne signals intelligence (SIGINT) capabilities into Evolve Dynamics’ unmanned aircraft systems (UAS). This collaboration follows a recent demonstration conducted with the French Armed Forces.

The demonstration took place during the GALENE exercise, organized by France’s Cyber Defence Command (COMCYBER). It involved the integration of Sky Spy’s SkyAgent 001 SIGINT payload with Evolve Dynamics’ Sky Mantis 2 rotary-wing drone, focusing on identifying and locating radio-frequency (RF) emitters in an electromagnetic spectrum exercise.

French military personnel observed the system’s ability to detect, classify, and geolocate high-priority emitters throughout the exercise.

Advancements in Signals Intelligence

Unlike many military drone payloads that primarily focus on imagery and surveillance, Sky Spy’s technology is specifically designed to gather intelligence from the electromagnetic spectrum. The SkyAgent 001 system aims to detect, classify, and locate RF emissions from various sources, including radios, drone control links, electronic warfare systems, and jammers. By deploying this system on a drone, operators can enhance detection ranges beyond those achievable by ground-based sensors.

This approach aligns with a growing emphasis among military users on spectrum awareness, particularly highlighted by conflicts such as the war in Ukraine, which underscore the significance of understanding electronic activity on the battlefield.

Sky Spy’s systems are designed to integrate seamlessly with broader intelligence, surveillance, and reconnaissance (ISR) and command-and-control workflows.

Demonstration Insights

The recent exercise assessed the potential of airborne RF sensing to assist military personnel operating in complex electromagnetic environments. Lieutenant-colonel Élie Fontana, Head of the GCEM Unit at COMCYBER, noted that the demonstration showcased the operational capabilities of lightweight airborne SIGINT systems.

Fontana stated, “During the GALENE exercise, Sky Spy demonstrated a lightweight airborne SIGINT capability, able to detect, classify, and geolocate multiple emitters in complex electromagnetic conditions. The system shows clear operational potential for tactical spectrum awareness in modern military operations.”

According to the companies, airborne collection can significantly enhance the ability to identify emitters located beyond the reach of ground-based sensing systems, providing greater visibility into electromagnetic spectrum activities.

Future Integration Plans

The demonstration is part of a broader initiative to integrate Sky Spy’s technology across Evolve Dynamics’ drone portfolio. Future efforts will include integration with smaller tactical aircraft, such as the Wolfe-NATO platform, along with additional demonstrations and testing activities.

Arsenii Hurtavtsov, CEO of Sky Spy, emphasized the technology’s compatibility with various drone platforms, stating, “Our partnership with Evolve Dynamics demonstrates the interoperability of Sky Spy’s platform with leading UAS manufacturers, enhancing military users’ spectrum awareness.”

Tom Redman, CEO of Evolve Dynamics, highlighted the importance of electronic sensing in contemporary military operations, noting that their collaboration combines frontline experience from Ukraine with expertise in integrating new capabilities into UAS.

Importance of Electromagnetic Awareness

This partnership reflects a broader trend within defense organizations to recognize the electromagnetic spectrum as a critical operational domain. As military forces increasingly deploy drones, electronic warfare systems, and networked communications platforms, understanding RF activity has become essential for battlefield awareness.

Airborne SIGINT systems aim to identify signals associated with aircraft, including control links and communications networks, thereby complementing traditional ISR tools such as cameras and radar. This capability can enhance situational awareness in environments where electronic activity is as crucial as physical movement on the battlefield.