Counter-UAS
Our Vision
The rapid proliferation of inexpensive autonomous aerial systems is fundamentally changing the character of modern conflict. Small unmanned platforms are hard to detect, hard to track, hard to defeat. Increasingly, they can no longer be considered to be isolated threats, as they instead operate as coordinated distributed systems capable of overwhelming conventional defensive architectures.
We believe that countering this evolution requires more than improving individual sensors or interceptors. It requires transforming independent defensive assets into resilient distributed operational systems capable of maintaining situational awareness, coordinating defensive actions and continuing to operate under degraded conditions.
Moreover, it requires continuous adaptation and rapid implementation of lessons learned. For that purpose, the architecture must be stable; the AI is the replaceable component.
The Operational Challenge
Modern Counter-UAS systems face a rapidly evolving operational environment.
Threats may emerge simultaneously from multiple directions, ammunition may run low, communications may become degraded or denied, and individual defensive assets may themselves become targets. Decisions must often be taken within seconds while maintaining human supervision over the application of force.
The challenge is therefore no longer limited to detecting or intercepting drones. It is to preserve defensive effectiveness despite ammunition depletion, degraded communications and the inevitable loss of individual defensive assets.
A Distributed Approach
While traditional air-defence architectures often rely on centralized coordination supported by high-value command-and-control assets, future Counter-UAS capabilities will emerge from the cooperation of distributed defensive assets rather than from increasingly capable individual systems.
The traditional approach indeed becomes increasingly challenging as operations move closer to the front line, where communications are contested, infrastructure is degraded and operational assets are continuously exposed.
We thus envision Counter-UAS systems as resilient distributed operational systems in which sensing, assessment, coordination and defensive actions continue through cooperation between autonomous entities whenever centralized coordination becomes unavailable.
This approach complements existing air-defence architectures by extending resilient operational capability to the tactical edge.
Our Vision of Tactical Counter-UAS
Our primary objective is to increase the survivability of front-line operators and tactical assets.
We do not focus on constructing a comprehensive digital representation of the battlefield. Instead, we focus on controlling the immediate operational environment surrounding the supported force. Autonomous systems operating in close proximity continuously cooperate to detect, classify, track and respond to aerial threats while maintaining operational continuity under degraded conditions.
This close-support philosophy enables resilient protection where it is needed most: alongside the operational assets themselves.
We Provide the Substrate for a resilient C-UAS Kill Chain
Distributed Detection
Our system enables third-party modules to assess the cooperative sensing data collected through heterogeneous, networked airborne, ground-based and fixed assets to improve detection probability and reduce blind spots.
Distributed Tracking
Our system maintains continuous awareness of hostile aerial threats by seamlessly transferring tracking responsibilities between heterogeneous sensing assets. The tracking function is performed by third-party modules integrated into the distributed operational system. It persists despite mobility, degraded communications and the loss of individual nodes.
Collaborative Threat Assessment
Threat evaluation is performed by third-party assessment modules integrated into the distributed operational system. This modular approach allows threat assessment algorithms, sensor fusion techniques and artificial intelligence models to evolve independently while remaining seamlessly interoperable within the same operational architecture. The architecture is stable; the AI is replaceable.
Resilient Defensive Coordination
Defensive actions are coordinated through distributed decision-support and resource-allocation modules that continuously exchange operational information and recommendations. Individual coordination strategies can evolve independently as new doctrines, engagement policies and optimisation algorithms are developed, while remaining interoperable within the same distributed operational architecture.
Adaptive Mission Continuity
Operational capabilities are continuously reconfigured in response to communication degradation, infrastructure disruption or the loss of individual assets. By dynamically redistributing operational responsibilities across the remaining participants, the system preserves the highest achievable level of defensive effectiveness throughout the mission.