Swarm Threat Classification
SYNAPLEX enables real-time classification and prioritization of drone swarm threats with sub-millisecond inference latency. Photonic neuromorphic processing delivers AI-driven threat assessment at tactical engagement speeds, critical for modern counter-UAS operations.
Modern drone swarms present asymmetric threats requiring automated classification to distinguish between commercial quadcopters, FPV attack drones, and loitering munitions. SYNAPLEX processes multi-sensor fusion (radar, EO/IR, RF) to provide instant threat prioritization for engagement systems.
Ukraine conflict demonstrates the tactical necessity of autonomous C-UAS systems that react faster than human operators. SYNAPLEX neuromorphic processing eliminates GPU bottlenecks, enabling edge deployment in tactical vehicles and forward operating bases without compute infrastructure.
Mobile Counter-UAS
Vehicle-mounted C-UAS systems with AI-driven threat classification for convoy protection and maneuver forces.
- Boxer MRAV — C-UAS variant
- JLTV — Tactical vehicle integration
- Stryker — Brigade combat team
- Land Rover WMIK — Special forces
Fixed-Site Defence
Forward operating base and critical infrastructure protection with persistent autonomous monitoring and engagement cueing.
- FOB Perimeter — 360° coverage
- Critical Infrastructure — Power/comms sites
- Military Airfields — Runway approach protection
- Naval Facilities — Port and anchorage security
SHORAD Integration
Integration with short-range air defence systems for low-altitude drone threat detection and engagement coordination.
- Sky Sabre — UK SHORAD
- NASAMS — NATO integrated air defence
- Iron Dome — Israel C-RAM/C-UAS
- Korkut SPAAG — Turkish air defence
Maritime Platforms
Ship-based C-UAS with AI classification for littoral and high-value unit protection against small drone threats.
- Type 26 Frigate — a Tier-1 defence prime
- Type 31 Frigate — Babcock
- Queen Elizabeth Carriers — CVF
- Offshore Patrol Vessels — River-class
Why SYNAPLEX for Counter-UAS
Photonic neuromorphic processing delivers tactical engagement advantages
Sub-Millisecond Inference
<1ms latency enables real-time swarm classification faster than kinetic engagement windows (10-30 seconds).
Multi-Sensor Fusion
Native processing of radar, EO/IR, and RF signatures without pre-processing bottlenecks.
Tactical SWaP-C
Low size, weight, power, and cost enables deployment on mobile platforms without generator requirement.
Discuss C-UAS Integration
Contact our tactical systems team to explore SYNAPLEX deployment for counter-UAS applications.
Contact C-UAS Team Back to SYNAPLEX Defence