Hardened autonomous aerial platforms engineered for contested and denied environments. From forward reconnaissance to force protection, our systems deliver persistent situational awareness where it matters most — on the front line.
Every subsystem hardened, every protocol secured, every mission parameter validated against real-world operational demands.
Intelligence, Surveillance, and Reconnaissance capabilities with real-time data fusion. Multi-sensor payloads delivering actionable intelligence directly to field commanders through secure downlinks.
AI-driven detection, classification, and tracking of targets across multiple spectral bands. Operator-in-the-loop architecture ensures human oversight for all critical engagement decisions.
Multi-drone mesh networking for coordinated battlefield awareness. Autonomous task allocation, distributed sensing, and resilient formation flying even under communications degradation.
Seamless integration with existing Command and Control infrastructure. NATO STANAG-compliant data formats and interoperable communication protocols for coalition operations.
AES-256 encrypted data links with frequency-hopping spread spectrum. Anti-jam capabilities and low probability of intercept/detection (LPI/LPD) waveforms for operations in denied RF environments.
Visual-inertial odometry and terrain-referenced navigation for operations where GPS is jammed or unavailable. Continues mission execution with centimetre-level accuracy using onboard sensor fusion.
Designed for the realities of modern warfare — where the electromagnetic spectrum is contested and the operational tempo never slows.
Our military platforms are built from the ground up for survivability. Every airframe is constructed from radar-absorbing composite materials with minimised thermal and acoustic signatures. The flight control system adapts in real time to battle damage, rerouting through redundant actuators and maintaining mission capability even under degraded conditions.
Electronic warfare resilience is not an afterthought — it is a foundational design principle. Our systems detect, classify, and adapt to jamming threats autonomously, switching communication channels and navigation modes without operator intervention. When the adversary tries to deny the spectrum, our platforms keep flying.
Validated across a range of operational scenarios demanding different capabilities and endurance profiles.
Persistent wide-area surveillance of border zones with automated intrusion detection. Multi-drone relay networks provide continuous coverage across hundreds of kilometres, feeding data to ground-based monitoring stations in real time. AI algorithms differentiate between civilian, animal, and threat-level crossings, reducing false alarm rates by orders of magnitude.
Autonomous perimeter defence for forward operating bases and critical installations. 360-degree threat detection with automated alert escalation and sensor cueing. Our systems maintain a protective surveillance bubble around assets, detecting approaching threats at extended range and providing early warning to base defence systems.
Low-signature aerial reconnaissance ahead of advancing units. Real-time terrain analysis, route clearance verification, and threat identification. Our platforms fly ahead of ground forces, mapping enemy positions, identifying IED indicators, and providing commanders with a detailed picture of what lies beyond the next ridgeline.
Continuous aerial escort for logistics convoys and troop movements through contested corridors. Route scanning for ambush indicators, real-time threat assessment, and coordination with quick reaction forces. The system provides a persistent eye in the sky that moves with the convoy, scanning ahead, alongside, and behind.
| Navigation | Multi-constellation GNSS with INS fallback, visual-inertial odometry, terrain-referenced navigation |
| Communications | AES-256 encrypted, frequency-hopping spread spectrum, mesh networking, LPI/LPD waveforms |
| EW Resilience | Anti-jam, anti-spoof, autonomous spectrum management, GPS-denied operation capability |
| Autonomy | Waypoint navigation, geofencing, autonomous return-to-base, dynamic mission replanning |
| Sensor Suite | EO/IR gimbal, SAR, SIGINT payload options, modular bay architecture |
| Deployment | Field-ready in under 15 minutes, no runway required, hand-launch and catapult options |
| Interoperability | NATO STANAG 4586 compliant, Link 16 compatible, standard GCS interfaces |
| Environment | Operating temperature -30°C to +50°C, IP67 rated, operations in up to 40 kt winds |
| Swarm Capacity | Up to 20 units per swarm controller, autonomous task allocation, distributed sensing |
| Data Security | Sovereign data handling, zeroised storage on tamper detection, secure boot chain |
Our defence team is available for classified briefings and capability demonstrations.