Projects
Active
Programmes
Current hardware and software programmes under development within the Aerospace Division. Each project represents a dedicated engineering effort aligned to operational field requirements.
Division 03
Sensor fusion, unmanned systems integration, and airspace management software for defence aerospace, commercial operators, and next-generation aerial mobility programmes.
Capabilities
From ground control to stratospheric sensors, our aerospace division delivers integrated platforms that close the loop between unmanned systems, data, and command.
Combines EO/IR, radar, LiDAR, and SIGINT feeds into a unified common operating picture. Real-time data correlation with sub-50ms latency across sensor nodes.
Encrypted C2 link for single or multi-UAS operations. Supports autonomous mission execution, waypoint programming, and real-time override. NATO STANAG 4586 compatible.
Dynamic deconfliction, geofencing, and airspace reservation management. Integrates with UTM/U-Space frameworks and ATC systems for manned/unmanned co-existence.
AI-assisted target recognition, object tracking, and change detection across multi-spectral imagery. Outputs structured intelligence reports with geo-tagged evidence packages.
Distributed tasking across multi-UAS formations. Autonomous role assignment, collision avoidance, and mission handoff. Operates in GPS-degraded and contested RF environments.
Cross-platform GCS with live telemetry dashboards, flight replay, payload management, and secure mission data export. Hardened for field deployment in austere environments.
Use Cases
Our aerospace systems are fielded across defence, civil, and commercial domains. Each deployment is engineered to the specific airspace, regulatory, and operational requirements of the client.
ISR and strike-support UAS with hardened C2 links and multi-spectral sensor fusion. Operates in contested electromagnetic environments with autonomous fallback modes. Fully STANAG compliant for NATO coalition interoperability.
Persistent wide-area surveillance across border corridors and maritime zones. Long-endurance UAS with automatic vessel and vehicle detection, combined with ground-based radar for cross-domain tracking.
Automated drone patrol of energy, transport, and communications infrastructure. AI-driven anomaly detection flags intrusions, physical damage, or unusual activity without continuous human monitoring.
UTM integration and airspace management tooling for eVTOL operators, last-mile delivery networks, and urban air mobility programmes. Supports regulatory compliance across EASA, CAA, and FAA frameworks.
Projects
Current hardware and software programmes under development within the Aerospace Division. Each project represents a dedicated engineering effort aligned to operational field requirements.
Speak directly with the Aerospace team about system requirements, trials, or programme integration. We respond within one business day.
