Six disciplines. One sovereign stack.

Edge autonomy

Inference, perception, and decisioning executed entirely on-platform. No uplink required, no cloud dependency, no operator latency.

• Silicon-agnostic inference runtime; runs on COTS and rad-hardened hardware.
• Fail-safe degradation: every autonomous behaviour has a deterministic fallback.
• Mission packages signed and version-pinned per sortie.

Sensor fusion

EO/IR, SAR, passive RF, and SIGINT correlated into a single confidence-weighted track. Built for contested EW environments.

• Multi-modal track-before-detect on degraded signals.
• Provenance preserved from sensor frame to operator screen.
• Open ingestion of partner and legacy sensors via STANAG and Open API.

Mesh command & control

Self-healing tactical mesh with cryptographic identity per node. Survives jamming, partition, and node loss.

• Zero-trust between nodes; no implicit perimeter.
• Routing collapses gracefully under loss; reforms in seconds on recovery.
• Operates across LTE, mesh radio, SATCOM, and tactical wired backhaul.

Counter-UAS

Layered detect-track-defeat across the spectrum. Configurable kinetic, directed-energy, and EW effectors.

• Passive RF and AESA radar fused into a single track per threat.
• Operator-in-the-loop and fully autonomous engagement modes.
• Trailer, fixed-site, and convoy variants.

Sovereign cloud

EU-hosted, EU-cleared, EU-controlled mission cloud. Air-gapped tenancy available for sensitive operations.

• Hosted in EU jurisdictions with national data-residency guarantees.
• Hardware supply chain audited end-to-end; no extra-territorial dependencies.
• Air-gapped tenancy ships as a sealed appliance.

Secure comms

Post-quantum-ready waveforms, hardware-rooted identity, and zero-trust segmentation across every platform.

• PQ-ready key exchange already deployed in production.
• Hardware root-of-trust on every FENR-built node.
• Granular mission segmentation; compartments enforced cryptographically.