Applications

Mission profiles our systems are deployed against

Each application maps to a specific combination of perception, autonomy, link resilience and command and control.

ISR and persistent surveillance

Airborne and ground ISR where the operator needs detections, not raw video. Targets are found, classified and tracked onboard and reported as structured metadata.

Operational requirements

  • Automatic detection and classification of personnel and vehicles
  • Persistent tracking through occlusion and platform motion
  • Day and night EO/IR coverage
  • Track reporting into existing C2 and ATAK

Counter-UAS

Detection, classification and tracking of small, low-signature aerial targets against cluttered backgrounds, with hand-off to effectors and command-and-control.

Operational requirements

  • Small-target detection at low contrast
  • Stable track hand-off to gimbals and effectors
  • EO/IR fusion-ready processing pipeline
  • Edge processing that survives jamming and link loss

Subterranean, indoor and GNSS-denied operations

Tunnels, buildings and urban canyons where GNSS is unavailable and the RF link is intermittent. Autonomy holds the mission when the operator loses the feed.

Operational requirements

  • Visual-inertial navigation without GNSS
  • Obstacle detection and avoidance in confined spaces
  • Autonomous return and mission continuation on link loss
  • Low-latency teleoperation when the link is available

Base and perimeter security

Fixed and mobile observation posts with automated alerting, plus robotic patrols using UGVs and robotic dogs for verification.

Operational requirements

  • 24/7 automated detection with low false alarm rates
  • Robotic patrol and remote verification
  • Single-operator control of multiple platforms
  • Recording and after-action review

EOD, CBRN and hazardous reconnaissance

Keeping the operator out of the hazard area with teleoperated and semi-autonomous ground platforms carrying mission sensors.

Operational requirements

  • Low-latency video and control over degraded links
  • Precision teleoperation of UGVs and robotic dogs
  • Onboard obstacle avoidance and safe stop behaviours
  • Sensor payload integration and data recording

Multi-robot and manned-unmanned teaming

One operator coordinating drones, UGVs and robotic dogs across a shared operational picture, with cross-cueing between air and ground.

Operational requirements

  • Unified map, tracks and tasking across platform types
  • Cross-cueing from air detections to ground assets
  • Open interfaces into ATAK and third-party C2
  • Scalable operator workload as platform count grows

Tell us your mission profile

Send us the environment, platform and sensor set and we will map the stack against it.