Drone capabilities
- Autonomous coverage routing
- Battery-aware task windows
- RGB and thermal payload support
- Safe return-home behavior
- Single-aircraft pilot loop today, fleet supervision path next
Autonomous flight with the software to use it in the field
Less stick time. More mission control
Horus moves teams away from manually flying every search pattern and toward assigning a mission, watching exceptions, verifying detections, and handing precise locations to responders.
Autonomy that keeps the mission bounded
The aircraft is tasked against a real operating area, not a vague video feed. Routes are shaped by coverage goals, terrain, communications, battery margin, and return-home behavior so the operator can focus on the mission state.
Software capabilities
- Mission planning and route constraints
- Live aircraft telemetry and progress tracking
- Ranked detection review with imagery
- MGRS/GPS handoff for field response
- Coverage analytics and after-action export
From tasking to response
Horus connects aircraft autonomy with the software operators need when the sortie is underway and decisions are moving quickly.
Mission planning
Operators define the area, routes, constraints, priority corridors, and safe return behavior before the aircraft is tasked.
Aircraft supervision
Telemetry, route progress, battery margin, communications health, and degraded modes stay visible throughout the flight.
Detection review
Imagery and observations are ranked for human review so teams can act on verified evidence instead of raw footage.
Response handoff
Coordinates, imagery, notes, confidence, and context are packaged for the people who need to move next.
Software that keeps the aircraft useful
Flying is only part of the work. Horus keeps the map, aircraft state, review queue, response notes, and mission record connected so teams do not lose time stitching decisions together after the flight.
The capability stack
Autonomous coverage
Route logic keeps aircraft focused on coverage objectives while respecting overlap, battery windows, terrain, and return paths.
Operational map
Coverage, uncertainty, aircraft state, detections, and field response status are kept in one readable view.
Review queue
The software gives operators a prioritized queue of observations with the context needed to verify or dismiss them.
Mission export
Horus preserves maps, imagery, route decisions, and handoff records for briefings, shift changes, and after-action review.
Outputs teams can act on
Coverage mapAircraft healthRanked detectionsVerified imageryMGRS/GPS handoffAfter-action record