Air — UAVs
Inspection, surveillance, mapping and delivery from above.
- Multirotor & fixed-wing
- VTOL
- Swarm operations
- Payload integration
Plan missions, run the fleet and turn every flight into results, on one platform for any vehicle and any autopilot, hosted in Europe.



One mission from start to finish. The example is an 18-minute survey flight from a dock.
Plan and fly missions, watch them live, turn the data into results and keep the fleet healthy, with security built in.
Plan precise flights: grids, corridors, waypoints and camera actions.
Hands-free missions — one click or fully scheduled, docks included.
Run all operations from a browser-based control room.
Low-latency live video from every drone, sharable in a click.
Aerial mapping and surveying with automated photogrammetry.
Health, firmware and utilisation for the whole fleet.
Interchangeable AI models, running onboard the aircraft or in the cloud.
Everything the console does goes through open interfaces, described in OpenAPI and Protobuf. Choose your language and framework: Python, C++, TypeScript, Go, Dart or anything else that reads the specs.
// sky-proto · fly a craft to a point, with a safe climb first message LaunchToPointRequest { double latitude_deg = 1; double longitude_deg = 2; float absolute_altitude_m = 3; // AMSL float security_takeoff_height_m = 4; // climb straight up first float rth_altitude_m = 5; float max_speed_m_s = 6; string flight_id = 7; // echoed on FlyToProgress }
// illustrative: answer a perimeter alarm with the nearest copter req := &sky.LaunchToPointRequest{ LatitudeDeg: 52.2731, LongitudeDeg: 10.5254, AbsoluteAltitudeM: 135, SecurityTakeoffHeightM: 30, RthAltitudeM: 60, MaxSpeedMS: 12, FlightId: alarm.ID, } resp, err := craft.LaunchToPoint(ctx, req)
# illustrative: answer a perimeter alarm with the nearest copter req = sky.LaunchToPointRequest( latitude_deg=52.2731, longitude_deg=10.5254, absolute_altitude_m=135, security_takeoff_height_m=30, rth_altitude_m=60, max_speed_m_s=12, flight_id=alarm.id, ) resp = await craft.launch_to_point(req)
// illustrative: answer a perimeter alarm with the nearest copter const req: LaunchToPointRequest = { latitudeDeg: 52.2731, longitudeDeg: 10.5254, absoluteAltitudeM: 135, securityTakeoffHeightM: 30, rthAltitudeM: 60, maxSpeedMS: 12, flightId: alarm.id, }; const resp = await craft.launchToPoint(req);
// illustrative: answer a perimeter alarm with the nearest copter final req = LaunchToPointRequest( latitudeDeg: 52.2731, longitudeDeg: 10.5254, absoluteAltitudeM: 135, securityTakeoffHeightM: 30, rthAltitudeM: 60, maxSpeedMS: 12, flightId: alarm.id, ); final resp = await craft.launchToPoint(req);
// illustrative: answer a perimeter alarm with the nearest copter let req = sky::LaunchToPointRequest { latitude_deg: 52.2731, longitude_deg: 10.5254, absolute_altitude_m: 135.0, security_takeoff_height_m: 30.0, rth_altitude_m: 60.0, max_speed_m_s: 12.0, flight_id: alarm.id.clone(), }; let resp = craft.launch_to_point(req).await?;
Pick your use case. AutrikOS automates the same loop for all of them: plan or trigger, fly, collect, process — and act on the results. All securely hosted.
Choose the deployment model that best fits your organization's security requirements, infrastructure, and operational needs.
Fully managed cloud solution with automatic updates, scaling, and 24/7 support.
Deploy on your preferred cloud provider (AWS, Azure, GCP) with full control over your infrastructure.
Install and run AutrikOS on your own servers with complete control over data and infrastructure.
Completely isolated deployment for maximum security in sensitive environments with no external connectivity.
Need help choosing the right deployment option? Contact our team for a consultation.
AutrikOS manages air, ground and water vehicles side by side — across the autopilots you already fly and every screen your team works on.
Inspection, surveillance, mapping and delivery from above.
Terrestrial inspection, security patrols and hazardous-area work.
Marine inspection, monitoring and offshore operations.
Coordinate all three from a single operations center: drones survey from above while rovers and vessels cover ground and water — one mission, one picture.
We research and build together with industry and academia — from geo-surveying and unmanned systems to medicine, environment and public service.
We are proud to be funded and supported by public institutions, innovation centers and accelerators that believe in our mission.
BMFTRFederal Ministry of Research, Technology and Space.
Braunschweig Zukunft GmbHEconomic development agency of the City of Braunschweig.In the air, on land and at sea, with any vehicle and any autopilot, hosted in Europe. Show us your operation and we'll show you AutrikOS running it.