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Enterprise Layer Intelligence
Categories/IoT & Connected Hardware/KEF Robotics
KEF Robotics

KEF Robotics

Founded 2018

Navigate autonomous aircraft and drones in GPS-denied environments using onboard cameras and computer vision

You can use KEF Robotics to fly aircraft and drones without human pilots or GPS access. The system uses visual inertial odometry and terrain relative navigation to calculate position, velocity, and altitude using onboard cameras. It mimics standard GPS signals so you can connect it directly to existing aircraft autopilots without changing flight control software. You can operate during daytime, nighttime, or bad weather at low and high altitudes. The software maintains low drift rates even during dynamic maneuvers and in environments where GPS is jammed.

What KEF Robotics does

Calculate real-time position coordinates using onboard camera imageryFeed simulated GPS coordinates and velocity data to autopilotsMatch live aerial imagery against satellite maps for global positioningEstimate aircraft velocity and altitude without external radio signalsTrack localization drift metrics during dynamic flight maneuversMonitor sensor health status during mission executionCollect flight telemetry for open-loop and closed-loop testingMimics GPS signals directly into existing autopilot hardwareProvides visual inertial odometry without requiring pre-loaded mapsMatches onboard camera feeds against terrain maps for long-range navigationFunctions in both daytime and nighttime conditionsMaintains localization through bad weather and partial camera occlusionsDelivers drift rates below two percent at speeds up to one hundred miles per hourMonitors system health and telemetry metrics continuously during flight

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KEF Robotics, Tailwind, visual inertial odometry, terrain relative navigation, autonomous flight, GPS-denied navigation, drone autonomy, aircraft vision, dead reckoning, UAS navigation