Sixdof Space
Meet the low-latency, no-camera tracking technology of the future.
About Us
Sixdof Space has created an optical tracking solution offering precision landing with cm level accuracy both indoors and outdoors in direct sunlight. Our patented technology leverages infrared lighting to serve as location beacons. Our sensor unit, connected to your drone or robot, can see the beacons on the ground (or opposite the sensor; currently tested up to 100 meters). Our algorithms will report the 6DOF positional data to the drone/robot, to direct an autonomous landing, docking or relative position.
Relevant Challenges
Automated Systems
The Sixdof technology enables autonomous tracking of devices, providing the 6DOF position between the sensor and the beacons. With this positional data, devices are able to autonomously track and position.
Autonomous Systems
The Sixdof technology enables autonomous tracking of devices, providing the 6DOF position between the sensor and the beacons. With this positional data, devices are able to autonomously track and position.
Data Privacy & Protection
The Sixdof technology is not a camera. It is a custom patented lens that sees the light source only. Ensuring privacy in the space being tracked.
First & Last Mile Delivery
The Sixdof technology enables high speed landing and docking, enabling last mile delivery, and returning the vehicle to the base.
Parking
The Sixdof technology can be used to automate parking of land and air vehicles, and maintaining formation.
Vehicle & Infrastructure Monitoring
The Sixdof technology can be used to track robotic movement, monitoring changes in the infrastructure.
Smart Manufacturing
The Sixdof technology can be used to track robotic movement, in a manufacturing environment – enabling autonomous control.
Fleet Management
The Sixdof technology can be used to automate parking of land and air vehicles, and maintaining formation.
Disaster and Incident Response Systems
The Sixdof technology can be used for disaster and recovering, monitor and positioning air and land vehicles, tracking robotic “dogs” and enabling in field docking to recharge batteries.
