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Our deep sensor fusion technology provides precise global positioning anytime, anywhere
Autonomous vehicles - whether on the ground or in the air - require centimeter to decimeter accurate positioning during operation. Conventional solutions based on GNSS (e.g., GPS) or GNSS/INS fusion alone cannot achieve centimeter accuracy, nor are they reliable or accurate enough to operate in all environments.
With our expertise in satellite and visual navigation, we provide the best-in-class positioning solution. Combining high precision RTK-GNSS with inertial and visual sensors, it reliably navigates through challenging environments where previously unachievable, high precision positioning is crucial.
Robot lawn mowers reduce costs while saving time and energy, contributing to their popularity for residential gardens as well as professional landscapes around building, parks, and golf courses. The current technology, often employing random- or grid-pattern navigation, has several disadvantages especially when dealing with complex lawn boundaries, islands, and large areas.
Areas are often mowed twice or missed altogether. Perimeter wires usually need to be pre-installed and maintained. Burying, and then finding and repairing a broken perimeter wire is an arduous manual process.
Utility robots often encounter areas where GNSS (e.g. GPS) satellite signals are degraded or blocked, especially in cities. Urban terrain is also complex, and traditional map-matching used by automotive navigation systems to enhance satellite information is not available to smaller urban robots travelling off-road along sidewalks or through campuses, parks and office complexes.
Without sufficient positional information, robots can become stuck or lost, unable to complete their task and require expensive human intervention.
The future is autonomous, and the agricultural industry is playing an important role in getting us there. Demographics, climate change, food waste, scarcity of natural resources, and the overall sustainability of our food systems are putting ever increasing pressure on the agricultural sector.
To respond to these challenges, agriculture is looking to the future and that future is precise, efficient, effective, and autonomous. Drones, robots, and other technologies are set to change the way we farm. ORIENTATION is here to help make all this possible.
Robot lawn mowers reduce costs while saving time and energy, contributing to their popularity for residential gardens as well as professional landscapes around building, parks, and golf courses. The current technology, often employing random- or grid-pattern navigation, has several disadvantages especially when dealing with complex lawn boundaries, islands, and large areas.
Areas are often mowed twice or missed altogether. Perimeter wires usually need to be pre-installed and maintained. Burying, and then finding and repairing a broken perimeter wire is an arduous manual process.
Utility robots often encounter areas where GNSS (e.g. GPS) satellite signals are degraded or blocked, especially in cities. Urban terrain is also complex, and traditional map-matching used by automotive navigation systems to enhance satellite information is not available to smaller urban robots travelling off-road along sidewalks or through campuses, parks and office complexes.
Without sufficient positional information, robots can become stuck or lost, unable to complete their task and require expensive human intervention.
The future is autonomous, and the agricultural industry is playing an important role in getting us there. Demographics, climate change, food waste, scarcity of natural resources, and the overall sustainability of our food systems are putting ever increasing pressure on the agricultural sector.
To respond to these challenges, agriculture is looking to the future and that future is precise, efficient, effective, and autonomous. Drones, robots, and other technologies are set to change the way we farm. ORIENTATION is here to help make all this possible.
What our customers say
"Our customers rely on our solutions to provide precise, autonomous navigation in even the most challenging conditions. Thanks to ORIENTATION, we deliver on this promise."
"PIX Moving has one of the world’s most innovative, flexible, and adaptable autonomous mobility solutions. Our partnership with ORIENTATION is taking us one step closer to the most efficient and sustainable smart mobility technology worldwide."
“Thanks to positioning technology from ORIENTATION, our drone swarms create breathtakingly precise aerial shows that showcase the power of centimeter-precise 3D navigation. We look forward to extending our UAV solutions to all aspects of industrial and consumer use.”
"ORIENTATION's deep sensor fusion technology is critical to ensure navigation accuracy during autonomous mowing while achieving cost efficiency instead of relying on expensive software and hardware."
ORIENTATION is enabling the mass-market adoption of autonomous solutions
We are helping the world enter an exciting future where autonomous machines provide humans with more safety, convenience, efficiency, and fun.
A solution that provides your precise global positioning anytime, anywhere
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