To navigate complex and unpredictable terrains, an autonomous mobile robot needs to be able to see and understand an environment from every angle, without interruption. To grab or manipulate an object effectively, a robotic arm needs to be able to perceive its surroundings in intricate detail, continuously. In both instances, vision-driven precision is critical, enabling autonomous robots to move beyond rudimentary tasks, to complex ones.
Applications:
Cleaning Robots, Garden Robots, autonomous robotics
To navigate complex and unpredictable terrains, an autonomous mobile robot needs to be able to see and understand an environment from every angle, without interruption. To grab or manipulate an object effectively, a robotic arm needs to be able to perceive its surroundings in intricate detail, continuously. In both instances, vision-driven precision is critical, enabling autonomous robots to move beyond rudimentary tasks, to complex ones.
Applications:
Cleaning Robots, Garden Robots, autonomous robotics
Before we were deep down the road using LiDAR. It was so time consuming and hard to scale. we deployed a prototype in days and upgraded all our instances in under 6 weeks.
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