ForwardX Robotics pioneers the use of Computer Vision technology with multi-sensor input, applying cutting-edge functionality, such as segmentation, detection, tracking, and recognition, to give our robots the ability
to perceive scene semantics and achieve true visual autonomous navigation.
Through deep reinforcement learning, create a new robot autonomous navigation and obstacle avoidance paradigm, help realize the perception of execution within 0.1 seconds, and flexibly handle complex scene environments. Since
its establishment, the company has won many awards in robot-related international competitions, and has continued to publish important papers at authoritative academic conferences.
We have the top brushless and sensorless hub motor control algorithm and two revolutionary global patents-four free wheel chassis control and side following trajectory prediction algorithm. Its rich chassis control
system can feedback and optimize through a large amount of data to adapt to more complex environments with higher accuracy.