Explore Figure AI’s breakthrough in humanoid robotics: scalable, human-like walking robots designed for diverse industries ...

Figure AI, the California-based robotics company, has introduced a humanoid robot capable of walking with human-like ...

Figure's AI-powered controller teaches its humanoid robots to walk more like a human, with subtle improvements in gait and ...

US robotics firm Figure has made significant progress in developing a natural humanoid walking motion using reinforcement ...

Despite major advances in security technology, human error remains the weakest link in any security system. The only way to ...

A Russian Il-38N spy plane flew dangerously close to the USS Carl Vinson, prompting a swift response from US Navy F-35s and F ...

Scientists have developed smart insoles that accurately measure the forces created when a foot hits the ground in the real ...

OneStep CCO set to present on smartphone motion analysis at DeviceTalks Boston. New York, NY — OneStep, a leader in ...

Opioids are commonly prescribed to manage pain, but their effects on movement and coordination can pose serious risks, particularly for older adults. One major concern is their impact on gait. Changes ...

Quadruped robot stabilization using fuzzy control based on IMU sensor readings, implementing gait planning and inverse kinematics for balanced movement.

Deep learning methods for user recognition from Channel State Information(CSI) collected from WiFi Data. We used Intel CSI Tool and Atheros CSI Tool to collect our ...

Tron 1, a Chinese company's two-legged robot, is versatile and can walk, roll and pivot, even on rough terrain. Tron 1 stands 33 inches tall and weighs 44 pounds.