Figure 02's human-like gait is the product of the company's simulated reinforcement learning system, and is just the beginning of its plans to make its robots perform physical tasks more naturally.

Undergraduates at CMU are seeking to create technical solutions to improve everyday living for those diagnosed with disabilities, and expanded understanding of education, childhood development and ...

Researchers have developed robotic tools so small they could slip into the brain and perform surgery without ever cracking ...

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

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

DeviceTalks Boston brings together MedTech professionals to exchange insights and connect with engineering, manufacturing, ...

Figure uses reinforcement learning to achieve fluid, human-like walking in its robots, seamlessly transferring simulations to ...

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 ...

A new study led by Bucknell University Professor Karlo Malaga, biomedical engineering, has identified key insights into ...

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 ...