The world’s first full-size purely-electric running robot, Tiangong from China, has gone open source. The move aims to boost secondary development and speed up the robots' integration into daily life.

Hugging Face is best known as a platform for machine learning and AI development, but it has also been dabbling in the world of robotics. This week, the company revealed two new robots it plans to ...

A team of scientists at the University of California Berkeley (UC Berkeley) has developed a humanoid robot that is constructed from standard electronic parts and whose structural parts can be printed ...

Researchers from Cornell University have released a framework called BeyondMimic that allows humanoid robots to perform ...

University of California, Berkeley, has unveiled a new open-source, budget-friendly and customizable humanoid robot called Berkeley Humanoid Lite. The robot has been designed to make robotics research ...

Coming from a lab in France is The Poppy Project, an open source humanoid robot that’s at least as cool as ASIMO. Poppy was designed as an affordable bipedal robot for use in education and art. It’s a ...

Artificial intelligence kickstarted Nvidia's latest technological advancements, and now the company is expanding these developments by going all in for its 'Project GR00T' which aims to train the ...

Not all robots are created equal—and the National Science Foundation wants to help level the playing field to speed up research. By Andrew Paul Published May 9, 2023 12:00 PM EDT Get the Popular ...

Want smarter insights in your inbox? Sign up for our weekly newsletters to get only what matters to enterprise AI, data, and security leaders. Subscribe Now Earlier this year, the open source AI code ...

Discover HITTER, a UC Berkeley humanoid robot that plays table tennis using AI-powered planning to outsmart human players.

Toward the rear of the office, an engineer is working on a metal hand. It looks human enough — roughly the same size with four fingers and a thumb. The Figure team is methodically testing every piece ...