Dyna-2 demonstrates that scaling first-person recordings of everyday human tasks produces predictable gains in robot performance across embodiments without robot data in pre-training.

Creating autonomous robotic organizations for efficient, cost-effective marine operations across air, sea, and space environments.

Artificial structures made of motorized hinges adapt autonomously like living systems, performing tasks such as gripping and moving without central control.

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In a rapidly evolving technological landscape, how can we harmoniously integrate innovations like robot dogs into our daily lives, ensuring they enhance our social and cultural fabric?

Researchers develop small living robots called AggreBots from human lung cells that move using hair-like structures, with potential for medical uses inside the body.

Chinese military developers have presented a four-legged, wolf-like robot designed for military use and able to operate in packs.

A new AI system aims to let robots move their whole body, handle delicate tasks, and cooperate with other machines to finish complex jobs.

This new project aims to create helpful assistants for the elderly that can handle surprises and change their plans when necessary to finish complex daily tasks.

Researchers develop a system that predicts a robot’s future position so it can plan the next motions without stopping, making actions smoother and much faster.