The latest boom in robotics represents a revolution in the way machines have learned to interact with the world.

Humanoid robots have quietly crossed a threshold: they are no longer just research prototypes or sci-fi props. They walk, run, lift, learn workflows, and increasingly interact with human environments designed for human bodies. That matters because the ...

Swiss scientists have published research showing AI-informed robots can learn how to self correct and teach other robots how to behave. It raises questions of consciousness in artificial intelligence.

Modern robotics has reached a point where movement is no longer the main challenge – machines can already navigate, grasp, and operate in space with impressive precision. Yet enabling them to truly “live” and function in the real world remains an unsolved problem.

For the last decade, most conversations about AI infrastructure have centered on language models, recommendation engines, and data pipelines that live comfortably inside data centers. But robotics changes the rules. The moment AI leaves the cloud and ...

Humanoid robots are attracting capital at a pace the underlying technology cannot yet justify. Between viral dance performances, stratospheric valuations, and foundation models that have never turned a production shift,

The new model, called π0.7, represents what the company describes as an early but meaningful step toward the long-sought goal of a general-purpose robot brain.