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Robots now see the world with an ease that once belonged only to science fiction. But ask a robot to touch something...

As robotics shifts intelligence from cloud to edge, self-adapting models promise faster decisions, greater autonomy, and new ethical questions about accountability in decentralized machine intelligence.

Low-cost farm robots are quietly transforming food security favoring resilience over hype, local intelligence over the cloud, and human-centered automation over displacement in fields facing climate and labor pressures.

What if AI learned like a team, not a genius? Evolutionary Policy Optimization merges evolution and reinforcement learning, unlocking robotic skills where solo algorithms stall and redefining scalable intelligence globally.

Boston University surgeons demonstrate that a surgical robot can remove the caudate lobe of the liver safely, offering less pain and faster recovery for cancer patients.

Teams of robot miners will explore unknown terrains

Neurobots integrate neurons into living frog-cell robots to create complex movement patterns and possible sensory abilities, revealing new insights into biological plasticity and regenerative medicine applications.

Unveil Acorn: the community-driven pioneer in the 'Solar Powered Farming Revolution,' slashing costs with bicycle and 3D printed parts.

Tesla and SpaceX plan a major facility to produce advanced chips for AI, robotics, and space computing to meet growing internal demand.

Meet Sequoia Alexander and Acorn, an open source autonomous solar powered farming robot platform designed to function within a regenerative organic farming system.