Humanoid robotics is moving quickly. Improvements in batteries, actuators, perception and AI have made walking, balancing and whole-body control more credible than ever. But mobility is only one part of the problem.

For humanoid robots to become useful in homes, warehouses, factories, hospitals and public environments, they must interact with the objects around them. Those objects were designed for human hands, not rigid automation systems. They vary in shape, texture, weight, fragility and position.

A humanoid hand needs feedback during contact. It needs to know whether it is gripping too lightly or too firmly, whether an object is sliding, and whether the surface behaves as expected. Without that information, manipulation remains fragile.

Humanoid robots may become one of the most visible markets for tactile sensing, but the underlying need is broader: robots must learn to handle the physical world with more than sight.

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