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Soft robotic garment SWAG from KAIST/Stanford self-dresses wearer in 10 secs using vine robots. Assistive technology for elderly, mobility-impaired, redefining independence.

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

Scientists create a soft robot that transforms, splits, and merges like cells, opening doors for medical and industrial uses.

New technology uses light patterns and machine learning to guide a flexible robot arm for delicate tasks in medicine and industry.

MIT engineers develop method to create muscle tissue that moves in multiple directions for biohybrid robots.

Researchers create a control system inspired by the brain, allowing flexible robots to handle various tasks and unexpected changes without constant retraining, promising advances in healthcare and industry.

Researchers create building blocks to adjust stiffness in real time, opening doors for adaptable robots and medical tools.