A research paper by scientists at The University of Electro-Communications developed a new socket and prosthetic hand control system that does not interfere with the wrist joint motion. This ...

Ready to step into the future of wearable technology? We took the new Hypershell exoskeleton for a test ride in Times Square, and have thoughts. Read our full Hypershell review for the details.

An exoskeleton powered by air can flex the wrists with a rotation approaching that of the natural joints. Such a device could help people rehabilitate from wrist-related injuries at home by ...

Allegheny Health Network's new robotic exoskeleton offers hope to patients This new technology helps patients with neurological conditions regain mobility.

German Bionic has unveiled its latest wearable exoskeleton — and it comes equipped with an AI brain.

I tested the Hypershell Pro X and Dnsys X1 Carbon to see if either of these exoskeletons for hiking were worth the price tag.

Researchers have created an AI-powered exoskeleton that seamlessly adapts to provide remarkable mobility assistance and energy savings. Kurt “CyberGuy" Knutsson discusses.

While a wearable technology that assists the lower back muscles has great potential to cut down on workplace injuries, it needs to be further investigated, says new Brock University-led research.

Humanoid robots may represent the workforce of the future. But wearable technologies like exoskeletons can make today’s workers stronger, faster, healthier contributors.

Tom's Guide Verdict The Dnsys X1 lower-body exoskeleton makes movement easier, and could be the ideal mobility aid for people with injuries, disabilities or long-term health conditions.

Everyone walks differently — so this exoskeleton adjusts on the fly A boot-like, robotic exoskeleton helped people walk faster while using less energy ...

Lightening the load: AI helps exoskeleton work with different strides A model trained in a virtual environment does remarkably well in the real world.