After a riding accident left him without the use of his legs, Irish jockey Jonjo Bright thought he'd never walk again. Then he stepped into the Ekso suit.
An artificial ankle created at the MIT Media Lab is made of chips and sensors that work together to adjust ankle stiffness, power, and position. One wearer was able to dance the rumba.
Cybernetic Venus flytrap anyone? MIT researchers create plants that are part machine, all awesome, and could one day even be turned into living gas detectors.
Researchers have created a prosthetic hand that allows the wearer to feel objects via wires to the nerves in the upper arm.
With his realistic face and functional artificial blood-circulatory system, a $1 million artificial human on display in London is a sight to see.
Created using the hardware of Vanderbilt University and the advanced algorithms of the RIC, this bionic leg is the most advanced below-the-waist prosthetic limb ever created.
With the first thought-controlled bionic leg pioneered in Chicago, the next steps for smart prosthetics are refining them for widespread use and tackling a huge hurdle: sensory feedback.
After more than 20 years in the making, the world's first FDA-approved bionic eye will soon be launching commercially in the United States. The device could help the tens of thousands of people who suffer from a rare, degenerative eye disease. CNET's Sumi Das explains how the Argus II device works to bring light into the darkness.
If you haven't kept up with advancements in prosthetics, now's a good time to observe how a new generation of devices can undertake even the most precise tasks.
The Motorola Droid Bionic is everything you want from a high-end smartphone--it's sleek, fast, and powerful, with features that will please both consumers and business users--if you're willing to pay the high price.