Microsoft WearDrive Extends Battery Life

Microsoft WearDrive Extends Battery Life

Wearable devices need power to operate. To make them run longer without having to recharge, designers have a number of options. They can use energy harvesting technology to scavenge energy from the ambient environment, but this can be expensive and may only produce...
Low-Power Motion Sensor Chip

Low-Power Motion Sensor Chip

One of the most important questions that just about any wearable Health Tech device can ask itself is “Where am I?” This simple question is key to so many important pieces of information: whether the wearer at motion or rest, how much distance has been...
New WiFi Chip Saves Power

New WiFi Chip Saves Power

One of the reasons that wearable Health Tech devices have become so valuable is that they can take advantage of wireless data communications technology. Driven by demand for features in smartphones, tiny wireless transceivers have become inexpensive. Different...
Bionic Leg Produces Normal Gait [video]

Bionic Leg Produces Normal Gait [video]

Human bi-pedal walking is nothing short of an engineering miracle. And running? Forget about it! Balance, the shifting of support from one part of the foot to another, and then to the other foot entirely: it’s all mind-bogglingly complex. And when people lose a...
New Rubber Material Makes Electricity

New Rubber Material Makes Electricity

Have you ever noticed that if you stretch a rubber band a bunch of times in a row, it gets warm? That’s an indication of energy being generated by the stretching of the material. What if it produced electricity instead of heat? That’s the focus of new...