Listen: podcast about the alleged "data" collected by wearable devices


Rachel "Datapunk" Kalmar is a brilliant data scientist with a background in neuroscience, connected devices, sensors, and wearables. Read the rest

Kickstarting a prismatic, hat-brim mounted heads-up display for your phone

The Hattrickwear is an improbable ball-cap designed to mount your phone horizontally along your eyeline with a mirror and prism that keeps your screen in your field of vision all the time. Read the rest

Imogen Heap's musical gloves

Sean sends us, "a video interview with Imogen Heap describing her homemade electronic interface gloves that control her music interface software by the movement and positions of her hands." Heap is kickstarting an open source hardware version of the gloves. Read the rest

Google Glass is a borg mullet

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Conductive cosmetics to control mobile devices

Computer scientist Katia Vega has developed conductive eye shadow and false eyelashes that can be used to control wearable computers. For example, an extended blink could trigger your phone's camera. "We use voluntary movements to amplify intentions – using our body as a new input device," Vega, a researcher at Rio de Janeiro's Pontifical Catholic University, told New Scientist. Read the rest

Electronic cotton and stretchable silicon

Over at our sponsor Intel's My Life Scoop site, I wrote about the future of wearable computing:

Electronic Cotton Several university laboratories are developing transistors — the building blocks of all computers — that are literally woven from cotton fibers. In a recent project led by Cornell University’s Textiles Nanotechnology Laboratory, engineers coated cotton with gold nano particles and a conductive polymer layer. So far, they’ve only created simple circuits as a proof of concept. The first applications will likely be, say, clothing with chemical sensors for firefighters or shirts that measure vital signs. But according to Lab director Juan Hinestroza, “If you think about how many fibers you have in your T-shirt, and how many interconnections you have between the weft and the warp of the fabric, you could get pretty decent computing power.”

Stretchable Silicon University of Illinois nano scientist John Rogers developed a method to print ultra-thin silicon circuits, like those on a computer chip, onto a highly-elastic surface that you can stick on your skin. Think of a temporary tattoo containing electronic components that are one-fifth the thickness of human hair. The possible uses of this are broad, ranging from a tiny patch that will detect when you need more sunscreen and alert you, to implantable (yes implantable) sensors that keep a constant vigil for infections inside the body. Rogers spun out a company called MC10 to commercialize the technology and has already partnered with Reebok on a forthcoming wearable device to track athletic performance.

"Smartly Dressed: The Future of Wearable Computing" Read the rest