One of the best things about headphones and in-ear earbuds is the fantastic ability they have to block out the world around you. That’s also one of their most dangerous aspects. When you’re wearing that type of ear gear, you may not be able to hear a horn honking or people hollering that a car is rushing toward you.
Wow — Google’s Sergey Brin just took the stage at Google I/O to show off a demo of Google Glass. Several skydivers were in a blimp above the Moscone Center in San Francisco and suddenly decided to jump down to the city below, attempting to hit the roof of the Moscone Center, each one wearing […]
Google’s Project Glass team on Friday introduced its new “Glass Sessions” series of videos that will show the public how users may someday take advantage of its futuristic glasses (besides using it to document sky divers jumping out of blimps above San Francisco). The first video, titled Madame & Bebe Gayno is just 1:56 minutes long but […]
The potential of Google Glass is exciting. A computer on your face—how futuristic! It’s a concept plucked straight out of science fiction, and people—at least tech enthusiasts—are ready to embrace it. But how will the public react to someone wearing such a strange device on their face? At one San Francisco bar, reception was mixed. […]
Well, Google Glass may have the answer to this dilemma — bone conduction. Last December, it was tipped that Google intended to use the technology for discrete notifications that only the user can hear. Last month, the company filed a patent for bone conduction, and the Federal Communication Commission (FCC) has put its stamp of approval on it this past week. The documents described it as “integral vibrating element that provides audio to the user via contact with the user’s head.” That’s a pretty spot-on description of how the technology works. Bone conduction uses your own physiology to conduct sound, turning your skull into integral hardware for an isolated personal audio system. (And you can’t accidentally leave it at home. Bonus.) Because the system doesn’t rely on buds that are sit on or inside those ear holes, there’s no blocking of ambient noise.
It can also work in two directions: Jawbone has been using bone conduction microphones in their headsets for years, and Panasonic showed off a prototype headphone at CES (below). Although it’s not exactly a new technology, it hasn’t really caught on with the mainstream yet. However, with the renewed attention this is getting — thanks to projects like Glass and Panasonic — we could be looking at the beginning a new mobile audio trend.
Panasonic’s prototype headphones from CES, courtesy of The Verge
Google Glass has been getting more and more attention, partly fueled by surprise appearances of the device out in public, non-techie locales. It has been spotted on celebrities; Sergey Brin casually took them out for a spin on a New York City subway; and they’ve even caused a stir in a San Francisco bar recently.
Are you excited by Google Glass? What do you think of it using bone conduction technology? If you’ve ever used a bone conductive accessory, tell us about your experience in the comments.