Google shows off Glass, their "augmented reality head-mounted display" with a video demonstrating several of its capabilities. And now, you can get one too, if you win their contest describing what you'd do with it. You'll also need $1500 and to pick it up in person in New York or California.
It looks like the speculation on a near-future market for wearable computers is already heating up. However, the first competitor to the recently-announced Google Glass project comes as a surprise to almost everyone: Valve, the gaming company renowned for Half Life, Portal, and many others, in addition to their digital distribution heavyweight Steam. This will be their first foray into hardware of any kind.
Google has revealed details of its research into augmented reality glasses: "We think technology should work for you—to be there when you need it and get out of your way when you don’t". There's a video to explore how it might work, too.
Inside Google's Age of Augmented Humanity. Wade Roush of Xconomy interviews Google researchers working on speech recognition, machine translation, and computer vision. [CEO Eric] Schmidt talked about "the age of augmented humanity," a time when computers remember things for us, when they save us from getting lost, lonely, or bored, and when "you really do have all the world's information at your fingertips in any language"—finally fulfilling Bill Gates' famous 1990 forecast. This future, Schmidt says, will soon be accessible to everyone who can afford a smartphone—one billion people now, and as many as four billion by 2020.... It's not that phones themselves are all that powerful, at least compared to laptop or desktop machines. But more and more of them are backed up by broadband networks that, in turn, connect to massively distributed computing clouds (some of which, of course, are operated by Google). "It’s like having a supercomputer in your pocket," Schmidt said in Berlin. "When we do voice translation, when we do picture identification, all [the smartphone] does is send a request to the supercomputers that then do all the work."