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Intel Is Giving Up On Its Smart Glasses (theverge.com)
Intel is planning to shut down the New Devices Group (NDG), and cease development on the Vaunt smart glasses project that was revealed earlier this year. The glasses are unique in that they use retinal projection to put a display in your eyeball. "There is no camera to creep people out, no button to push, no gesture area to swipe, no glowing LCD screen, no weird arm floating in front of the lens, no speaker, and no microphone," reports The Verge.
Intel issued a statement announcing the plans: "Intel is continuously working on new technologies and experiences. Not all of these develop into a product we choose to take to market. The Superlight [the codename for Vaunt] project is a great example where Intel developed truly differentiated, consumer augmented reality glasses. We are going to take a disciplined approach as we keep inventing and exploring new technologies, which will sometimes require tough choices when market dynamics don't support further investment." From the report: It was always unclear how precisely Intel intended to bring the Vaunt glasses to market, though sources indicated that Intel wanted to find a partner with retail expertise to partner with. Jerry Bautista, the lead for Vaunt, told me back in December that Intel was "working with key ecosystem hardware providers -- whether they're frames or lenses and things like that. Because we believe there's a whole channel to people who wear glasses that's already there." The story was first reported by The Information.
Intel issued a statement announcing the plans: "Intel is continuously working on new technologies and experiences. Not all of these develop into a product we choose to take to market. The Superlight [the codename for Vaunt] project is a great example where Intel developed truly differentiated, consumer augmented reality glasses. We are going to take a disciplined approach as we keep inventing and exploring new technologies, which will sometimes require tough choices when market dynamics don't support further investment." From the report: It was always unclear how precisely Intel intended to bring the Vaunt glasses to market, though sources indicated that Intel wanted to find a partner with retail expertise to partner with. Jerry Bautista, the lead for Vaunt, told me back in December that Intel was "working with key ecosystem hardware providers -- whether they're frames or lenses and things like that. Because we believe there's a whole channel to people who wear glasses that's already there." The story was first reported by The Information.
The thing is all the obvious applications for smart glasses that are useful to you as a user are task oriented. Driving directions, for example. If you could get the price, styling, and performance of these things in the right place, they'd have niche applications.
But that's not the vision, is it? The vision is for you to have these things on your face every waking moment, so that the vendor can track and shape your behavior as a consumer.
That's easy with something like a smart speaker (which would be more accurately called a "smart microphone") that you buy and stick in the corner of a room. It's not so easy with something you have to wear, and have to recharge the more you use it.
Post may contain irony: discontinue use if experiencing mood swings, nausea or elevated blood pressure.
Yes they do. Cell phones have become bigger because people want a bigger display, but have bumped into the size limit of pocketability. The obvious solution is some sort of portable display technology, which would allow the processing bits of your mobile computer (your smartphone) to remain small enough to fit in your pocket, without sacrificing screen size. The pressure to increase smartphone screen size is so great that manufacturers have been clamoring to eliminate bezels, and use dead space to display additional info.
The advantage of putting the display in glasses is that it's not really the physical screen size which matters. It's the apparent screen size - a combination of physical size and viewing distance. By putting the display right next to the eye, you can create a display with a massive apparent size even though its physical size is tiny. You avoid the drawbacks of a large physical screen size (loss of portability, easier to break, greater battery consumption).
The only solutions I've seen to this problem are a foldable/rollable display, a projection display, or a display mounted close to your eye via glasses.