How much work would it take to segregate just the augmented reality displays as a pair of glasses that a user can wear while receiving the display data wirelessly? I say this because once you can do that, you can have (for instance) an executive conference room setup with a number of identical conference rooms scattered around the world, each with a server performing the hololens rendering logic and rendering across _n_ glasses per room. No bulky hololens computers-on-head and an eerily realistic recreation of one conference room with all participants in-room.
I don't know the exact patents Microsoft filed on the display technology they have for the visors, but I suspect it's not yet easy enough to compress them into anything close to Google Glass yet (you'd need larger glass in any case), but one can hope.
How much work would it take to segregate just the augmented reality displays as a pair of glasses that a user can wear while receiving the display data wirelessly? I say this because once you can do that, you can have (for instance) an executive conference room setup with a number of identical conference rooms scattered around the world, each with a server performing the hololens rendering logic and rendering across _n_ glasses per room. No bulky hololens computers-on-head and an eerily realistic recreation of one conference room with all participants in-room.
I don't know the exact patents Microsoft filed on the display technology they have for the visors, but I suspect it's not yet easy enough to compress them into anything close to Google Glass yet (you'd need larger glass in any case), but one can hope.