Spatial computing is to interact with and manipulate 3D space—blending the physical and digital worlds. It enables users to understand, interpret, and respond to the geometry, position, and movement of real-world environments.
I fail to see that as a future mode of user/computer interaction that competes with or augments mobile/laptop computer usage in any meaningful way.
Even movie watching, the most successful application of visionOS / Vision Pro, has limited use because it forces a solitary experience. While it can be useful (eg on a plane or in bed while your SO sleeps), you also already carry your phone and earbuds with you so it isn’t a compelling enough use case. Nobody is creating games for vision either and it I think it’s unlikely to become a favored general computing device or mode.
I can probably say more succinctly: spatial computing appears to be a classic case of a solution looking for a problem.
Prior art by Microsoft (HoloLens) and Google (Glass) are interesting because they occupied very different positions on the spatial computing spectrum, but in both cases they surfaced headwinds like the fact that people are unlikely to put glasses or headsets on the face/head juts in order to “compute”.
If there was a path to direct neural input or contact lens delivery, now we might be talking, but even then, you’ve solved the physical impediments but still don’t have a compelling general purpose computing use case.
Some would argue an addictive use case like porn can tip the scales, but I’m doubtful and, besides, I think we can be sure that Apple would never position themselves to depend on porn to advance their business interests.
It seems safe to predict that within 3 — 5 years Apple gives up on this vision. They might come back to it in the future but I think they’re more alarmed by the other computer interaction paradigm that is getting a lot more traction: GenAI/LLM, which subverts the need for a rich visual display and fits and extends all our other computing models more elegantly.