Also the iOS SDK isn’t freely available, so you’d have to copy that out of an Xcode installation… but given enough time and effort, you could almost certainly hack together a cross-compilation config for Clang that compiles an unsigned iOS app on Linux. Signing it might in fact be the bigger issue, since I’m not aware of any tools that sign Mach-O binaries on Linux.
Should also be noted that macOS does support Bluetooth File Transfer natively, so they did already implement it elsewhere.
Seriously. There are a lot of parallels between GPUs (or NPUs for ML inference) and quantum processors in terms of being architected towards a more specialized form of computation and I could totally see QPUs being a thing in the future, probably mostly for number cruncing (see Grover/Shor’s algorithms). Though if Grover search suddenly becomes the way of quickly searching for files or something, who knows, maybe this might be more useful for general computing than we think.
In the 80s no one thought computers would be something normal people would use at home, they were seen as a tool for mathematicians and nerds. Now look at the world today. Who knows what the future will hold.
It took them a few years, if I remember right, though they did add the unlock-with-watch pretty early.
I wonder why a permission-based approach wouldn’t be feasible. Most websites don’t need GPU access anyway, so why couldn’t a game or simulation just prompt the user quickly for granting access to the GPU?