If you read carefully this is actually very similar to the Steam news. I doubt Valve or GOG care, but generally the games are “sold” by the publisher as non transferable licenses for you to play them. So the part that matters isn’t up to them.
Have you tried recent models? They’re not perfect no, but they can usually get you most of the way there if not all the way. If you know how to structure the problem and prompt, granted.
Them using Google indexes anonymously isn’t intending to solve the problem you think it is. It’s more about incentive structures. Google’s “free” search optimizes for ad revenue now. The API access doesn’t as much, and Kagi certainly doesn’t have an ad incentive. So privacy is a nice bonus, but the real benefit is a customer serving incentive structure.
3 or 4 years, including on Nvidia machines. I’ll admit it took fiddling to get working awhile ago. Nowadays I use my desktops AMD iGPU as the main display driver and offload the rendering to the Nvidia card for intense programs or games, best of both worlds.
I think about it like a tree structure for both. With a gui you have to move your mouse around to various places, with a cli each character branches off into another tree. Mathematically you can handle more options faster with a CLI.
Curiosity, back around 2010 before I was a teenager. No clue how I heard about it, but the concept of replacing the entire operating system was fascinating. I figured it must be really good if it was such a well kept secret.
A few years later, when I started to learn programming, Linux was the obvious winner. The online course taught C in a Linux environment, and I was amazed that the default Ubuntu build at the time had everything built in, whereas a Windows equivalent required visual studio and licensing adventures.
It really stuck as a daily driver after Windows 7, where a clear trend emerged: Windows got in my way, Linux got out of my way. Simple as.
Architecture emulation for current gen games is exceptionally unlikely right now. At a fundamental level, wine/proton doesn’t change the instructions the code describes, rather it translates the input and output. It’s a reimplementation of the same instructions in Windows. For architecture crossing you’d either have to create virtual hardware, which adds tremendous overhead, or recompile the binary. Recompilation is theoretically possible, but for x86_64 to ARM64, for games no less, it’s beyond the realm of mortals. It’s like how some jokes can’t be translated between languages; the structure and vocabulary is just too different.
The moment that shocked me was when printers, network cards, and even motherboard integrated Ethernet didn’t work on Windows without driver downloads but Linux was plug and play. Full reversal of the situation.