The problem is switching for enterprises because of how much momentum there is. Especially in embedded.

I worked on a 30 year old C code base that’s still being developed now for future products. Some components are literally 20+ years old mostly untouched. Sure they could switch to Rust or something but they’re fucked since nearly none of the staff have relevant experience in anything but the in house C build system and changing over multiple thousands of C files to another language will literally take years even if you got people trained up.

Plus, in embedded pretty much no big HW supplier provides BSPs or drivers in anything but C. If NXP etc. aren’t giving you anything but C, management doesn’t want to start combining languages.

I advocated for Rust when we started a ground-up new project, but got shot down every which way. Only those younger than like 35 were into the idea. Old managers are scared of anything new and their whole life has been C. I don’t know how you convince those kinds of people and maybe we’ll get some movement in another 10 years but enterprises are a slow cautious mess.

Smol Mac Pro would have been the best possible reality here.

Small RISC-V cores are weirdly all over the place. I think NXP and some others have a RISC-V core inside some of their ARM cores as their security coprocessors and other peripherals. The architecture is getting around it’s just not hitting much toward the application processor yet. It’s getting there but running a full on PC is such a complex task over micros or special purpose devices.

I want that chair. Probably uncomfortable but that’s some sweet evil vibes going on for a zoom call.

So you’re saying we just need a few (hundred) dozen more disks and drives? Look out Seagate, you’ve got a zombie competitor coming.