I know you like to play up the privacy angle in your marketing… that wouldn't work on me. I mostly work on public/FOSS stuff, about the only really private data on my PC is my access credentials. I don't want them stolen, but someone targeting me with a low-level exploit for them is a ridiculous moonshot scenario, they're a million times more likely to leak from the actual service itself.
> local machine which sits idle overnight
um, I thought we're talking about workstations here. I power mine off when unused.
> use of Linux etc. is just being done to avoid Microsoft licensing fees, not because of security or owner control concerns
This is based on two rather odd assumptions:
- Microsoft as the default: No, I grew up with Unix, Unix is my default choice just because I know it and I'm used to it;
- owner control on all levels being equally important: meh, there's a lot more that you'd want to tweak in the kernel and up the stack. I wouldn't know what to change in firmware. I have changed many little things in the FreeBSD kernel (and contributed them). The only thing I ever changed in the UEFI firmware on my ARM box is some ACPI tables to fix compatibility.
> That's the price of making them blob-free and still retaining high performance
That sounds vague ;)
Also, what's "high performance" about the board anyway? PCIe Gen 4? On a typical developer workstation that's kind of a waste, Gen 3 is plenty.
While the machines off it is a paid for resource that is unused. A cloud provider would lease that resource (so to speak) to someone else during that time, meaning in theory they can provide lower cost than you will ever see unless you can somehow get the hardware cheaper than they can.
Good providers will still allow you to run an accelerated VM inside the leased VPS, so you could still do your kernel hacking there.
I'm simply saying there's something interesting here -- you care enough about owning (I use that term loosely) a machine to spend more on a local system, but not enough to obtain one that you can freely modify as desired. Clearly there is a threshold, and I'm curious where it lies. :)
The threshold is not spending all my savings on an additional computer "for science" :)
> accelerated VM inside the leased VPS
Does that work on POWER?
> they can provide lower cost
They can but they won't. They like having huge profits. Even if they offer the base VPS for cheap (Spot instances) they rip you off on storage, bandwidth, IP addresses, etc.
Also, again, desktops. I like developing directly on a desktop workstation. I can't exactly insert my Radeon into a PCIe slot in the cloud and run a DisplayPort cable from the cloud to my monitor :)
Yeah, POWER has basically unlimited nested virt from POWER9 on. And unlike x86 you don't get the massive slowdowns past a level or two of nested virtualization.
Stadia seems to think it can push a high resolution monitor like stream over a network interface. I'm playing devils advocate of course here but fundamentally if you don't have control of the hardware there's no long term advantage to local compute, at least not with current market trends etc. Everything points to a move back to dumb terminals for consumer use at this point -- in the past it would have at least been possible to hack those terminals to run some minimal (for the time) OS, but crypto locking of the terminal hardware stops that quite cold.
> local machine which sits idle overnight
um, I thought we're talking about workstations here. I power mine off when unused.
> use of Linux etc. is just being done to avoid Microsoft licensing fees, not because of security or owner control concerns
This is based on two rather odd assumptions:
- Microsoft as the default: No, I grew up with Unix, Unix is my default choice just because I know it and I'm used to it;
- owner control on all levels being equally important: meh, there's a lot more that you'd want to tweak in the kernel and up the stack. I wouldn't know what to change in firmware. I have changed many little things in the FreeBSD kernel (and contributed them). The only thing I ever changed in the UEFI firmware on my ARM box is some ACPI tables to fix compatibility.
> That's the price of making them blob-free and still retaining high performance
That sounds vague ;)
Also, what's "high performance" about the board anyway? PCIe Gen 4? On a typical developer workstation that's kind of a waste, Gen 3 is plenty.