Re: They never, ever learn - we've been there before
> One of the key reasons Russian coders are so much better writing tight code
I'm not entirely sure I buy into that idea; there's plenty of examples of bad malware code which looks to have come from that part of the world. It's more about the fact that the Russian government has generally been quite happy to see Russian hackers stealing money from western countries.
A bit of a better analogy - and which still somewhat ties into Russia - is what happened with the UK computer industry in the late 70s/early 80s.
American computers were simply too expensive for the general UK consumer market - the Commodore and Atari ranges may have offered cutting-edge technology with their fancy custom chips and random-access disk drives, but at around £400 (£1500 in 2025 money), not many people could go out and buy them.
Instead, in stepped Sinclair Research, who bolted together the absolute bare minimum - pretty much just a CPU, some RAM and a bit of glue logic - to produce the ZX80, the ZX81 and then the ZX Spectrum.
Sure, the Spectrum was lacking a lot of the features that the C64 had. But it had basic colour, basic sound, and a slightly more powerful CPU, which meant that it could substitute code for things like the C64's sprite management hardware. And you could load programmes in from a simple cassette tape.
More crucially, the pricing for the ZX Spectrum started at just £100 (or £375 today). Still not cheap, but vastly more affordable!
As such, it sold by the bucketload, and kick started a cottage industry across the UK, especially when it came to the video game industry. And even now, the UK is still something of a powerhouse in that arena.
And to tie back to Russia, the cheap and simplistic design of the ZX Spectrum meant that it was relatively easy for companies in the USSR to clone. So again, it helped to kick start the computing industry across much of eastern Europe and Russia. Which no doubt includes some of those l33t Russian hackers...
Equally, a few years later, the bright sparks at Acorn were trying to put together a new computer, but were dissatisfied with the complex - and expensive - CPUs available from the USA. And so - thanks in no small part to the publishing of the Berkley RISC specification - they sat down and created a new CPU, which they dubbed ARM.
And, well. The rest is history!
The story of the ZX Spectrum shows that you don't need the latest in cutting-edge technology to create value: something that's Just Good Enough will get you started. In fact, having limited resources can drive both efficiencies and ingenuity!
And the story of Acorn and ARM shows that when you have open specifications, you can just roll your own rather than having to buy someone else's gear. And once you've done that, it's possible to wean yourself entirely away.
And that's exactly where things are with China and AI.
They've used non-leading-edge technology to come up with lower-cost ingenious solutions to producing LLMs. And they're starting to produce their own AI hardware, thanks once again to things like the RISC-V open specification.
(Oh, and there's also a very healthy grey market for GPU and AI accelerator hardware. Much as happened back when the USA was building the SR-71 airplanes, and needed to acquire lots of Russian titanium...)