The callous part of me thinks that was the intention from the start: wash out the capable engineers who were competently producing and hire ethnic cohorts who played the game.

It's Amazon. Anything that gets them the metric that they can put in their promo doc is a good thing.

6-12 months later, when they've been promoted, they can nix it and add it to their next promodoc as company savings in efficiency.

Are you honestly summarizing the current state of advancement in LLM capabilities as "somewhat better search"?

It's apparent from that statement that you've not even been paying a slight bit of attention to state of the art. It isn't 2023; we're a far sight further than you conceptualize, and you'd be well suited to start familiarizing.

It's planet of short stature now

Will the employee base at companies like Microsoft eventually consist of a bunch of AI agents? With the General Counsel being the sole human, retained for legal purposes?

Interesting... I didn't consider that angle.
Thanks!

My opinion is that AI will kill Linux eventually. Not now, not when Linus uses it, because Linus knows how to code and is careful. But eventually the crappy vibe-coded junk will seep into the kernel. And then you'll get Microsoft-style code quality issues.

No, that's when you want a RAID system with multiple disks.

This is only for small corruption, like a failing drive might cause, or due to cosmic rays/bitflips.

This is just EC for a non-redundant drive.

That's such a dumb, smoothbrained description I doubted the capabilities of the person who wrote it - at first.

Then I realized he was right. There isn't a filesystem that does RS or, really, any sort of single-device EC. This is a genuinely good idea, at least for spinning disks, where sector corruption is more likely.

This may be personal anecdote only, but I've only seen 1 SSD get any sort of data corruption as a failure mode, and it was a very early iteration - maybe a 8 or 16GB one. SSDs seem to simply fail outright - the FRU or something else failing for one reason or another. The storage is fine.

I read that as "land asteroids in the next 2 years" and I was initially much more excited than the actual headline suggested I should be.

Landing asteroids to mine would be much cooler than just a mere moon base.

Let's keep in mind who Elizabeth Barron is: she's the prior Community Manager at GitHub who was best known for DEI initiatives. Before that, she was a Community Manager at Pivotal. Before that, she was the PHP Community Organizer at Engine Yard. Geeknet (of SourceForge and prior Slashdot relation)? You'll never guess! (OK, yes, it's, Community Organizer, er, no, "Development Manager".)

Her only personal github anything is an "about me" blog. She has no repos of "scripts I find useful" or "little cool thing I did". She has no forks for things she's contributed to or features she's working on. Judging by her commits, comments, etc. she's still basically just doing that: it's just her, the marketeer. She doesn't have any code contributions anywhere.

She also appears to be a current, touring professional photographer (though, not frequent) and to have done web development before "the Internet".

She is wearing PHP like a digital marketing meatsuit, and while the project starves for technical direction and purpose, she's manually doing PRs about *checks notes* bunny.net. Seriously.

This is a language which should have died years and years ago but has been kept publicly alive by a bunch of low-tech-skill web developers who likely survive almost solely on inertia and having a corner people with both "Grandma, we told you to stop clicking on the links in your email" energy and entirely too much money.

Don't give them ideas... Now that the market has surfaces a resource, the elites may start looking at wolves blood now - the wolverine stack.

Just in the last 24 months, Gulf, Iranian, Ukrainian and Russian cloud DCs have been targeted, including different availability zones of the same cloud vendor. So I think it's time corporates and governments start re-recognising the benefits of on-prem data centres. Yes, the old, distributed office-building DCs: halon fire suppression, lit/dark fibre, AC, cooling, giant boxy UPSs and captive power generation - all that. What makes it better now is that computers have gotten a lot more efficient (e.g., die shrinks, ARM solutions), while compute demands of most core business processes hasn't changed (I consider most AI loads are NOT truly 'keeps the business going' core. More like icing on a cake)

...then implement link security checking on employee PCs.

I'm still using a 40" 1080p monitor I bought for $50 in 2011. It's the only TV in the house and we just use it for things mostly made before 2005.

The new stuff isn't worth the time.