It's thankless, yes. Necessary, or even a good idea? I think that's debatable. Actually LTS is probably a good idea... but I'm very skeptical of SLTS. I don't think CIP is going to be successful at keeping 10 year-old kernel versions secure. If you need 10 years, you should either plan to do the work necessary to upgrade to new kernel versions periodically or you should assume that it's just going to be insecure and isolate it or otherwise shield it from attack.

This is particularly noteworthy given that CUPS was developed by Apple. But it's still not surprising how a big company can screw things up compared to "hobby" projects.

Printing is a good example how Linux works well with standards. Traditionally, if the printer understood Postscript, you wouldn't need much of a printer driver. Meanwhile, Windows users were instructed to download a very specific driver for that printer model, even if it would just pass PS through.

You're confusing the breaker sizing with the wire sizing. Code requires the breaker to be about 80% of the safe capacity of the wiring to maintain this safety margin. Breakers allow the rated capacity, continuously -- and even allow a little more for short periods.

Standard US outlets are 15A @ 120V. But, yeah, based on his numbers it looks like he was only getting a little over 8A. I charged my car on a US outlet for a few years and I got more like 5-6 miles (8-9.5 km) her hour of charging, which is pretty much what the math predicts for 15A @ 120V.

First a nit about units: You mean "you get about 1 kW".

"kW/hr" doesn't make sense as a unit because watts are an instantaneous measure; time is already divided out. "1 kWh/hour" technically makes sense but is kind of pointless because it's just "1kW * 1 hour / 1 hour". Also, a standard US outlet is 15A @ 120V = 1.8 kW, not 1 kW. There's a little loss so you get more like 1.7 kW into the battery.

I've also been driving EVs since 2011 (two Nissan Leafs, three Teslas), and I get more like 5-6 miles per hour, which is consistent with the math: 3 miles/kWh = 333 Wh/mile. 1.7 kW / 333 Wh/mile = 5.1 mi / hr. 4 miles/kWh = 250 Wh/mile. 1.7 kW / 250 Wh/mile = 6.8 mi/hr.

Maybe your mileage is worse than you think? Were you not getting 15A from your outlet? Your numbers fit if for some reason you were only getting about 8A out of your wall outlet, when you should have gotten nearly twice that much.

More like 50A @ 240V = 12 kW. My car will only take 48A, but my voltage is usually closer about 245 which the math says is 11.76 kW, and I normally get about 11.2 kW into the car.

Note that at 9 kW, 27 mi/hr = 333 Wh/mi, and 36 mi/hr = 250 Wh/mi, so your numbers line up there.

It looks like the GP did exactly as you suggested: he got out early while he was sure the coin still had some value. Maybe he needed the money for something at the time — something he values more than money. I personally sold a considerable amount of bitcoin in the mid 2010s to buy my own apartment. I know I could have made more money by holding it, but that would have meant renting someone else's apartment, which means higher running costs and less control over my life. So I remain quite happy with this decision, even if I'm not filthy rich.

In Europe, we use kW for power and kWh for energy, so we count things like km per kWh.

Seriously, though, it looks like your standard outlets are fused for 10 A current, which is what we use here too. But we use double the voltage, thus doubling the power to about 2.3 kW.

That's really not what's going on here.

What's going on is exactly what they're saying. OpenAI didn't realize their AI hacked HuggingFace until HuggingFace told them. That sparked a broad investigation in both Anthropic and OpanAI, scouring their logs to see if there were other cases, and they're finding a lot of them, and doing the responsible thing by disclosing.

Both companies are really worried.

Having an out-of-control AI is an anti-selling point, not a selling point.

I am an American, have been for all of my 57 years. I'm actually a certified pistol, rifle and shotgun instructor, a certified range safety officer, and a concealed carry instructor. And while I wouldn't recommend it, it's not at all hard to get away with shooting outside of one of those situations.

Also, it was a joke.

How about the Statue of Liberty frozen into the ice of Lake Mendota in Madison, WI?

https://news.wisc.edu/history-....

I'm disappointed that no one is shooting them. That would be the American way!

The good should not be an excuse to introduce a bunch of bad, even if the good still outweighs it. The bad should be rigorously minimized. I am not against such cameras, under certain conditions:
1) Strict limitations on what they can be used for. That also sets limits on data retention and on who has access to it (absolutely no 3rd parties)
2) Audits and oversight of how the system is being used, with real consequences for violations. The benefits of each use case to be evaluated from time to time, insufficient benefit or too much opportunity for abuse means the system will no longer be used for that particular use case.
3) Ironclad security to ensure none of this data ever gets out.
And 0) Those limitations on use should be tested against a more fundamental set of (ethical) rules, to ensure that the use is not expanded from "protect the children" to "auto-fine jaywalkers".

Only problem is that I wouldn't trust most governments to get any of these points right.

Google refuses all of that. Basically all of the tech companies do.

"Needs more Excel training" should not be the answer to any problem.

No way Google would do that. The potential liability for making mistakes would be enough to make them run screaming all by itself, even assuming there's no risk if the information is accurate -- which is at least not clear and probably not true for many of the things you listed.

Google is leery of even having such information, and definitely isn't going to be giving it out to anyone who doesn't show up with a subpoena or a warrant.