We are only a year out from the murder of a health-insurance executive, so the police are more on edge than usual.

Then we need to threaten such things much more often, so that the cops will eventually get used to it, and relax. ;-)

Debian never tried to kill me through my computer. I'd appreciate it if my car manufacturer made their car as safe as my computer.

Fuck it, I just want a Debian car. Then I won't need to extract bloody vengeance from beyond the grave, as my zombie revenant tracks down the CEO of Subaru, and the rotting flesh of my hands tightens around his throat as payment for the time a popup distracted me.

Legally that makes sense. Although, I really think AI's paying content producers for providing access to their information is the right way to go, long term. If NYT is going to hire reporters to go places and find out stuff somebody has to pay for it. AI is great partially because it bypasses the horrendous mess the Web has become, but that's too good to last.

Some people are busting out "definitions" of "End to End Encryption" but people were already using that as in informal descriptive term long before your formalized technical jargon was made up. Nobody should be surprised if there are mismatches. Have faith in our faithlessness.

I personally view the term as an attempt to call semi-bullshit on SMTP and IMAP over SSL/TLS. In the "old" (though not very old) days, if you sent a plaintext email (no PGP!), some people would say "oh, it's encrypted anyway, because the connection is encrypted between your workstation and the SMTP server, the connection from there to some SMTP relay is encrypted, the connection from there to the final SMTP server is encrypted, and the recipient's connection to the IMAP server is encrypted."

To which plenty of people, like me, complained "But it's still plaintext at every stop where it's stored along the way! You should use PGP, because then, regardless of the connection security, or lack of security on all the connections, it is encrypted end to end. Never trust the network, baby!"

Keep in mind that even when I say that, this is without any regard for key security! When I say E2E encrypted, it is implied that the key exchange may have been done poorly/incorrectly, mainly because few people really get to be sure they're not being MitMed when they use PGP. You can exchange keys correctly, but it's enough of a PITA that, in the wild, you rarely get to. You usually just look up their key on some keyserver and hope for the best. Ahem. And I say "usually" as if even that happens often. [eyeroll]

Indeed, every time I hear about some new secure messaging app/protocol, the first thing I wonder is "how do they do key exchange?" and I'm generally mistrusting of it, by default. And sometimes, I'm unpleasantly unsurprised, err I mean, cynically confirmed.

But anyway, if my E2E definition matches yours, great! And if it doesn't, well, that's ok and it's why we descend into the dorky details, so that we can be sure we're both talking about the same thing.

Privatization was always part of the grift.

Even the 6 year old Broadcom BCM7218X supports AV1. I think we're at a stage where picking AV1 by default is viable for HD streaming, with standard def fallback for other codecs. (even if those other codecs can do 4K, maybe the older devices aren't up for doing it)

The real question is "Will they re-release the roadrunner cartoons?".

Do you really think fiction is a reasonable source of facts?

> Meanwhile, H.264 has dedicated hardware decoders in world+dog devices, including ancient ones.

Ancient ones, yes, but most devices sold in the past five years have AV1 *decode* support.

Hardware with AV1 *encode* is still pretty rare but a fair number of up-market chips from the past few years have it.

What we mostly care about here is the $20 amtel or mediatek devices sold today, and those are fine.

Netflix can support the older devices with H.264 as long as it makes more sense to pay the patent license fees than to drop support for old devices.

It won't be long before there are no devices that the manufacturer still supports that can't decode AV1 in hardware. Not that most end-users even know their device went EOL and now a potential liability.

Given that Netflix has native apps on most of these systems it should be straightforward to serve the non-patented stream to any device that can play it well.

> They don't do backups at those outfits?

We really need Federal government backups to be centralized at the National Archives.

Both so one expert team can make sure it's done right, instead of hundreds of teams with questionable experience and track records attempting to do it right.

And /also/ so when one agency goes, "whoopise, I guess we deleted the evidence of our crimes!" there is recourse.

Right now, the prosecutor just goes, "shucks, I guess we don't have a case then. Better fire some leaf-node IT contractor."

Immigrants, and even migrants, have a lower rate of criminal behavior than native born Americans. So blow it out your ass.

Ring wing operatives have long been trying to prove that government doesn't work.

Remember that models used from a decade or more ago always make simplifying assumptions, and that those tend to be unquestioned until data shows that they must be. Even now climate models can't handle all the variables known to be needed. Turbulence is *extremely* difficult to handle. And there probably is some "butterfly effect". The way that's normally handled it to run an ensemble of models with slightly different conditions, but they may all make some of the same simplifying assumptions.

Well, panspermia is possible, but not extremely likely. OTOH, if life started on Mars, it could well have spread to Earth on impact debris. The further away, the less likely. But remember that yeast have survived in space conditions for months, perhaps years...and that wasn't in extreme cold (though it was in inactive form).

OTOH, years is different from centuries. And for interstellar trips in a comet, centuries wouldn't be enough.

Those are descendants of LUCA. A better question would be viruses, because in that case we don't really know. (There aren't any ribosomes. [OTOH, if there are descendants of another origin, they've massively adapted.])

OTOH, we haven't checked all life on earth. So assertions about universals should be viewed with that in mind.

No. The mapping of nucleotide sequences onto amino acids isn't predetermined. We've built in the labs versions that are different.

OTOH, the argument still isn't good. It could be a low, but not extremely low, probability. In that case the first one to show up could have a VERY strong advantage. And we haven't checked all life on Earth, so the assertion that they are all the same hasn't really been proven, either.

We are pretty certain that the appearance of life involved some very low probability events, but that there were a lot of environments around with lots of different samples for a long period of time, so a "low probability event" should be expected to show up (even if not any particular low probability event).