That’s why you get “don’t put living animals in the microwave oven” in the instructions.
If Tesla didn’t explicitely wrote “don’t put your f***ing finger in the way on purpose after multiple attempts to close it!” he may have a chance.
He will plead a trauma from the loss of trust in his beloved car brand and the credibility damage on his Youtube channel and ask for M$.
They’re not “defeated”. They got exactly what they wanted. People leaving without having to lay them off through attrition.
Now that they think they have “right-sized” their workforce at no cost, they nicely offer to concede hybrid working to keep the rest of their employees.
I’m sorry if that’s harsh, but my feedback would be: drop that chart!
It’s daunting, it’s going to freak out many newbies. Too much choice kills the choice.
You have one “default” at the bottom, Mint, so stick to that. Tell the newbies they can switch anytime to something else once they’re a bit more comfortable with the Linux-world. And if I’m not mistaken, you can install and try the main DEs with Mint also. Or you can recommend Ubuntu, or any other newbie friendly distro. Just pick one and don’t lose them over what they could see as an important difficult decision before they even get started.
What’s interesting here is they no longer need to hack and crack devices through loopholes and backdoors schemes.
All the data they need are already collected by private corporations with the pro-active collaboratron of the users themselves (“Click here to agree to the terms and conditions”).
Assume the communication with the app it through Internet. The car must have a 4G chip (too early to see 5G in cars, I think?). So no matter what you pay, it won’t work when 4G is retired. With marketing pushing to get new standards always faster, 4G may not last another 20years.
Anyway, bear in mind that once you subscribe, they will most likely collect detailed data about how you use the features and sell that as well…
In theory, yes, you could make a mess, and any firmware is supposed to be certified to allow the device to be used.
In practice, this has been a convenient excuse to keep a whole chip with a separate OS in every smartphone, and it is very difficult to isolate from the rest of the system (see Graphene OS efforts).
I say all firmware should be opensource. Whether you’re allowed to change them or not is a separate question… for now.
This might be an unpopular post but so’ll be it: Mastodon is the existing proof that Meta could kill Mastodon any time.
Mastodon was using a protocol compatible with GNU Social: OStatus, but some features were quickly added without consideration for other implementations.
So when per-post privacy were introduced, for example, they were very public on GNU Social, because their devs had no idea this was coming. And GNU Social was blamed for it.
Instead of having more users, GNU Social is now (almost?) dead. Of course it’s not just because of the above. But it wouldn’t have been set back so much without Mastodon.
Now, Mastodon is opensource, has more features and some compatible implementations. I run Pleroma myself. But why would one think Meta could not cripple them both?
I use to say “all extremes call for their opposite”. Since almost no information ever transpires about this whole scandal, the opposite is to release all the names to the public. It was to be expected. If we were trusting the justice system, this would seem inappropriate. But we have what we have, and making the whole list public is the only guarantee we have that not one of the “bad” guy can escape public’s attention. That of course, is valid only if the list is comprehensive and some names have not already been taken out.
It is indeed unfortunate that a lot of people who didn’t deserve and didn’t want any bad attention will get some.
I’m not saying I agree with the move. I’m saying it was to be expected.
[Edit made: grammar & missing words]
Nuclear plants consist mainly of a shitton of concrete (and only the best sort is good enough). The production of that concrete causes a terrible amount of carbon emissions upfront.
Actually, if you compare them to solar or wind at equivalent service, it’s not that straightforward:
Renewables installed capacity is nowhere close to their actual production, nuclear can produce its nominal capacity in a very steady way.
Wind turbines also need a lot of concrete, and much more metal for equivalent output. Solar panels need a lot of metals.
Renewables need a backup source to manage their intermittency. It’s most often batteries and fossil plants these days. I don’t think I need to comment on fossil plants, but batteries production also has a very significant carbon emission budget, and is most often not included in comparisons. Besides, you need to charge the batteries, that’s even more capacity required to get on par with the nuclear plant.
With all of these in consideration, IPCC includes nuclear power along with solar and wind as a way to reduce energy emissions.
Scientists have not been hyperbolic. If anything, so far, they’ve been very cautious abut their statements.
I still remember reading headlines about “likelihood of global warming” then “probably caused by human activities” because 90% level of confidence is not enough, you need more data until you can reach 95% or 98% confidence before boldly writng “most probably”.
But in their “probably” they predicted we would see more floods, droughts, violent storms, all of these happening one after the other causing devastation.
And Ô surprise: we see floods, droughts and storms following each other and causing devastation. Yet our leaders will claim “no one could have predicted all of that would happen at once!”.
Now they start telling us our civilization could collapse (“could” must be what? 75% confidence level???)
We’re going to spend 20-25 years claiming they exagerate, another 20-25 years saying “well, they maybe right, but we can’t change things too fast because that would be unreasonable and the people would not accept it”.
By the time, we will start reading articles stating no matter what we do now, we can only push out the end a bit, but we’re doomed. And the first reactions will be “those damned scientists always exagerate and use hyperboles”.
We also had decades to prevent climate change from happening and look how well we tackle it now.
I’m confident we’ll have a plan to prevent that collapse that’s due within 100 years, but to keep it reasonable, its execution will be spread over 100 years, and we think about starting in 80 years providing everything goes well in the meantime.
Chill, you can see it’s all taken care of!
Don’t know if that covers your need, but at least their angle is privacy:
Not going to happen. They charge such an insanely high premium vs real cost for a very primitive messaging system, they’re not letting that go!
For example:
There are others. Plenty of small/medium businesses just don’t have the resources to develop small computers and the matching software stack. In that regards, the RPi is an appealing choice.
By the time countries that could have built nuclear power plants would complete them, they will have collectively burnt enough coal and gas to doom humankind.
So: indeed, the world leaders didn’t try seriously.
I think it’s worse than that. We humans are inherently selfish and self-preserving.
People who live far away from any coal mines do not feel threatened by coal, because it will not impact them directly (besides fu**ing up the planet, of course, but that’s another issue humans have with big pictures and long term effect correlation to present small scale actions).
But most people can’t tell where a nuclear plant can be built, so it could be close enough to expose them to a risk of disaster?
Therefore: “Nuclear is more dangerous than coal (for my personal case)”
10 years from now, you might be in a situation where the grid is unstable and capacity is insufficient in front of demand. You will also be facing potential renewal of existing solar panels, wind farms, batteries storage, etc.
If you lack capacity, any attempt at industry relocation locally will be a pipe-dream.
And at that time, you’ll say either “it’s too late to rely on nuclear now” or “fortunately we’re about to get these new power plants running”. You’re not building any nuclear power plan for immediate needs, you’re building for the next decades.
Meanwhile, one country will be ready to take on “clean production” and be very attractive to industrial projects because it already planned all of that years ago and companies will be able to claim “green manufacturing”. That country is… China!
Besides panicking a few regional managers, this can only be a bad news for Meta if other countries, or even better, the EU follows them.
100kUSD/day for a 5.4M inhabitants country, that scales to 8.3M$/day for the total 450M inhabitants EU has (yes: I know that’s not how it works, I’m doing a very gross approximation here).
That’s would be 3B$/year. Now we’re talking!
Could we define a trade-off system? Classic broadcasting can take way too long to send out a large catalog. Streaming is, as you say, a heavy resources consuming system.
So how about a combo of a box or a software that can follow a broadcast N times faster than human, and broadcast N movies/series episodes a day? The application let you pick what you’d like to get on your box/app, and then it’s like classic video recording, but on steroids.
It would be like live-streaming, but at 2, 3, 10 times the normal speed. No human needs to follow that.
Of course, you still have the issue of glitches, communication interruption, but we’ve dealt with those for years, and there are certainly ways to indeed stream the missing parts, or use rediffusion.
You read it first here. I’m off to file for a patent and make billions (or not…)
At last constant surveillance is deemed a problem, which is why ultra-rich have their privacy protected, while you, peons, keep being monitored.