I figure since big tech spent quite a bit of money building those datasets and since they were built before the law, they will be able to keep using them as long as they don’t add anything new but I can’t be certain.
This is a very weird assumption you are making man. The quoted text you sent above pretty much says the opposite. It says everyone who wants to train their models wirh copyrigthed data needs to get permission from the copyright holders. That is great for me period. No one, not a big company nor the open source community, gets to steal the work of people producing art, code, etc. I honestly don’t get why you assume all the data scrapped before would be exempt. Again, very weird assumption.
As for ML algorithms having use, of course they have. Hell, pretty much every company I have worked with has used them for decades. But take a look at the examples you provided. None of them requires you or your company scrapping a bunch of information from randoms on the internet. Specially not copyrighted art, literature, or code. And that’s the point here, you are acting like all of that stops with these laws but that’s ridiculous.
Probably too late, but just to complement what others have said. The UEFI is responsible for loading the boot software thst runs when the computer is turned on. In theory, some malware that wants to make itself persistent and avoid detection could replace/change the boot software to inject itself there.
Secure boot is sold as a way to prevent this. The way it works, at high level, is that the UEFI has a set of trusted keys that it uses to verify the boot software it loads. So, on boot, the UEFI check that the boot software it’s loading is signed by one of these keys. If the siganture check fails, it will refuse to load the software since it was clearly tampered with.
So far so good, so what’s the problem? The problem is, who picks the keys that the UEFI trusts? By default, the trusted keys are going to be the keys of the big tech companies. So you would get the keys from Microsoft, Apple, Google, Steam, Canonical, etc, i.e. of the big companies making OSes. The worry here is that this will lock users into a set of approved OSes and will prevent any new companies from entering the field. Just imagine telling a not very technical user that to install your esoteric distro they need to disable something called secure boot hahaha.
And then you can start imagining what would happen if companies start abusing this, like Microsoft and/or Apple paying to make sure only their OSes load by default. To be clear, I’m not saying this is happening right now. But the point is that this is a technology with a huge potential for abuse. Some people, myself included, believe that this will result in personal computers moving towards a similar model to the one used in mobile devices and video game consoles where your device, by default, is limited to run only approved software which would be terrible for software freedom.
Do note that, at least for now, you can disable the feature or add custom keys. So a technical user can bypass these restrictions. But this is yet another barrier a user has to bypass to get to use their own computer as they want. And even if we as technical users can bypass this, this will result in us being fucked indirectly. The best example of this are the current Attestation APIs in Android (and iOS, but iOS is such a closed environment that it’s just beating a dead horse hahahah). In theory, you can root and even degoogle (some) android devices. But in practice, this will result in several apps (banks in particular, but more apps too) to stop working because they detect a modified device/OS. So while my device can technically be opened, in practice I have no choice but to continue using Google’s bullshit. They can afford to do this because 99% of users will just run the default configuration they are provided, so they are ok with losing the remaining users.
But at least we are stopping malware from corrupting boot right? Well, yes, assuming correct implementations. But as you can see from the article that’s not a given. But even if it works as advertised, we have to ask ourselves how much does this protect us in practice. For your average Joe, malware that can access user space is already enough to fuck you over. The most common example is ransonware that will just encrypt your personal files wothout needing to mess with the OS or UEFI at all. Similarly a keylogger can do its thing without messing with boot. Etc, etc. For an average user all this secure boot thing is just security theater, it doesn’t stop the real security problems you will encounter in practice. So, IMO it’s just not worth it given the potential for abuse and how useless it is.
It’s worth mentioning that the equation changes for big companies and governments. In their case, other well funded agents are willing to invest a lot of resources to create very sofisticated malware. Like the malware used to attack the nuclear program plants in Iran. For them, all this may be worth it to lock down their software as much as possible. But they are playing and entirely different game than the rest of us. And their concerns should not infect our day to day lives.