That is true. But then you could probably use the chunk length to determine where the ads starts and ends since there is with a very high probability an unusually long chunk at those times.

• Hosting all videos doble, one with ads and the same vids without for premium user

Not quite sure why, they simply could in the fly stitch those files together.

Twitch is doing that for a while now i think.

You missed the point. It is not about if it is private or not, it is how they use it. You are allowed (on some pages) to read news article. Are you allowed to copy and publish them on your own site? No. You have a Copyright on your posts same as a author has on his books.

If it is legal or not is still to be discussed.

Similar to how data was mined (or even still is) about users without consent. Now there is for example the GDPR.

No they can't, that is basically illegal in every jurisdiction. Will not even click on that click bate title.

You can not find that Option via the default Settings menu, you have to search for it or use the outdated control panel.

Also Windows Home edition does not have this option.

Edit: you can find it actually under Windows security.

Still, it never pops up during installation.

You didn’t store the key anywhere but on that disk.

Windows does not let you store the recovery key on an encrypted drive.

The rest only means, we need to deal better with our data. All the above basically also applies when you HDD or SSD dies, which can happen any time.

Backups is what you need, not an unencrypted drive.

Took them long enough. Most Linux distros have a simple toggle for Disk encryption for years. And as far as i am aware Apple has it too. And basically every mobile OS is encrypted by default as well. iOS and Android

The user does not need to understand it. A user does not understand https or hashing and salting. Still, every one of these is important these days for online security.

I am not a huge fan of passkeys themself, especially when the secrets are held by big tech, but they promise better security and protection against command n attacks like phishing.

The difference is, that even if you enter the "password" on a phishing site, it is useless. Or when the server is compromised.

The only way the passkey can get compromised, is when the device that holds it gets compromised.

The same reason why hardware tokens for things like FIDO or U2F are recommended.

Passkeys are not passwords. When you authenticate using passkeys you will proof that you have the secret (passkey), but you will never reveal that secret to the service you are authentication against.

So even if someone is able to steal that package containing the answer, that answer will not be valid a second time.

They are now a small fraction cause this trend is already 8 years old.

I hate when i have to go 4 links deep to get an explanation of what it even is.

Let's not forget this here.

https://www.youtube.com/watch?v=bRdL0StldJM

Wired headphones do not have the need for replaceable batteries.

Meanwhile sitting here with 50 Mbps that costs probably more then the 50Gbps in Hong Kong

That does not mean they are immune. There will be likely immune to the same affecting amd or intel CPUs but not to speculative execution bugs in general.

Every CPU that uses speculative execution (so basically every modern CPU) is potentially vulnerable to those kinds of attacks.

Why should they be completely immune to them?

How do you connect to it? Directly via IP? Reversed Proxy? Installed via docker? OS?

Serverlogs? Setup? Config?

The only company that can achieve that kind of efficiency is Apple. I say this as a proud Apple hater.

It is not about efficiency, we already know for some time that x86 is not really efficient compared to newer architectures like arm and risc.

But no other ecosystem exists that can force such an architecture move without much much more problems.

So i would rephrase it as "The only company that can force that kind of fundamental change on its user and developers is Apple"

I am not saying it is a bad thing (just alone the rosetta translate layer is actually really impressive). Would love to have some actually good and mainstream arm options such as Linux Laptop.

As it was already commented Host Memory Buffer can to some degree replace the DRAM cache (if the SSD supports it and even then the implementation can be bad). But the specification is from 2014 so unlikely that Laptops from up to 2015 will support it.

When there is no DRAM cache on the SSD, the SSD will use the NAND flash cells as cache. This results in more wear and a shorter lifetime. Also, when the SSD gets filled up, the SSD gets significantly slower since there will be less free NAND cells to use as Cache.