I2P traffic isn’t that difficult to detect or block, mainly because bootstrapping a node requires connecting to known reseed servers. They can block those reseed servers and your node would never be able to connect to the network.

All of the energy that does calculations gets turned into heat. The only energy that doesn’t get directly turned into heat is the mechanical energy produced by the fans (which ends up turning into heat), and the electromagnetic radiation (which also ends up turning into heat).

If the calculations didn’t convert energy into heat, a computer would essentially use no power. You can think of a computer like a really complex wire. The power consumption you see is actually the heat loss of that wire. The less heat you lose, the more efficient the wire is.

I’m Spanish. 16 or death.

You can’t eat 1kg of apples, only .5kg before it goes bad. So you give the other .5kg away. Melsaskca also can’t eat another .5kg of potatoes, so they give them away.

Which one?

Rounded corners, the weird rainbow hue, glossy effects and css animations are like the piss filter of vibe coded websites

That looks vibe coded

I got a 16TB HDD for 300€, yesterday I looked at it and it was 800€ (apparently discounted from 1000€ lol)

The bus lane is red! That proves it!

Hell, as far as I know, E2EE would be indistinguishable from client to server encryption, where the server can read everything without the need for a secret “backdoor key”. You can see that the channel is encrypted, but you can’t know who has the other key.