“Well, we raided his mom’s house and confiscated all his cobbled-together e-waste.”
“And!?”
“His drives were encrypted. Apparently he ‘applied PQC patches to dm-crypt himself’, whatever that means. All I know is that it made the guys from NSA scream. There was nothing we could do.”
“So we’ve got nothing?”
“Oh no. He happily gave us both the keyfile and the passphrase.”
“So…?”
“No warez, no CSA, no political manifestos or illicit recipes. Not even tax evasion - it’s not like he has an income. Just… copyleft source code as far as the eye could see.”
Only Asymetric encryption, like PGP has Problems with Quantum Computers. Symmetric, like AES, used by dm-crypt is not affected by Quantum Computers. It doesn’t rely on multiplied big prime numbers or stuff like that.
The question isnt whether quantum computers have an advantage over regular computers (they pretty much always do for code cracking as the parallel superposition computation is some crazy shit that changes cryptography forever) instead the question is whether or not AES-256 is able to resist our current quantum compute and how long it can do that.
Its a simple equation, as long as it takes longer than the lifespan of the universe to compute with our most powerful supercomputers its considered good encryption. However as computers get more powerful, the projected time decreases potentially to the point of human lifespan time frames. Thats when it becomes a problem and the standard fails.
Currently AES is quantum resistant but it almost certainly won’t be forever. New standards are gonna need to be adopted at some point.
“Well, we raided his mom’s house and confiscated all his cobbled-together e-waste.”
“And!?”
“His drives were encrypted. Apparently he ‘applied PQC patches to dm-crypt himself’, whatever that means. All I know is that it made the guys from NSA scream. There was nothing we could do.”
“So we’ve got nothing?”
“Oh no. He happily gave us both the keyfile and the passphrase.”
“So…?”
“No warez, no CSA, no political manifestos or illicit recipes. Not even tax evasion - it’s not like he has an income. Just… copyleft source code as far as the eye could see.”
copyleft source code is a telltale sign of communism, thus anon can be associated with Big terrorist like the Antifa.
open source collaborative software is anarchy. Book him
https://www.theregister.com/2000/07/31/ms_ballmer_linux_is_communism/
I lol’d at this. But seriously, privacy is a fundamental human right. You don’t need to have something to hide to assert your right of privacy.
Yeah the government doesn’t understand we don’t want you to be sociopaths with the excuse of our safety.
The NSA dude screamed in ecstasy because someone finally used his dm-crypt patches.
my spirit animal
Only Asymetric encryption, like PGP has Problems with Quantum Computers. Symmetric, like AES, used by dm-crypt is not affected by Quantum Computers. It doesn’t rely on multiplied big prime numbers or stuff like that.
Is it a proved theorem that quantum computers dont have an advantage for AES, or is it just unkown?
The question isnt whether quantum computers have an advantage over regular computers (they pretty much always do for code cracking as the parallel superposition computation is some crazy shit that changes cryptography forever) instead the question is whether or not AES-256 is able to resist our current quantum compute and how long it can do that.
Its a simple equation, as long as it takes longer than the lifespan of the universe to compute with our most powerful supercomputers its considered good encryption. However as computers get more powerful, the projected time decreases potentially to the point of human lifespan time frames. Thats when it becomes a problem and the standard fails.
Currently AES is quantum resistant but it almost certainly won’t be forever. New standards are gonna need to be adopted at some point.
FOSS gang rise up!