@ryanc if I’m right it takes more qbits to break 4096 RSA than 256 ECC. Now all of this is theoretical as I don’t think that somone is going to use a quantum computer that may only exist in some secret classified project to attempt to reverse my keys to login to one of my boxes.
Posts
-
I'm thinking more about my idea to stream a "speedrun" of 512 bit RSA factorization. -
I'm thinking more about my idea to stream a "speedrun" of 512 bit RSA factorization.@ryanc, checking my SSH keys. They are 8192 in length. I know that's overkill, but hey, computing is cheap.
-
I'm thinking more about my idea to stream a "speedrun" of 512 bit RSA factorization.@ryanc If you can factor 512 in 2 hours, there is no way that anyone could factor a 1024-bit RSA key using your method, seeing that a 10124 key would take 10154 more time / compute power.