It's almost a shame it includes the private key and doesn't bruteforce it in-band for every request.
I wonder if more CPU cycles would be spent in the transporting and other ancillary operations (hashing and signing) than would be spent if they "brute-forced" it. Crazy.
OMG, that would be brutal
Would it? The private key is 4.
https://tech-insider.org/emudhra-ca-private-keys-compromised...
I took the parent's comment to mean "brutal" as in an absolute burn/roast.
Thanks, sometimes I miss things…
They could just write the function bruteForceEMudhraKey() { return 4; }.
Guaranteed random, chosen by fair roll of a die.
(Credit to the relevant xkcd. :D )
They have the supporting code for using a key, I'm assuming they don't have in band bruteforce since it doesn't usually make any sense at all
I would've at least appreciated once per session
I wonder if more CPU cycles would be spent in the transporting and other ancillary operations (hashing and signing) than would be spent if they "brute-forced" it. Crazy.
OMG, that would be brutal
Would it? The private key is 4.
https://tech-insider.org/emudhra-ca-private-keys-compromised...
I took the parent's comment to mean "brutal" as in an absolute burn/roast.
Thanks, sometimes I miss things…
They could just write the function bruteForceEMudhraKey() { return 4; }.
Guaranteed random, chosen by fair roll of a die.
(Credit to the relevant xkcd. :D )
They have the supporting code for using a key, I'm assuming they don't have in band bruteforce since it doesn't usually make any sense at all
I would've at least appreciated once per session