The guy says he has precomputed his db in 3 hours rotflol
Airlib-ng uses the same idea as the CoFW Rainbow Tables. You have to have the SSID/passphrase combinations precomputed. The Time-Memory Trade Off remains the same. If you have SSID/passphrase combinations that are repeatable, then pre-computing the hash combinations (whether it's the CoWF WPA Rainbow Tables or via the airolib-ng PMK tables) makes sense, because you compute the hashes once, yet can use them over and over. Essentially, you are doing the brute forcing one time, but are reusing the results.
If you have a unique SSID, creating a hash table for that SSID with a password list should work out to about the same time as a brute force attack, assuming all the other elements are equal. If you have a unique SSID and a random passphrase, the odds of cracking it approach zero.
Again, you can't beat the math.
Thorn
Stop the TSA now! Boycott the airlines.
The guy says he has precomputed his db in 3 hours rotflol
But with a 135 MB wordlist ???
-Monkeys are like nature's humans.
Hi all,
Actually, you can stop computing and start again later from the same point with databases, that's an advantage, believe me.
I'm currently computing a 475 millions words dictionnary, and if I had to let my computer process all day I would have some trouble using it for about a month...
With aircrack, stopping would cause having to start all over again...