01-12-2025, 04:58 AM
I think I got something to at least explain the above graphs.
Take all values 0,1,2,3, .... 255 and look at the probabilities of each number occurring. Doesn't that look exactly like the probabilities of the characters in the password? (See graph below)
What does that mean for the algo? Well, my guess it's just three bytes, perhaps the last three of the MAC followed may be with a checksum char like WPS pins.
3 bytes, may be some math, with probably some XORs, directly translated into the password.
Say the MAC is e46f136876c4 --> 0x68 0x76 0xc4 --> 104 118 196 C
convert half to a-j and you have a password that matches the above probability distribution.
![[Image: N24mZF6.png]](https://i.imgur.com/N24mZF6.png)
Take all values 0,1,2,3, .... 255 and look at the probabilities of each number occurring. Doesn't that look exactly like the probabilities of the characters in the password? (See graph below)
What does that mean for the algo? Well, my guess it's just three bytes, perhaps the last three of the MAC followed may be with a checksum char like WPS pins.
3 bytes, may be some math, with probably some XORs, directly translated into the password.
Say the MAC is e46f136876c4 --> 0x68 0x76 0xc4 --> 104 118 196 C
convert half to a-j and you have a password that matches the above probability distribution.