KeyMaster V1
Made using unknownone's Packet Encryption Guide and C++ (My First C++ Program!)
This is NOT a proxy. You must record packets using other methods *cough*WPE Pro*cough*. Anyway >.> you can browse keys 1 and two and search for specific values. They can be entered as decimals or hex with the prefix '0x', ignoring the single quotes. The last two keys can be generated by inputting the Account ID and Crypto Key.
They are found in packet 7 if you record with Wpe Pro, not always though, but always with a length of 28. You must decrypt the packet containing the two values using key 1 and counter a = 0 and counter b = 0.
Then, you must do the following.
Using bytes 11,10,9,8:
Using bytes 7,6,5,4:
Enter those values into Key Master and it click generate and it will create and display the two new keys.
Yet again, credits for discovering the encryption go to unknown him.
Made using unknownone's Packet Encryption Guide and C++ (My First C++ Program!)
You need Microsoft .NET Framework 2.0
This is NOT a proxy. You must record packets using other methods *cough*WPE Pro*cough*. Anyway >.> you can browse keys 1 and two and search for specific values. They can be entered as decimals or hex with the prefix '0x', ignoring the single quotes. The last two keys can be generated by inputting the Account ID and Crypto Key.
They are found in packet 7 if you record with Wpe Pro, not always though, but always with a length of 28. You must decrypt the packet containing the two values using key 1 and counter a = 0 and counter b = 0.
Then, you must do the following.
Using bytes 11,10,9,8:
Code:
AccountID = 11 + ((10 << 8) & 0xff) + ((9 << 16) & 0xff) + ((8 << 24) & 0xff)
Code:
CryptoKey = 7 + ((6 << 8) & 0xff) + ((5 << 16) & 0xff) + ((4 << 24) & 0xff)
Yet again, credits for discovering the encryption go to unknown him.
