WPA2 Cracking Installing Fluxion

WPA2 Cracking Installing Fluxion

Rainbow tables are a type of precomputed lookup table that are commonly used in cryptography for password cracking. They are designed to be used as a time-space tradeoff method that allows for fast password recovery from hashed passwords.

A rainbow table is essentially a large table that contains precomputed chains of possible passwords and their corresponding hash values. These chains are generated by starting with a random initial password, hashing it, and then using the resulting hash as the input for the next password, repeating the process until a certain chain length is reached.

Once the chains are generated, the table is stored on a hard drive or other storage medium. When an attacker wants to crack a password, they can use the rainbow table to look up the hash of the password they are trying to crack and compare it to the hashes in the table to find a match. Once a match is found, the corresponding password in the chain can be determined, allowing the attacker to recover the original password.

Rainbow tables can be effective at cracking simple passwords, but they are less effective against more complex passwords or those that are salted (where a unique random value is added to each password before it is hashed). This is because the use of salts prevents the reuse of precomputed chains, making rainbow tables much less efficient.

WPA2 Cracking Installing Fluxion

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