Skip to content

Latest commit

 

History

History
39 lines (24 loc) · 2.33 KB

rainbow-tables.md

File metadata and controls

39 lines (24 loc) · 2.33 KB
Raw
description
Dive deep into our latest article about WPA Rainbow Tables. Discover in-depth knowledge on how to enhance your network security using this powerful tool. Revealing secrets about WPA Rainbow Tables

Rainbow Tables

WPA Rainbow Tables are pre-computed databases used to crack WPA/WPA2 passwords through a process called a rainbow table attack.

These tables contain millions, even billions, of pre-calculated hashes for various combinations of characters, making it much faster to find the password associated with a particular hash compared to brute-forcing every possible password.

WPA vs. WPA2 Rainbow Tables

There are separate rainbow tables for WPA and WPA2 due to differences in their hashing algorithms. WPA uses MD5, while WPA2 uses a stronger hashing algorithm called PBKDF2 (Password-Based Key Derivation Function 2). PBKDF2 makes it much more computationally expensive to generate and use rainbow tables for WPA2, offering better protection.

Understanding WPA Rainbow Tables

WPA Rainbow Tables are exceptional tools designed for cracking Wi-Fi Protected Access (WPA and WPA2) passwords. These tables are essentially pre-computed collections of hash values that are used to streamline the process of password recovery.

How Do Rainbow Tables Work?

Rainbow tables counteract the time-consuming method of brute-force attacks by providing a pre-calculated list of potential passwords and their corresponding hash values. The workflow involves:

  1. Capturing the handshake between a client and an access point.
  2. Searching the rainbow table for a hash matching the handshake.
  3. Once found, the corresponding password is revealed, thus breaking the encryption.

Advantages of Using Rainbow Tables

  • Speed: Pre-calculation of hashes saves considerable time during attack execution.
  • Efficiency: Rainbow tables make it possible to crack complex passwords that would otherwise require immense computational resources.

Limitations and Defense

Modern security measures, such as the implementation of salting and the use of stronger password hashing algorithms like bcrypt, make rainbow tables less effective.

Furthermore, network administrators are encouraged to use strong, unique passwords and upgrade to advanced security protocols like WPA3 to mitigate the risk of such attacks.