![]() ![]() It is a multi-GPU password cracker with support for many hash types such as MD5, SHA1, LM, NTLM, etc. It is a high-performance word generator with a per-position configurable charset packed into a single binary package. It checks for valid credentials across a network over SMB. It provides a GUI for the "John the Ripper" password cracking tool. The Ripper It is a password cracking tool. It is a fast network login cracker which supports a huge number of protocols to attack. It is a database application designed for administrating and auditing multiple database servers simultaneously from a centralized location. It is the world's fastest and most advanced password recovery tool. It is a tool to identify the different types of hashes used to encrypt data. It will decrypt a given GPP (Group Policy Preference) encrypted string. It creates a wordlist based on the criteria we specify. It is a brute-forcing tool that can be used during penetration tests. It is used to extract various credentials and secrets from Windows registry hives. It is a tool to decrypt the password stored in CMOS used to access a computer BIOS setup. ![]() It scans cisco routers for common vulnerability and errors. It is a tool that allows you to view information and change user passwords in a Windows NT/2000 user database file. It also returns a list of words which can be used for password crackers. It is a custom wordlist generator that spread a given url to a specified depth, optionally following external links. It is a platform to perform security testing of web applications. If it’s not, it just went to the next password and it creates a PMK from it.It takes nmap GNMAP/XML output and automatically brute-force services with default credentials using Medusa. If the PMK was valid, then the password that was used to create the PMK is the password we are looking for. Next, the PMK will be compared to the Handshake. In a pre-computed rainbow table, Aircrack-ng will go through the wordlist and combines each password from the wordlist to the wireless access point name to compute what’s called a PMK (Pairwise Master Key) using the pbkdf2 algorithm. If you want to generate a rainbow table, I recommend you generate a large one that you can use on multiple handshake files. So, if you want to test one handshake per an Access Point, then there is no difference between brute-force and using rainbow tables.
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