Author and Contributions

Author: Trix Cyrus
Developed by: TrixSec Org Current Version: v1.1 Maintained: Yes

• Telegram: @Trixsec
• GitHub: Hash-Hammer

Hash-Hammer 🔨

Hash-Hammer is a multi-threaded hash-cracking tool designed for security testing and educational purposes.It supports both brute-force and dictionary-based password cracking modes.

Features

• Multi-threaded: Speed up hash cracking by using multiple threads.
• Two cracking modes:
  • Brute-force Mode: Generate password combinations based on a defined character set.
  • Dictionary/Password File Mode: Use a custom password file to find the matching hash.
• Real-time statistics: Display checked passwords, remaining attempts, and speed.

Currently Supported Hash Algorithm

• MD5

Version 1.1

• Added Hash Algo - MD5
• Multi Threading
• Dictonary Based Cracking
• Bruteforce Based Cracking

--------- More - Updates - Soon ----------

Usage

Clone the Repository

git clone https://github.com/TrixSec/Hash-Hammer.git
cd Hash-Hammer

Compile

You’ll need to have OpenSSL and GCC installed to compile the tool. To compile:

gcc -o hash-hammer hash_hammer.c -lssl -lcrypto -pthread

Run

To execute the tool:

./hash-hammer

Options and Input

• Target Hash: Enter the hash you want to crack.
• Mode:
  • 1: Brute-force Mode
  • 2: Dictionary Mode (provide a password file)
• Password Length: Specify for brute-force mode (required).
• Number of Threads: Specify the number of threads for parallel processing.

Example Usage

1. Brute-force Mode:

   Enter the hash to crack: <md5_hash>
   Choose mode: 1
   Enter the password length: 4
   Enter the number of threads: 8
   

2. Password File Mode:

   Enter the hash to crack: <md5_hash>
   Choose mode: 2
   Enter the path to the password file: /path/to/passwords.txt
   Enter the number of threads: 8
   

Requirements

• Libraries: OpenSSL (for MD5 hashing), pthread (for multi-threading)
• Compiler: GCC or compatible C compiler

Disclaimer

This tool is intended for educational purposes and authorized security testing only. Unauthorized use on third-party systems is illegal and punishable by law.