Advanced SSH Brute Force Tool

Overview

The Advanced SSH Brute Force Tool is intended for use in security testing environments and for educational purposes. It makes use of sophisticated capabilities to try SSH brute-force assaults, making efficient use of multi-threaded operations and a polished user interface.

Disclaimer: Unauthorized access to computer systems is illegal and unethical. This tool is intended solely for use in authorized security testing and educational environments.

Features

• Advanced Encryption: Utilizes Fernet encryption for secure management of sensitive data.
• Multi-Protocol Support: Allows selection between SSH, FTP, and HTTP for attacks (currently focused on SSH).
• Dynamic Progress Tracking: Includes a dynamic progress bar to monitor the status of brute-force attacks.
• Customizable Credentials: Supports single or multiple usernames and passwords.
• Automated Results Saving: Automatically saves successful credentials with timestamped filenames.
• Professional UI: Enhanced user interface with color-coded outputs and clear instructions.

Installation

1. Clone the Repository

   git clone https://github.com/nexussecelite/Advanced-SSH-Brute-Force-Tool.git
   cd Advanced-SSH-Brute-Force-Tool

2. Install Dependencies

   Ensure you have pip installed, then run:

   pip install -r requirements.txt

   Dependencies include:

   • paramiko for SSH connections.
   • tqdm for progress bars.
   • cryptography for encryption.
   • colorama for colored terminal output.

Usage

1. Run the Tool

   python brute_force_tool.py

2. Follow the Prompts

   The tool will prompt you for the following inputs:

   • Target Host IP: The IP address of the SSH server you wish to test.
   • Port: The port number for SSH (default is 22).
   • Number of Threads: The number of concurrent threads to use (default is 10).
   • Username Input Method: Choose between 'single' for one username or 'multi' for a list of usernames.
   • Username List File (if 'multi' is selected): Path to the file containing a list of usernames.
   • Password List File: Path to the file containing a list of passwords.

3. View Results

   Successful login attempts will be displayed and saved in a file named results_<host>_<timestamp>.txt.

Example

Enter the target Host IP: 192.168.1.100
Enter the port (default 22 for SSH): 22
Enter the number of threads to use (default 10): 10
Enter 'single' for a single username or 'multi' for a list of usernames: multi
Enter the path to the username list file: usernames.txt
Enter the path to the password list file: passwords.txt

Advanced Configuration

• Encryption Key Management: The encryption key (FERNET_KEY) can be configured for managing encrypted data. Modify the FERNET_KEY value in the script as needed.
• Logging: Detailed logs are stored in advanced_tool.log for troubleshooting and record-keeping.

Contributing

If you'd like to contribute to this project, please fork the repository and submit a pull request with your changes. Ensure that your contributions align with the tool’s intended educational and ethical use.

License

This project is licensed under the MIT License - see the LICENSE file for details.

Contact

For any questions or issues, please contact at [hello@nexussec.in].