DNS Poisoner (Educational Tool)

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Features

1. Scans the local network for devices.
2. Allows the attacker to select a target machine.
3. Spoofs DNS records to redirect traffic to a phishing page.

Usage

1. Clone the repository:

   git clone https://github.com/DNS-Attack/dns_poisoner.git
   cd dns_poisoner

2. Make it executable

   chmod +x setup.sh
   chmod +x dns_poisoner.sh

3. Run the setup script:

   ./setup.sh

4. Launch the DNS poisoner:

   ./dns_poisoner.sh

5. Create a Backend Endpoint Create a Python Flask application to handle the POST request and log credentials to a file or display them in the terminal.

File: server.py

• Run the Server Start the server to listen for incoming POST requests:

python3 server.py

6. Log Output When credentials are submitted via the HTML form, they are:

-Logged in the terminal. -Saved to a file named stolen_credentials.txt.

Example Output:

• Terminal Output:

[INFO] Stolen credentials captured: Username=XXXXXXXXXX, Password=•••••

• File Output (stolen_credentials.txt):

Username: XXXXXXXXXX, Password: •••••