Flipper Fuzzer/Bruteforce

Flipper Zero RFID/NFC/iButton Fuzzer List Generator

This is a Flipper Zero RFID/NFC/iButton Fuzzer List Generator script that allows users to generate random RFID, NFC, and iButton IDs for various protocols. The tool is designed to help with testing and experimentation with RFID/NFC amd iButton technologies.

The script supports generating IDs for multiple protocols, including popular ones like EM4100, HID Prox, MIFARE Classic, iClass, and more. You can choose to generate IDs with or without manufacturer-specific prefixes based on the selected protocol.

Features:

• Supports multiple protocols: Generate IDs for 15 RFID protocols, 5 NFC protocols, and 7 iButton protocols.
• Prefix option: Choose to generate IDs with manufacturer-specific prefixes (if available).
• Choose specific prefix(es): If multiple prefixes are available for a protocol,the user can, use all available prefixes (default), or select one or more prefixes manually by index.
• Customizable ID length: Control the number of IDs to generate and the length of each ID.
• Output options: IDs are saved to a .txt file, making it easy to use for testing or other purposes.
• Easy to use: The script is simple to run and interact with via the terminal.

Protocols Supported:

• RFID Protocols: EM4100, HID Prox, Indala, IoProx, PAC/Stanley, Paradox, Viking, Pyramid, Keri, Nexwatch, H10301, Jablotron, Electra, IDTeck, Gallagher.
• NFC Protocols: MIFARE Classic 1K, MIFARE Classic 4K, MIFARE Ultralight, DESFire EV1, iCLASS, FeliCa.
• iButton Protocols: Dallas DS1990, Cyfral, Metacom, Maxim iButton, Keypad/Access Control, Temperature iButton, Custom iButton.

Installation:

1. Clone or download this repository to your local machine.
2. Make sure you have Python 3 installed on your system.
3. Install any necessary dependencies (if any are specified, or you can install them manually if needed).

Usage:

1. Navigate to the directory where the script is located using your terminal/command prompt.
2. Run the script with Python:

   python List_EM.py