The ultimate multi-tool for wireless security research. Explore Flipper Zero's capabilities, curated add-ons, GPIO modules, and ecosystem components for RFID/NFC, Sub-GHz, IR, BadUSB, and hardware hacking workflows.
The Flipper Zero is a portable multi-tool for pentesters and geeks. It's a fully open-source platform for interacting with various digital systems like radio protocols, access control systems, hardware and more.
Dual-frequency support: 125 kHz RFID (EM4100) and 13.56 MHz NFC. Read, write, clone, and emulate proximity cards with no authentication mechanism. Share card IDs remotely with other Flipper users.
TI CC1101 chip with integrated multi-band antenna provides up to 50m range. Supports 2-FSK, 4-FSK, GFSK, MSK, OOK, and ASK modulations for garage doors, IoT sensors, and access control systems.
Built-in IR transmitter and receiver with community-contributed signal library. Learn signals from existing remotes and add them to the public IR Remote database. Control TVs, ACs, projectors, and stereo systems.
Emulate USB devices like keyboards and mice. Execute keystrokes and mouse movements on connected computers.
3.3V logic levels (5V tolerant for input) with built-in 5V and 3.3V power pins. Use as USB adapter for UART, SPI, I2C protocols. Completely autonomous operation with built-in buttons and display.
Built-in 1-Wire connector with unique contact pad design that works as both reader and probe. Read, store, write to blank keys, and emulate Dallas 1-Wire devices with no authentication.
Flipper Zero features full Bluetooth Low Energy (BLE) support, allowing it to act as a peripheral device and connect to smartphones and third-party devices. Official mobile apps provide enhanced control and management capabilities.
Official iOS app for iPhone and iPad. Update firmware via BLE, remotely control your Flipper Zero, share keys with other users, and manage data on a larger screen.
Official Android app for smartphones and tablets. Full BLE connectivity for firmware updates, remote control, key sharing, and data management with enhanced interface.
Full BLE support enables wireless connectivity without cables. Connect to smartphones, tablets, and other BLE-enabled devices for enhanced functionality and remote control.
Share RFID/NFC keys, Sub-GHz signals, and IR codes remotely with other Flipper Zero users through the mobile apps. Community-driven signal database expansion.
Beyond the official firmware, the Flipper Zero community has developed several enhanced firmware options that unlock additional features and capabilities. Each firmware offers unique advantages for different use cases.
The stock firmware from Flipper Devices provides core functionality with regular updates and official support. Best for beginners and those who prefer stability.
One of the most popular custom firmware options, Unleashed adds enhanced Sub-GHz capabilities, improved IR database, and additional apps while maintaining stability.
Focuses on performance optimization and includes advanced features like improved BadUSB capabilities, enhanced GPIO support, and additional security testing tools.
Comprehensive firmware with extensive plugin support, advanced Sub-GHz features, improved IR capabilities, and additional apps for various security testing scenarios.
Essential data collections and resources that enhance your Flipper Zero experience with pre-configured signals, IR codes, Sub-GHz captures, and comprehensive documentation.
Comprehensive infrared database with thousands of remote control codes for TVs, air conditioners, projectors, and other IR-controlled devices worldwide.
Extensive collection of Sub-GHz signals, RFID/NFC dumps, IR codes, and BadUSB payloads. One of the most comprehensive Flipper Zero resource repositories.
Curated list of Flipper Zero resources, firmware, apps, hardware add-ons, tutorials, and community projects. Your one-stop resource directory.
Official documentation, API references, development guides, and hardware specifications. Essential for developers and advanced users.
The Flipper One represents the next evolution in portable tech experimentation, designed as a professional-grade successor to the beloved Flipper Zero. While still in early development with no confirmed release date, the Flipper One promises to push the boundaries of what a compact device can achieve with its powerful ARM processor, modular hardware expansion, and Linux-based operating system.
The Flipper One is currently in early development stages as of October 2025, with no confirmed release date or pricing. It follows the same open-source, community-driven model that made the Flipper Zero successful.
Powerful ARM processor capable of running a full Linux operating system, providing the computational resources necessary for professional-grade tasks including software development and hardware prototyping.
Wi-Fi and Ethernet/LAN port enable seamless networking with high-speed data transfer and remote access capabilities, making it suitable for professional networking tasks.
M.2 slot with USB 3.0 and PCIe 2.1 support allows integration of additional hardware components like software-defined radios (SDRs) or LTE modems for specialized applications.
24-pin GPIO header supports multiple voltage inputs, enabling advanced prototyping, hardware interaction, and integration with custom electronic projects.
While both devices serve distinct purposes, understanding their differences helps determine which aligns with your needs:
The Flipper Zero and Flipper One are designed to complement each other rather than compete. The Flipper Zero excels as a compact, beginner-friendly device for exploring radio technologies, while the Flipper One provides a versatile, professional-grade platform for advanced hardware interaction and software development.
Following the successful model of the Flipper Zero, the Flipper One will maintain an open-source, community-driven approach. This fosters innovation and collaboration, allowing users to contribute to firmware updates, share project ideas, and develop custom applications.
Amplified CC1101 RF front-end for stronger Sub-GHz experimentation (ASK/OOK/FSK) with proper antennas.
Frequency-specific CC1101 boards for better matching and range at 433 MHz or 868/915 MHz ISM bands.
NRF24L01 add-on for 2.4 GHz experiments (e.g., MouseJack-style projects, hobby remotes, DIY links).
Convenient mainboard to hot-swap CC1101 modules and antennas while prototyping Sub-GHz workflows.
Enhanced IR capabilities through external blasters and amplifiers. These modules extend the range and power of your Flipper Zero's infrared functionality for controlling devices at greater distances.
High-powered IR blaster with multiple LEDs and extended range capabilities. Perfect for controlling devices from across the room or through obstacles.
High-output IR module for long-range IR control demos—pairs well with Flipper’s IR database.
Slim-profile IR add-on for compact builds. Good balance of power and size.
The classic Rabbit-Labs IR board—simple, reliable, and community-tested.
Tiny IR board for ultra-compact builds and keychain kits.
Advanced co-processors and Wi-Fi development boards that extend Flipper Zero's capabilities with wireless networking, enhanced processing power, and specialized functionality.
ESP32-based development board that adds Wi-Fi capabilities to your Flipper Zero. Enables wireless communication, web interfaces, and advanced networking features.
Dedicated gaming module that transforms your Flipper Zero into a portable gaming device. Includes additional buttons, display enhancements, and gaming-specific firmware.
ESP32-C6 co-processor board (Wi-Fi 6/2.4 GHz + BLE + 802.15.4) to offload scans, portals, and custom apps.
Compact ESP32 Marauder-style companion board for Wi-Fi/BLE recon and demos.
Feature-rich GPIO board combining radio expansion and helpful I/O for custom Flipper workflows.
MagStripe emulation board for lab demos of track replay and reader testing (awareness/education only).
Serial/TTL interface for talking to routers, dev boards, and embedded devices via Flipper’s GPIO.
RS-232 adapter board for legacy serial gear—handy in teardown and retro-hardware labs.
Break-out and proto options to route signals cleanly and build custom circuits and fixtures.
Ultrasonic transducer add-on for experiments with distance sensing and signal experiments.
GNSS receiver board for time/location-aware demos and logging.
Pre-packed kit combining IR blaster hardware with the Multi Pass MagStripe board—great for a fast lab setup.
Add-ons can enhance demos and learning—but they can also affect real-world devices. Keep TX power to minimum, work on isolated test gear, and follow your local RF regulations. For boundaries and workflow templates, read Legal & Ethics.