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RogueMaster/flipperzero-firmware-wPluginsFork

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6,257 stars·610 forks·C·GPL-3.0·27 viewswww.patreon.com/RogueMaster↗

Flipperzero Firmware WPlugins

This project is a custom firmware for the Flipper Zero that provides an embedded plugin ecosystem, a hardware pentesting toolkit, and a multi-protocol emulation layer. It modifies the device's operating system to include a Sub-GHz radio suite for expanded frequency range and the ability to build and deploy third-party applications directly onto the hardware.

The firmware extends the device's native capabilities through a Sub-GHz radio suite that allows for frequency extension and signal capture beyond factory defaults. It implements specialized emulation for BadUSB and BLE keyboards and includes a dedicated framework for executing modular plugins and games.

The system covers a broad range of hardware interaction areas, including NFC and RFID management, infrared device control, and UART serial bridging. It also provides tools for environmental sensor monitoring and air quality analysis, as well as hardware-based second-factor authentication via the U2F specification.

Users can compile source code into executable plugins or create compressed firmware archives for installation via a removable storage card.

Features

  • Custom Hardware Firmware - Provides a modified operating system that unlocks unofficial hardware capabilities and extends device functionality.
  • Custom Firmware - Modified operating system that removes hardware restrictions and enables extended radio frequencies and unsigned code execution.
  • GPIO Sensor Interfacing - Enables communication with external hardware modules and digital sensors using standard general purpose input output pins.
  • HID Emulations - Simulates Human Interface Devices by translating script files into keyboard and mouse inputs for host interaction.

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  • Multi-Protocol Signal Emulators - Implements a system for capturing and replaying signals across RF, NFC, Infrared, and HID protocols.
  • Wireless Signal Emulators - Captures, decodes, and emulates radio frequencies and infrared protocols to interact with wireless devices.
  • Frequency Hopping Controllers - Implements frequency-hopping control to manage wireless transmission and reception across predefined target frequencies.
  • Signal Capture and Replay - Provides capabilities to capture raw radio signals and emulate known wireless protocols for analysis.
  • Sub-GHz Transceivers - Provides a suite for capturing, decoding, and transmitting radio signals within the sub-1 GHz frequency band.
  • Frequency Configurations - Allows the definition of custom operating frequencies and hopper lists to target specific wireless bands.
  • Frequency Extensions - Modifies hardware constraints to enable transmission and reception on frequencies outside factory specifications.
  • Plugin-Based Application Execution - Executes third-party applications as modular plugins for tasks such as authentication and hardware flashing.
  • Pentesting Toolkits - Ships a collection of tools for HID emulation, wireless traffic sniffing, and NFC/RFID security analysis.
  • RFID and NFC Tag Manipulation - Provides tools for reading, writing, and emulating multiple contactless NFC and RFID standards.
  • Wireless Security Auditing - Tests target systems using HID emulation, wireless signal capture, and NFC or RFID security analysis.
  • Plugin-Based Extensibility - Implements an architectural pattern that allows extending system capabilities via modular third-party plugins.
  • Plugin Ecosystems - Provides a framework for building and deploying third-party applications and games directly onto the device hardware.
  • RFID and NFC Security - Reads and emulates various NFC standards including Mifare, DESFire, and EMV cards.
  • Hardware Application Deployment - Compiles source code into executable plugins and launches them directly on connected hardware devices.
  • Game Execution Environments - Provides a dedicated execution environment for running lightweight games and emulated software on the device.
  • Game Library Interfaces - Provides a graphical interface for browsing and launching an onboard library of games and emulations.
  • BadUSB Payloads - Provides scripted keystroke sequences for automated task execution on target computers via BadUSB hardware emulation.
  • Environmental Monitoring - Tracks air quality, temperature, and humidity using external sensors with custom alert thresholds.
  • Firmware Image Packaging - Packages compiled project binaries into compressed archives for installation via removable storage cards.
  • Bluetooth Low Energy Emulations - Implements a low energy keyboard emulation to send remote input signals to wireless hosts.
  • Infrared Signal Transceivers - Transmits and receives infrared signals to operate and emulate remote control protocols for various hardware.
  • Sensor Drivers - Provides driver-level access to collect real-time temperature, humidity, and pressure data from external sensors.
  • Serial Hardware Bridges - Routes raw data streams between connected hardware devices using dedicated serial communication pins for debugging.
  • UART Interfaces - Routes serial data between connected devices using UART hardware pins for system interfacing and debugging.
  • Air Quality Sensing - Collects air quality, temperature, humidity, and pressure metrics from external sensors via GPIO.
  • RFID Tag Reading - Interacts with proximity cards using common 125kHz and 13.56MHz industry protocols.
  • RFID Tag Writing - Modifies and writes data to Mifare and other 13.56MHz NFC tags for custom configuration.
  • External Asset Loading - Loads custom animations, scripts, and configurations from removable SD storage to extend device capabilities.
  • Third-Party Hardware Integration - Interfaces with third-party hardware modules to extend sensor capabilities and network attack options.
  • NRF24 Spectrum Scanning - Scans radio channels to detect and identify active wireless addresses from NRF24-based devices.
  • Electronic Lock Exploitation - Exploits vulnerabilities in electronic safes to open locking mechanisms without a pin code.
  • EMV Card Scanning - Extracts application identifiers and public keys from EMV payment cards using targeted NFC actions.
  • Hardware Authentication - Implements hardware-based second-factor authentication according to the U2F specification.
  • Hardware Debugging Interfaces - Uses UART bridging and GPIO pins to route serial data and debug third-party electronic modules.
  • Wireless Attack Tools - Executes Mousejack attacks by sending keystrokes to targets using captured wireless addresses.
  • Firmware Distributions - Custom firmware focused on pre-installed plugins.

    • Star history

    Star history chart for roguemaster/flipperzero-firmware-wpluginsStar history chart for roguemaster/flipperzero-firmware-wplugins

    How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

    Frequently asked questions

    What does roguemaster/flipperzero-firmware-wplugins do?

    This project is a custom firmware for the Flipper Zero that provides an embedded plugin ecosystem, a hardware pentesting toolkit, and a multi-protocol emulation layer. It modifies the device's operating system to include a Sub-GHz radio suite for expanded frequency range and the ability to build and deploy third-party applications directly onto the hardware.

    What are the main features of roguemaster/flipperzero-firmware-wplugins?

    The main features of roguemaster/flipperzero-firmware-wplugins are: Custom Hardware Firmware, Custom Firmware, GPIO Sensor Interfacing, HID Emulations, Multi-Protocol Signal Emulators, Wireless Signal Emulators, Frequency Hopping Controllers, Signal Capture and Replay.

    Which projects share features with roguemaster/flipperzero-firmware-wplugins?

    Projects with overlapping indexed features include: brucedevices/firmware — This firmware transforms an ESP32 device into a portable penetration testing platform by combining an embedded… cifertech/esp32-div — ESP32-DIV is a handheld wireless pentesting platform designed for analyzing and disrupting a wide range of wireless… flipper-xfw/xtreme-firmware — Xtreme-Firmware is a custom operating system for the Flipper Zero designed to expand hardware capabilities and remove… claracrazy/flipper-xtreme — Flipper-Xtreme is a custom firmware for the Flipper Zero that modifies the operating system to unlock additional… pr3y/bruce — Bruce is offensive security firmware for ESP32 hardware designed for network attacks, radio analysis, and… rfidresearchgroup/proxmark3 — Proxmark3 is an open-source hardware tool for RFID research, analysis, security testing, protocol sniffing, tag…

    Projects sharing features with Flipperzero Firmware WPlugins

    These projects share indexed features with Flipperzero Firmware WPlugins. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
    • brucedevices/firmwareBruceDevices avatar

      BruceDevices/firmware

      7,171View on GitHub↗

      This firmware transforms an ESP32 device into a portable penetration testing platform by combining an embedded JavaScript runtime with multi-protocol wireless attack capabilities, USB and Bluetooth HID emulation, and a menu-driven user interface. It is designed as a unified system that integrates persistent storage, hardware abstraction for external radio modules, a serial command protocol for headless operation, and a web-based remote desktop that streams the device screen and relays button inputs for remote control. The custom JavaScript scripting environment enables users to write and run

      C++brucecardputerembedded-systems
      View on GitHub↗7,171
    • cifertech/esp32-divcifertech avatar

      cifertech/ESP32-DIV

      2,552View on GitHub↗

      ESP32-DIV is a handheld wireless pentesting platform designed for analyzing and disrupting a wide range of wireless protocols. It functions as a multi-band radio analyzer, RFID and NFC tag manipulator, and GPS wardriving logger, providing a unified interface for security auditing and signal research. The project distinguishes itself through a modular radio abstraction that allows switching between Wi-Fi, BLE, Sub-GHz, RFID/NFC, and infrared hardware modules. It features a touch-driven TFT interface for navigating toolsets and managing signal profiles, as well as the ability to emulate Bluetoo

      C++arduinoattackdeauth
      View on GitHub↗2,552
    • flipper-xfw/xtreme-firmwareFlipper-XFW avatar

      Flipper-XFW/Xtreme-Firmware

      9,887View on GitHub↗

      Xtreme-Firmware is a custom operating system for the Flipper Zero designed to expand hardware capabilities and remove software restrictions. It functions as a multi-protocol signal emulator for capturing and replaying RFID, NFC, Sub-GHz, and Infrared signals to test hardware security. The project features a specialized USB HID attack framework for sending keystroke payloads and spoofing device identifiers over USB and Bluetooth. It also includes a WiFi penetration testing suite for scanning, sniffing, and sending deauthentication frames using a wireless development board. Broad capabilities

      Ccfwcustom-firmwareflipper-firmware
      View on GitHub↗9,887
    • claracrazy/flipper-xtremeClaraCrazy avatar

      ClaraCrazy/Flipper-Xtreme

      9,887View on GitHub↗

      Flipper-Xtreme is a custom firmware for the Flipper Zero that modifies the operating system to unlock additional hardware capabilities and integrate unofficial features. It functions as a hardware protocol manager and a device interface customizer. The firmware includes a Bluetooth keyboard emulator that allows the device to masquerade as a wireless keyboard by spoofing device identities to send payloads. It also features an experience-based leveling system that gates specific animations and system capabilities behind user interaction milestones. The project provides tools for hardware proto

      C
      View on GitHub↗9,887
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