RogueMaster/flipperzero-firmware-wPluginsFork

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.
• 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.

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