cifertech/ESP32-DIV

Features

• Wireless Security Auditing - Acts as a handheld platform for auditing wireless communication and identifying vulnerabilities in radio protocols.
• RFID and NFC Security - Provides a comprehensive suite for reading, cloning, emulating, and erasing 13.56 MHz RFID and NFC tags.
• Wireless Security Tools - Functions as a handheld security tool for analyzing and disrupting a wide range of wireless protocols.
• GPS Location Tracking - Decodes real-time positioning and timing data by parsing NMEA sentences from a hardware GPS module.
• Wi-Fi Wardriving Loggers - Records detected Wi-Fi access points alongside GPS coordinates to create geospatial maps of wireless networks.
• HID Emulations - Mimicking a Bluetooth keyboard or mouse to execute predefined text payloads and automate inputs on a target device.
• Radio Signal Analysis - Captures, replays, and jams signals across multiple radio frequencies and spectra for protocol exploration.
• Sub-GHz Attack Transmitters - The ESP32 hacking platform produces carrier signals to interfere with radio communications in lab environments.
• RFID Tag Emulation - Simulates specific RFID tag identifiers to interact with target access control readers.
• RFID Tag Reading - Interacts with contactless chips to retrieve data from both 125kHz and 13.56MHz RFID tags.
• RFID Tag Cloning - Copies identifiers and data from one RFID or NFC tag to another compatible tag.
• BLE Device Discovery and Reporting - Tracks BLE packet metadata and spoofs advertisements to identify and simulate nearby hardware.
• BLE Advertisements - Sends custom BLE advertisement packets to emulate specific hardware devices.
• Packet Spoofing - The ESP32 hacking platform transmits custom or fake Bluetooth Low Energy advertisement packets.
• Unified Multi-Protocol Radio Drivers - Provides a unified software interface to abstract and switch between Wi-Fi, BLE, Sub-GHz, RFID, and IR hardware.
• Wireless Network Mapping - Combines real-time GPS coordinates with network scanning to locate and map wireless access points.
• Wireless Network Scanning - Lists nearby access points including channel, signal strength, and security settings.
• Wireless Packet Capturing - Captures wireless packets in a channel view and saves them as PCAP files.
• RFID and NFC Tag Manipulation - Provides specialized tools for reading, cloning, emulating, and erasing RFID and NFC tags for security research.
• Wi-Fi Packet Injection - Generates beacon floods and deauth frames to stress-test network resilience.
• Deauthentication Attacks - The ESP32 hacking platform disconnects devices from a Wi-Fi network by sending deauthentication packets.
• Hardware-Input-Driven Menu Systems - Implements a grid-based menu hierarchy navigated via a touch-sensitive display interface.
• RFID Reader Jammers - Transmits radio interference to disrupt the operation of nearby RFID readers.
• Signal - Stores and loads captured signal profiles on an SD card for later replay or analysis.
• SD Card Firmware Installation - Installs new software versions by reading firmware files from an inserted SD card.
• File-Based Configuration - Implements file-based configuration for storing and retrieving signal waveforms and device settings on an SD card.
• RF Spectrum Visualizers - Provides a real-time graphical display of signal activity across 128 channels in the 2.4 GHz band.
• Keyboard Script Execution - The ESP32 hacking platform executes predefined text payloads via BLE to simulate keyboard input on a host.
• Handheld Firmware Management - Implements a comprehensive system for updating device software via over-the-air transfers, SD cards, or USB.
• Infrared Signal Transceivers - The ESP32 hacking platform sends and receives infrared signals to test and manage hardware relying on infrared communication.
• Infrared Universal Remotes - The ESP32 hacking platform uses a universal controller to emulate various infrared devices.
• Over-the-Air Device Updates - Supports wireless firmware deployment through over-the-air update mechanisms.
• Frequency Scanning and Monitoring - Monitors the 2.4 GHz band through automated sweeps to detect active radio transmissions.
• Radio Parameter Configurations - Saves and manages transceiver configurations on an SD card for rapid switching between radio states.
• Infrared Signal Recording - The ESP32 hacking platform plays back recorded infrared signals stored on the device.
• Sub-GHz Profile Storage - Saves and loads captured sub-GHz signal profiles from an SD card.
• Radio Frequency Visualizations - The ESP32 hacking platform visualizes channel energy in the 2.4 GHz radio band.
• Signal Replayers - The ESP32 hacking platform records and retransmits radio signals using a Sub-GHz transceiver.
• RFID Communication Jammers - Interferes with the wireless signal between an RFID tag and its reader to disrupt communication.
• RFID Data Erasure - Wipes all stored user data and memory blocks from RFID or NFC tags.
• Dual-Storage File Systems - Utilizes a dual-storage system combining internal flash and an external SD card for persistent settings and data.
• Traffic Sniffing - The ESP32 hacking platform captures and records wireless packets sent between Bluetooth devices for analysis.
• BLE Spam Generators - Floods the BLE spectrum with advertisement packets to interfere with active wireless connections.
• Protocol Emulation - The ESP32 hacking platform emits Bluetooth Low Energy bursts that mimic proprietary hardware protocols.
• Traffic Analysis - The ESP32 hacking platform monitors BLE advertisements and identifies devices using signal heuristics.
• Attack Detection - Monitors the air for deauthentication frames and alerts the user of active attacks.
• Radio Capture Storage - Saves radio captures and logs to a FAT-formatted SD card for offline analysis.
• Probe Request Flooding - Sends high volumes of probe requests to discover hidden wireless networks.
• RFID Memory Manipulation - Exports the complete memory contents of an RFID tag for detailed offline analysis.
• Captive Portal Simulations - Creates rogue authentication portals to intercept network traffic and credentials for security testing.
• Bluetooth Adapter Spoofing - The ESP32 hacking platform imitates the identity and behavior of existing Bluetooth devices.
• Wi-Fi Beacon Spoofing - Broadcasts fake beacon frames to create phantom access points for stress testing.
• Wireless Signal Auditing - Broadcasts fake identities and beacon frames to evaluate network resilience and security posture.
• 2.4 GHz Jammers - Disrupts wireless protocols such as Zigbee and Wi-Fi by emitting noise in the 2.4GHz band.
• Packet Capture Exporters - Captures wireless traffic across multiple bands and exports the data as PCAP files for offline analysis.
• Menu Hierarchies - Features a nested navigational menu hierarchy driven by a touch-sensitive TFT display.
• Embedded Display Renderers - Renders real-time system status and security tool results on a handheld color TFT screen.
• Touch-Optimized Interfaces - Implements a touch-driven graphical menu system on a TFT display for managing toolsets and settings.

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