
Evil-M5Project
Multi-purpose WiFi penetration testing toolkit for M5Stack devices. Performs network scanning, evil-twin attacks, deauthentication, captive portal…

Multi-purpose WiFi penetration testing toolkit for M5Stack devices. Performs network scanning, evil-twin attacks, deauthentication, captive portal…

Proof-of-concept demonstrating a power analysis side-channel attack against a vulnerable RSA implementation on Arduino (Atmega328P), with detailed…

Recovers cryptographic keys from MiFare Classic RFID cards using DarkSide and nested-auth attacks for security testing of NFC/RFID systems.

Open-source hardware security toolchain for power trace capture, side-channel analysis, and glitching/fault-injection attacks on embedded devices and…

Open-source Raspberry Pi HAT providing 4 CAN interfaces for automotive bus testing, CAN-in-the-middle attacks, and simultaneous multi-bus traffic…

CAN bus injection toolkit for automotive security testing. Performs interface control, sniffing, and CAN injection attacks on vehicle networks,…

Mousejack for ATmega32u4

Automatically find and execute fault injection attacks

Scientific investigation of hardware vulnerabilities (CVE-2025-6202, CVE-2023-39910) enabling ECDSA key recovery from Bitcoin infrastructure via…

PoC vulnerability disclosures for consumer IoT cameras, detailing BLE buffer overflow and WiFi disassociation attacks that can take devices offline.

CAN Bus vehicle simulator for practicing offensive automotive security attacks. Emulates multiple ECUs to enable sniffing, injection, and…

Mousejack for Arduino UNO

Hardware-level security protocol for mitigating cache-based side-channel attacks.

Binary analysis and exploitation of CVE-2019-1663, a buffer overflow in Cisco router web management, including root cause, exploit steps, and ROP…

Welcome to the Doggie and EvilDoggie repository by Faraday Security! Doggie is a modular DIY CAN Bus to serial adapter (USB, BLE, UART) using the…

a tool designed to help perform and visualize trace-driven cache attacks against software in the secure world of TrustZone-enabled ARMv8 cores