
Explore innovative hacking techniques using light and sound, from C2 channels and exfiltration to disrupting motion detectors and speech jamming. Learn advantages, disadvantages, and mitigation strategies for these unconventional attacks.

Explore Intel's Houdini binary translator for running ARM on x86, its inner workings, security weaknesses, and potential exploits. Gain insights into cross-architecture execution and its implications for Android security.

Explore the Mooltipass open-source hardware authentication ecosystem, its components, and innovative features for secure data management and web authentication.

Explore voltage glitching for hardware hacking, bypassing security mechanisms, and disclosing firmware secrets using the Raiden framework and Python API.

Explore fault injection attacks on popular IoT processors using affordable equipment. Learn about voltage glitching techniques and tools for breaking silicon security in connected devices.

Explore Arduino-based pentesting tools for embedded devices, including logic analyzers, memory dumpers, and RFID snoopers. Learn to build and use these tools for security testing.

Explore the full stack hack of AppleTV3, uncovering vulnerabilities and jailbreaking techniques. Learn tricks for attacking restricted devices and gain insights into iOS security.

Learn to manipulate bus protocols through bit banging techniques, gaining control over hardware communication and exploring potential security implications in embedded systems.

Discover how engineers hacked a 1980s knitting machine, creating a computer-controlled system to knit custom patterns and even memes, blending retro technology with modern programming.

Explore modern pseudo-Doppler direction finding using SDR for locating radio devices. Learn about innovative techniques, challenges, and future developments in wireless security research.

Explore GlitchKit, an open-source solution for fault injection in closed systems. Learn techniques to bypass firmware protection and extract secrets through hardware hacking and reverse engineering.

Learn DIY integrated circuit decapping techniques to reveal hidden chip designs using budget-friendly methods. Explore mechanical and chemical removal processes, laser cutting, and more.

Explore hardware hacking techniques like CT scanning and chip decapping for non-destructive device analysis, circuit reconstruction, and vulnerability identification in embedded systems and access control.

Explore in-depth IoT device security, including hardware hacks, forensic approaches, and exploitation techniques for routers, IP cameras, and smart TVs. Learn practical skills for conducting your own device hacking.

Electromagnetic fault injection attack on Trezor Bitcoin wallet revealed, allowing seed extraction without physical tampering. Implications for embedded USB stacks and cryptocurrency security explored.

Explore non-invasive electrical glitching techniques to bypass software protections and create exploitable conditions in target devices, including clock and voltage manipulation methods.

Explore Tamagotchi hacking techniques, code execution, and microcontroller internals. Uncover virtual pet secrets and discover innovative projects using modified Tamagotchis in this engaging presentation.

Explore mobile hacking and forensics techniques using BeagleBoard. Learn platform selection, OS building, compilation methods, and hardware accessories for on-the-go security operations.

GreatFET: An improved open-source hardware hacking tool with enhanced features, better maintainability, and cost-effective manufacturing, replacing the popular GoodFET project.

Explore the process of exploiting vulnerabilities in the Nintendo Switch's security coprocessor, leading to arbitrary code execution at the highest security level.

Discover how to use Arduino Yun for IoT projects, including teaching a dog to send selfies via text, in this engaging presentation on hardware hacking for web developers.