
Explore programmable logic and FPGA technology through tutorials covering implementation, troubleshooting, JTAG, comparison with microcontrollers, demo boards, and PCB layout.

Explore hardware hacking fundamentals, fields, and affordable entry points. Learn about electronics, UART, JTAG, and car hacking with practical tips and resources for beginners.

Introduction to hardware hacking for web and mobile security professionals, covering essential tools, techniques, and protocols like UART, SPI, and JTAG. Hands-on examples and practical insights for beginners.

Explore non-intrusive power debugging using JTAG, offering insights into monitoring key power indicators without altering use-case profiles. Includes demo of a "power dashboard" application.

Explore Apple's Lightning protocol, learn iPhone JTAGging techniques, and discover fuzzing methods for potential vulnerabilities and profit.

Explore Serberus: a versatile, multi-port hardware hacking tool with 4 channels for simultaneous UART, JTAG, SPI, I2C, and SWD interfaces. Features level shifting and open-source design for easy target connectivity.

Explore a step-by-step guide for developing a fully functional Linux system, from hardware design to userspace tools, emphasizing debugging strategies and system bringup techniques.

Comprehensive seminar on Arduino debugging techniques, covering JTAG, debug probes, tracing, and practical workflows for effective hardware-level troubleshooting and development.

Explore EXPLIoT, an open-source framework for IoT security testing. Learn how it addresses challenges in IoT assessments, automates tasks, and supports various protocols and technologies.

Learn essential hardware hacking techniques focusing on Serial and JTAG interfaces. Explore embedded devices, TTL signaling, and tools like OpenOCD for effective device communication and manipulation.

Explore advanced OpenOCD applications beyond debugging, including boundary scan testing, hardware troubleshooting, and reverse engineering techniques for embedded systems and firmware.

Explore cost-effective strategies to protect embedded devices from hardware attacks. Learn about common vulnerabilities, defense mechanisms, and design decisions for optimal security in IoT and industrial control systems.

Explore essential hardware and software tools for IoT security assessment, covering interfaces, analysis techniques, and skill-building for embedded device evaluation.

Explore cheap hardware attacks on embedded devices and industrial control systems, including privilege escalation, kernel patching, and wireless control of PLCs. Learn about design decisions to reduce vulnerabilities.

Explore JTAG debugging interfaces, learn about data registers, state machines, and protection mechanisms. Hands-on demonstrations with various devices and UART scanning techniques.

Explore IoT device reversing techniques, from software analysis to hardware exploitation, using tools like JTAG, Arduino Zero, and OpenOCD for embedded system security.

Explore embedded device security through reverse engineering and exploitation techniques, covering software analysis, hardware examination, and practical debugging methods.

Dive into hardware hacking techniques for extracting firmware and generating Software Bill of Materials (SBOM) from a WiFi router, exploring vulnerability discovery through practical disassembly methods.

Dive into advanced hardware hacking techniques to exploit Apple's ACE3 USB-C controller, using reverse engineering, side-channel analysis, and fault injection to gain code execution access on iPhone 15.