Jtagulator - Assisted Discovery of On-Chip Debug Interfaces
Explore on-chip debug interfaces and JTAG architecture with JTAGulator, a hardware tool for identifying and accessing embedded systems' debug ports.
Single Chip Microcontrollers Beyond Arduino
Explore advanced microcontroller programming beyond Arduino, delving into sophisticated single-chip solutions for enhanced embedded system development and hardware control.
Scrutinizing WPA2 Password Generating Algorithms in Wireless Routers
Scrutinizing WPA2 password generation algorithms in wireless routers, revealing vulnerabilities, backdoors, and security flaws in various router brands. Highlights methods for obtaining firmware and exploiting weaknesses.
IoT on Easy Mode - Reversing Embedded Devices
Explore IoT device reversing techniques, from software analysis to hardware exploitation, using tools like JTAG, Arduino Zero, and OpenOCD for embedded system security.
Finding the Needle in the Hardware Haystack - Identifying and Exploiting Vulnerabilities
Explore hardware reverse engineering for embedded systems security. Learn techniques to identify vulnerabilities, assess risks, and develop a structured testing process for comprehensive device security analysis.
Reversing and Exploiting Embedded Devices - Walking the Software and Hardware Stack
Explore techniques for reversing and exploiting embedded devices, covering both software and hardware aspects to enhance security understanding and penetration testing skills.
Reversing and Exploiting Embedded Devices - Walking the Software and Hardware Stack
Explore embedded device security through reverse engineering and exploitation techniques, covering software analysis, hardware examination, and practical debugging methods.
Demonstrating the HRES Process
Explore embedded device security, network pin tests, and hardware research. Learn about firmware analysis, intelligence gathering, and lateral movement in IoT systems.
Embedding Security in Embedded Systems
Explore embedded system security challenges in IoT devices, from cameras to smart buildings. Learn about vulnerabilities, coordinated disclosure, and best practices for securing interconnected systems.
Extracting an ELF from an ESP32
Learn techniques for extracting ELF files from ESP32 microcontrollers, exploring firmware analysis and reverse engineering in embedded systems security.
Security Cryptography Implementations in Embedded Systems - Part 2
Explore advanced cryptographic implementations for embedded systems, focusing on security challenges and practical solutions in resource-constrained environments.
Securing Cryptography Implementations in Embedded Systems - Part I
Learn techniques for protecting cryptographic implementations in embedded systems against side-channel attacks and fault injections.
CHES 2018 Rump Session
Cryptographic hardware and embedded systems experts present cutting-edge research and innovations in a rapid-fire format, covering diverse topics in security and cryptography.
Monotron - A 1980s Style Home Computer Written in Rust
Explore building a retro-style computer using Rust, covering VGA output, PS/2 keyboard input, audio generation, and embedded systems challenges on modern hardware.
Better Embedded Library Interfaces with Modern C++
Explore modern C++ features to create safer, user-friendly embedded library interfaces without sacrificing efficiency. Learn to apply namespaces, enums, overloading, and templates in embedded systems.
Safer C++ - MISRA-C++ - 202X Rules and Beyond
Explore safer C++ practices for critical systems, focusing on MISRA-C++:202x rules and beyond. Learn to mitigate risks, enhance portability, and implement robust design principles in automotive software development.
C++ in the World of Embedded Systems
Explore C++ applications in embedded systems, focusing on modern features, frameworks, and design techniques for resource-constrained environments. Learn about potential benefits and limitations.
A Year in a Rainforest - Engineering for Survival
Explore engineering techniques for creating resilient programs that run indefinitely in remote environments, focusing on practical coding strategies to ensure longevity and reliability.
Neotron - Writing a Single-Tasking 'DOS' for Arm Microcontrollers, in Rust
Explore the development of Neotron OS, a single-tasking 'DOS' for Arm microcontrollers using Rust. Learn about OS history and the unique aspects of this embedded system project.
The Genius of RISC-V Microprocessors
Explore RISC-V's revolutionary design, its advantages over x86 and ARM, and its impact on embedded systems, high-performance computing, and machine learning hardware.
Level Up Your Debugging Workflow with CMake Presets, Disassembly View, & GitHub Actions
Enhance debugging workflow using CMake Presets, remote debugging, and CI pipelines. Learn to optimize embedded projects on Raspberry Pi with Visual Studio Code and GitHub Codespaces.