
Explore converting an RC car into an autonomous vehicle, covering electronics, sensors, AI, and computer vision. Compare with industry solutions and discuss challenges and ethical dilemmas.

Discover how hardware hacking techniques like power analysis and firmware reverse engineering can be used to repair a malfunctioning oven, saving it from becoming e-waste.

Explore electronic badge design, hacking, and real-world applications in cybersecurity competitions. Learn about challenges, scoring systems, and potential security implications.

Learn to design and build free hardware using Geda software. Explore the importance of freedom in hardware creation, discover tools and resources, and gain practical insights for successful projects.

Explore hardware hacking techniques using an RFID badge reader, covering circuit analysis, signal decoding, and practical Arduino-based projects for RFID spoofing and security research.

Explore electronic lockpicking games for locksport enthusiasts, enhancing skills and understanding of lock mechanisms through interactive digital simulations.

Explore DIY wireless sensor networks: design, build, and manage a resilient system for data collection and analysis, with practical insights on node placement and visualization.

Learn to repair electronic fans in challenging scenarios, with practical tips and techniques for troubleshooting and fixing common issues.

Learn about amateur radio: licensing, equipment, applications, and how to get started. Explore the world of ham radio and its diverse uses in technology, emergency services, and space communication.

Explore modulated light communication techniques, from historical Photophones to modern smartphone applications, covering DIY setups, commercial options, and potential security implications.

Explore RFID and tracking technologies in industry, focusing on privacy concerns, challenges, and best practices for implementing location tracking systems.

Explore the intersection of art and electronics through custom PCB design. Learn to create visually appealing circuit boards that enhance your projects while leveraging rapid manufacturing techniques.

Explore repurposing weather balloon radiosondes using open-source software and low-cost hardware. Learn to decode signals, track flights, and collect atmospheric data with SDR and Raspberry Pi.

Explore a decade of Open Hardware projects, from Arduino-based sleep monitoring to ESP32-powered LED matrices, showcasing innovative DIY solutions and their evolution.

Exploring WEMOS mini's for distributed actuators in immersive theatre: benefits, challenges, and lessons learned from FollyGames projects using various sensors and components.

Explore DIY electronics using household items. Learn to create resistors, capacitors, inductors, and diodes. Discover how to build a radio receiver without commercial components.

Explore ESP32 microcontroller challenges, focusing on memory management techniques and applications with Neopixels and RGB panels for efficient embedded system development.

Explore how Yarra Valley Tech School uses Donkey Cars to teach software and electronics, blending hands-on learning with cutting-edge technology in autonomous vehicles.

Explore alternative input methods for Linux desktops, including speech recognition, eye tracking, and foot pedals. Learn about ergonomic solutions for programmers seeking functionality and customization.

Explore secure and trusted boot in OpenBMC, covering hardware root of trust, TPMs, keys, and signing while preserving user freedom to replace firmware securely.

Explore hardware components, goals, and extensions for the Swagbadge, including microcontroller usage and Simple Add-Ons (SAOs). Learn about PCB sculpting and various badge enhancements.