
Learn to create an Arduino-based escape room puzzle that unlocks with a secret knock pattern. Covers hardware setup, code implementation, and customizable features for an interactive, engaging experience.

Learn to create custom electronic directional locks for escape rooms using Arduino, with demonstrations of themed designs and step-by-step instructions for wiring and coding.

Create an Arduino-based escape room puzzle where players blow out candles in sequence, using microphone sensors, LEDs, and sound effects. Learn hardware setup, wiring, and coding for this interactive medieval or spooky-themed challenge.

Learn to create an Arduino-based escape room puzzle inspired by "Keep Talking and Nobody Explodes." Build a memory game with color-changing LEDs, buttons, and displays, perfect for challenging players' coordination and cooperation.

Learn to create an Arduino-based escape room puzzle using analog inputs and outputs. Explore linear potentiometers, ammeters, ADC, and PWM to design unique player interactions and overcome technical challenges.

Explore how open-source hardware revolutionizes product development, accelerates prototyping, and fosters innovation. Learn from real-world examples and discover its impact on embedded device markets.

Explore open source hardware IoT with Raspberry Pi HATs. Learn design, development, and manufacturing challenges using free tools like KiCAD. Gain insights into technical specifications and getting started guidelines.

Explore the creation of a functional microcomputer using TTL chips, without a microprocessor. Learn about hardware design, software stack, and unique capabilities of the Gigatron project.

Explore the creation of a smart audio device using open-source technologies, blending hardware and software for innovative sound solutions.

Build a custom Raspberry Pi 5 keyboard computer inspired by the Amiga 500, featuring an internal SSD and full-size HDMI. Learn about materials, construction process, and component integration in this DIY project.

Discover the journey of creating open-source Raspberry Pi tablets, overcoming chipset shortages, and transforming projects into portable adventures with the CutiePi tablet running Ubuntu.

Explore Arduino Giga Display Shield's features: touchscreen, IMU, microphone, LED, and camera connector. Learn coding techniques and libraries for creating interactive projects and control panels.

Comprehensive comparison of cooling solutions for Raspberry Pi 5, featuring official case options and the GeeekPi heatsink case. Includes performance tests and practical insights for optimal temperature management.

Explore Arduino's journey, its open-source roots, and how it revolutionized electronics accessibility. Discover upcoming innovations bridging Arduino simplicity with embedded Linux for IoT projects.

Explore real-time clock subsystems, recent developments, and future directions. Learn about RTC features, challenges in timekeeping, and evolving API support for enhanced functionalities.

Explore cutting-edge open source hardware with Milkymist video synthesizers, pushing boundaries in digital visual art and live performance technology.

Learn to build and use Ubertooth One, a low-cost device for Bluetooth sniffing and wireless security research. Explore open source hardware for 2.4 GHz wireless development and experimentation.

Learn to build an affordable, open-source 3D space mouse using Arduino and 3D printing. Explore the assembly process, wiring, programming, and usage of this DIY alternative to expensive commercial options.

Learn to build a miniature Macintosh Quadra 700 using a Raspberry Pi and 3D printing. This DIY project combines retro computing with modern technology, offering a unique and nostalgic experience.

Comprehensive tutorial series on Raspberry Pi, covering basics to advanced projects. Learn Linux, Python, GPIO, sensors, camera usage, OpenCV, and TensorFlow for hands-on IoT and computer vision applications.

Revive rotary phones with Raspberry Pi-powered exchange system. Learn to build, program, and enhance this open-source project that mimics global telephone setups, offering unique advantages and nostalgic experiences.