
Explore the evolution and current state of Linux GPIO's user API, focusing on its development, functionality, and practical applications in embedded systems.

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.

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.

Explore Arduino IoT Cloud's 2024 features, build projects with Uno R4 WiFi and ESP32 DevKit boards, and learn about cloud variables, dashboards, and triggers in this comprehensive guide.

Comprehensive exploration of Arduino Alvik's capabilities, from unboxing to advanced programming. Covers MicroPython coding, movement control, line following, and color detection for robotics enthusiasts.

Learn to create an escape room puzzle using illuminated arcade buttons, Arduino coding, and strategic timing. Covers hardware setup, wiring, and programming for an engaging interactive challenge.

Build a DIY rain gauge using Raspberry Pi Pico, 3D-printed parts, and simple electronics. Learn hardware assembly, design principles, coding, and real-world testing for accurate rainfall measurement.

Comprehensive tutorial on installing Arduino libraries, covering different methods and IDE versions. Includes practical demonstrations and tips for both beginners and experienced users.

Learn to build a unique LED matrix display using ESP32 and Zephyr, exploring soldering, 3D printing, Wi-Fi/BLE connectivity, and image display techniques. Ideal for hardware enthusiasts and beginners alike.

Comprehensive guide to GPIO for Arduino and ESP projects, covering digital/analog I/O, logic levels, resistors, PWM, ADC, high current applications, and port expanders with practical examples.

Explore open-source home automation solutions, from sensors to image processing, balancing comfort, openness, and usability in smart home projects.

Explore the potential of a generic Linux driver for MCU-MPU connections, enhancing hardware integration and streamlining development processes.

Explore low-level protocol fuzzing for secure microcontrollers, uncovering vulnerabilities in BootROM USB drivers. Learn about a custom fuzzing framework for SPI, I2C, USB, and UART, and its application in hardware security research.

Explore embedded microcontrollers in modern devices, focusing on the Surface Aggregator Module. Learn about security, firmware updates, and potential hardware implants in this deep dive into low-level system architecture.

Explore MicroPython: efficient Python 3 for microcontrollers. Learn about its features, hardware, and diverse applications in IoT, education, and space technology.

Explore software-defined radio signal processing using affordable microcontrollers. Learn hardware architecture, signal processing techniques, and practical applications for digital communications and RF hacking.

Explore hardware security, tamper protection, and building trustworthy electronics. Learn about microcontroller selection, noise sources, and auditable design techniques for enhanced security.

Explore hardware hacking of a Bluetooth smartlock, from circuit board analysis to exploit development, covering electronics basics, reverse engineering, and mobile app vulnerabilities.

System-in-Package technology simplifies Linux computer building, integrating processors, memory, and power in one package. Learn how it reduces hardware and software complexity, enabling custom designs for various applications.

Explore software-defined radio signal processing using a 5 microcontroller, covering hardware, architecture, operating systems, and advanced signal processing techniques.

Detailed exploration of extracting ELF files from ESP32 firmware images, covering binary format analysis, conversion processes, and tools for reverse engineering IoT device firmware.