
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.

Explore Android Things to build a Reptilian-detecting machine using Raspberry Pi, Arduino, and machine learning. Learn to interact with physical components through specific APIs.

Learn to connect and control an LCD1602 display with Raspberry Pi using I2C. Covers setup, configuration, wiring, library installation, and programming to display text on the LCD.

Gain insights into DC-MHS subsystem design, exploring sideband signal implementations, FLEX_IO, I2C, and PESTI interfaces to optimize system architecture and reduce complexity.

Explore how post-quantum cryptography's larger signatures affect I2C interfaces in server management, and discover potential industry solutions for SPDM implementation challenges.

Explore smartphone internals by booting Apache NuttX RTOS on PINE64 PinePhone. Learn about LCD displays, touch panels, USB controllers, LTE modems, and more. Discover new ways to create apps using LVGL, Zig, and WebAssembly.

Learn to start a new Zephyr project from scratch, covering topics like HTTPS, timers, direct I2C access, and filesystem usage in this comprehensive guide to Zephyr development.

Explore wired and wireless IoT communication protocols, their characteristics, and real-world applications. Learn about UART, I2C, SPI, Bluetooth, WiFi, LoRaWAN, and more for effective IoT system design.

Explore Arduino Alvik: a tiny, dual-processor robot with advanced sensors. Learn MicroPython and C++ programming, add servos and I2C devices. Ideal for makers and educators.

Learn to enhance DIY projects with displays: LCD, OLED, 7-segment, and more. Step-by-step guide for connecting to ESP32, configuring with ESPHome/Arduino, and displaying data from various sources.

Comprehensive guide to I2C and SPI protocols, covering implementation in both kernel and userspace for embedded systems developers and Linux enthusiasts.

Comprehensive exploration of motherboard design, covering components, power management, signal integrity, debugging, and industry standards. Ideal for hardware enthusiasts and engineers seeking in-depth knowledge.

Explore the latest improvements in DC-SCM 2.1 LTPI specification, covering reliability challenges, protocol enhancements, and future developments for data center server management interfaces.

Discover how to leverage WebAssembly for IoT development, control USB and I2C devices, and implement embedded device drivers while exploring performance implications and future possibilities.