| Learn how to build AI powered mobile apps and IoT projects with MIT App Inventor, Raspberry Pi, Arduino, and ESP32 using visual programming.
| Learn how to build AI powered mobile apps and IoT projects with MIT App Inventor, Raspberry Pi, Arduino, and ESP32 using visual programming.
| Online music collaboration is difficult due to latency, and common platforms fall short. This audio latency measurement project features an...
| Explore a curated selection of audio electronics projects, from classic amplifiers to Raspberry Pi-based designs in Elektor’s Audio Collecti...
| Secure communication is essential in modern embedded systems, particularly in distributed and IoT applications. This article presents a prac...
| The EasyGimbal is an AI-powered “robot cameraperson” that tracks a subject using computer vision. A camera sits on a 3D-printed gimbal with...
| What happens when a classic Nixie clock design runs out of I/O? This GPS-synchronized Nixie clock project shows how smart component choices...
| To weigh large items like bicycles or suitcases, standard scales are often impractical. This solution uses up to four small scales that tran...
| TI edge AI MCUs are TI’s latest attempt to push neural acceleration into much smaller embedded systems, not just bigger SoCs and Linux-class...
| Microchip Curiosity and Curiosity Nano starter kits are two families of boards for quick starts with microcontrollers (PIC/AVR etc.), but th...
| The 2026 Embedded and AI edition of Elektor is now available. Inside, you’ll find innovative design projects and helpful tutorials spanning...