
Hands-on tutorial for developing presence detection applications using STHS34PF80 sensor, InfraredPD library, and X-Cube-MEMS1 expansion package on STM32 microcontrollers.

Learn to build and operate a BrachioGraph, the cheapest robot drawing arm. Covers assembly, wiring, software setup, and creating art using Raspberry Pi and Python. Ideal for DIY enthusiasts and aspiring roboticists.

Explore challenges and solutions in developing an ESP32 IoT expansion board for Apple II, focusing on dual port memory and Linux-based tools.

Learn to add battery charging and fuel gauging to nRF52 projects using nPM1300. Covers hardware setup, GUI usage, SDK integration, battery profiling, and fuel gauge implementation.

Explore and compare three budget-friendly Arduino alternatives, examining their features, programming ease, and Arduino IDE compatibility. Discover affordable microcontroller options for your projects.

Learn to build and control a robot arm using .NET 8, Raspberry Pi, Blazor, and SignalR. Explore GPIO control, servo movement, remote operation via Blazor app, and VR interaction with Oculus Quest 2.

Explore arcade game vulnerabilities and hacking techniques in this engaging talk on security flaws in gaming systems, offering insights for both enthusiasts and security professionals.

Explore techniques for developing reusable, high-performance DSP modules across platforms. Learn to overcome challenges in creating versatile audio processing algorithms for various applications.

Explore embedded audio programming concepts for digital synthesizers and guitar pedals using the Daisy platform. Learn about MIDI, DMA, serial audio interfaces, and GPIO.

Explore an alternative approach to embedded programming for real-time and audio systems using reactive structures and microcontroller hardware for predictable scheduling.

Program a microcontroller to recognize and count sports movements using a Time-of-Flight sensor and NanoEdge AI Studio. Explore AI integration for embedded systems with STM32 microcontrollers.

Explore the youyeetoo X1 SBC: unboxing, features, and performance testing of this versatile x86 single board computer with Windows 11 pre-installed.

Explore Apple's USB-C controller vulnerabilities and hacking techniques with expert Thomas Roth in this cutting-edge cybersecurity presentation.

Explore innovative peripheral self-testing techniques for embedded systems in this RIOT Summit presentation on "The Peripheral Selftesting Shield".

Explore MnemOS, a novel operating system for embedded devices, and its potential impact on IoT development and resource-constrained environments.

Explore reverse engineering of ESP32 Wi-Fi hardware to create an open-source networking stack, enhancing security, features, and research possibilities.

Explore machine learning on ESP32: object detection, image recognition, keyword spotting, time series data, and LLMs. Learn to implement AI using EdgeImpulse and Google TensorFlow Lite for Microcontrollers.

Explore how to capture Game Boy footage using an adapter cartridge that analyzes the memory bus, reconstructs game state, and streams video in real-time without modifying original hardware.

Explore RPA, TDD, and embedded systems integration using Robot Framework and Python. Learn to maximize testing potential in microcontroller environments through practical examples.

Learn to create a DIY audio guestbook for weddings using a Teensy microcontroller and old telephone. Covers hardware setup, programming, and audio processing for a unique, cost-effective alternative to expensive rentals.

Explore cutting-edge embedded Rust development featuring async programming, actor-based designs, networking stacks, and IoT capabilities through practical demonstrations and real-world applications.