
Explore Arduino applications and unconventional topics like Morgellons, blending technology and fringe science in this intriguing presentation from PhreakNIC 12.

Explore hardware hacking techniques using an RFID badge reader, covering circuit analysis, signal decoding, and practical Arduino-based projects for RFID spoofing and security research.

Explore APRS network hacking using affordable methods. Learn about packet radio history, applications, hardware options, and open-source software for building low-cost APRS trackers.

Remote access solution for secure, auditable, and high-performance control of air-gapped systems. Innovative approach using Arduino and thin clients to bridge security gaps in sensitive environments.

Learn to create a smart home system using Arduino boards and JavaScript to control windows for optimal temperature and humidity, enhancing your living space with DIY automation.

Explore IoT applications using Microsoft Bands, Arduino, and Nitrogen.io. Learn about cloud computing and smart home technologies from Microsoft's Architect Evangelist.

Explore a decade of Open Hardware projects, from Arduino-based sleep monitoring to ESP32-powered LED matrices, showcasing innovative DIY solutions and their evolution.

Explore designing an open-source IoT energy monitoring system with Linux, focusing on security, privacy, and user control. Learn about hardware evolution and software implementation.

Explore building affordable, customized input devices using open-source tech to empower individuals with disabilities, enhancing computer interaction and environmental control.

Explore the development of an IoT sensor network for civic use, covering technical, commercial, and social aspects. Learn about LoRaWAN, Arduino, and open-source tools for community-driven projects.

Explore MicroROS capabilities for integrating advanced robotics with affordable microcontrollers, bridging the gap between high-end software and low-cost hardware in open-source robotics.

Explore PYNQ: Python-based platform integrating microprocessors, microcontrollers, and FPGAs. Learn to leverage programmable system-on-chips for embedded development using familiar Python ecosystem and Jupyter notebooks.

Esplora l'integrazione tra Python e Arduino per creare progetti interattivi, combinando la potenza del linguaggio di programmazione con le capacità hardware della piattaforma elettronica.

Explore Arduino-AngularJS integration for real-time robotic interfaces. Learn to build interactive systems combining hardware sensors with web technologies for innovative human-computer interaction.

Explore TinyGo: Run Go on microcontrollers like Arduino. Learn about this miniature Go version using LLVM compiler, enabling native code on small devices. Includes live coding demos of flying objects!

Explore prototyping black box devices using JavaScript, Node.js, Beagleboards, and Arduinos. Learn basics, real-world applications, and interactive demos for innovative hardware development.

Explore Arduino and Johnny-five to create simple robots that roll, light up, and interact using JavaScript and affordable components. Discover the ease of hardware tinkering.

Explore creating accessible real-life objects using JavaScript and IoT principles, enhancing information availability for all, regardless of disability or financial status.

Explore gesture recognition using JavaScript, Arduino, and machine learning to create intuitive human-technology interactions. Learn to build a simple system for smarter, more natural interfaces.

Explore machine learning and wearable tech to create socially-responsive LED fashion, blending introversion with interactive art using JavaScript and tiny computers.

Learn to create an obstacle-avoiding robot using Rust and Arduino, exploring no-std Rust programming for embedded systems in this hands-on tutorial.