
Explore LPWAN technologies supported by Zephyr, comparing their advantages and trade-offs for power, range, and reachability. Learn to choose the best option for your IoT project.

Discover Zephyr's potential in automotive applications, exploring integration challenges, compatibility with industry standards, and opportunities for wider adoption in vehicle software development.

Discover how IoT integration can enhance enterprise technology, debunk common myths, and explore practical applications through a comprehensive demo and architecture diagrams.

Explore the convergence of AI and IoT, examining real-world applications, security challenges, and future implications for technology and workforce.

Explore MLOps at the edge: benefits, challenges, and real-world applications. Learn about edge computing's advantages over cloud and its synergy with AI and cloud technologies.

Explore building a Mac 128K emulator using Raspberry Pi Pico with Ron McAdams' Pico Micro Mac board. Learn setup, usage, and potential of this compact retro computing project.

Explore a new HDMI output system for Apple //e, featuring split design, Pico-based bus card, and external graphics processing. Learn about enhanced capabilities and cost-effective alternatives.

Explore RPi Pico-based Apple II peripheral cards, comparing designs and featuring a live demo of the A2retroNET prototype.

Explore a novel framework for implementing and validating rate-based message passing systems in IoT domains using session types, ensuring rate error freedom and type preservation.

Explore a decentralized data platform for controlling and filtering data across sites using P2P networks, HTTP, and web technologies. Learn about open-source libraries in the Erlang ecosystem.

Explore e-Paper displays with Arduino and Raspberry Pi. Learn how they work, see demos, code in Python, and discover PaperPi for codeless information panels.

Explore Raspberry Pi autofocus camera and libcamera for capturing images, videos, and streaming. Learn installation, usage, and compare quality with other Pi cameras.

Explore electromyography with the MyoWare muscle sensor, including safety precautions, Arduino integration, and a robot arm control experiment. Learn about EMG technology and its potential applications.

Explore waterproof ultrasonic distance sensors JSN-SR04T and A02YYUW. Learn their functionality, Arduino integration, and performance in outdoor and underwater conditions.

Explore radio control principles, Arduino integration, and build a robot car with dual modes. Learn to use Flysky FS-I6X and iBus interface for enhanced control and functionality.

Explore Arduino IoT Cloud: Build custom IoT devices with Arduino and ESP32. Learn setup, create dashboards, integrate sensors, and develop multi-device projects in this hands-on tutorial.

Explore GPS functionality with Arduino and Raspberry Pi, from basic operations to building a position logger. Learn about satellite systems and practical applications in DIY projects.

Explore the Arduino Nano RP2040 Connect's advanced features, including WiFi, Bluetooth, IMU with machine learning, and MEMS microphone through hands-on experiments and practical demonstrations.

Explore Arduino Nano 33 IoT's advanced features: WiFi, Bluetooth, RTC, and IMU. Learn setup, connectivity, and sensor integration for IoT projects through hands-on demonstrations.

Learn CircuitPython on Raspberry Pi Pico: Create keyboard and mouse emulators, work with microSD cards, and control RGB LEDs. Hands-on projects for beginners using MU Editor and Adafruit libraries.

Explore Raspberry Pi Pico's capabilities through hands-on experiments with LEDs, switches, analog inputs, OLED displays, and motors using MicroPython. Learn soldering, setup, and practical coding techniques.