
Explore connecting simple devices to Linux systems, from Arduino to character LCDs. Learn about userspace drivers, hardware descriptions, and device tree overlays for safe device integration.

Comprehensive seminar on Arduino debugging techniques, covering JTAG, debug probes, tracing, and practical workflows for effective hardware-level troubleshooting and development.

Learn to create an "X-Ray Scanner" prop for escape rooms using RFID technology, ESP32 microcontroller, and media player. Covers hardware setup, wiring, coding, and testing for a unique interactive experience.

Explore Arduino Giga Display Shield's features: touchscreen, IMU, microphone, LED, and camera connector. Learn coding techniques and libraries for creating interactive projects and control panels.

Explore Zephyr's rapid growth, key features, and IoT ecosystem integration. Learn about LTS transitions and future prospects for Linux-Zephyr interoperability in various applications.

Explore reinforcement learning to train an AI agent to swing up a real pendulum using Arduino, Python frameworks, and ESP32 deployment, with practical demonstrations and troubleshooting tips.

Explore Apache Mynewt, an open-source initiative for constrained IoT devices. Learn about its RTOS, networking stacks, image management, and modularity features for efficient embedded development.

Explore Flow Based Programming for IoT, addressing dynamic environments and concurrent I/O. Learn how this approach simplifies development and scales to microcontrollers using Soletta Project.

Explore JerryScript, an ultra-lightweight JavaScript engine for IoT devices. Learn about its optimizations, architecture, and real-world applications in resource-constrained environments.

Explore system configuration improvements for Zephyr, focusing on vendor-neutral mechanisms for conveying information on constrained devices and discussing necessary changes and progress.

Explore JavaScript development on Zephyr OS using JerryScript-based runtime. Learn about API access, rapid development, and implementation on resource-constrained devices like Arduino 101.

Explore open-source development for ESP8266 microcontrollers and Azure cloud integration, focusing on IoT applications, mesh networking, and edge computing solutions.

Explores IoT's future beyond Linux, discussing alternative approaches and criteria for choosing operating systems in embedded devices. Highlights ecosystem benefits and real-world examples.

Reflection on Zephyr Project's first year, achievements, and future plans. Discusses technical challenges, roadmap, and ecosystem growth for this open-source real-time operating system.

Exploring Linux system constraints for deterministic task control within real-time-ish limits. Discusses kernel configurations, code comparisons, and alternative approaches for achieving near real-time performance on standard Linux systems.

Explore community-driven OTA updates for Zephyr and microcontrollers, highlighting flexibility, open-source collaboration, and implementation across platforms like ESP32 and STM32.

Explore distributed embedded systems using Zephyr, focusing on micro-services, Pigweed's RPC implementation, and proto API boundaries. Learn modular design benefits for testing and parallel development.

Explore Blues' innovative cellular IoT solutions, enabling secure and affordable global connectivity for any device. Learn about the Notecard's versatility and ease of use for developers.

Explore Zephyr's contribution process, comparing it with Linux and U-boot. Learn guidelines, tips, and insights for efficient patch submission in this growing RTOS community.

Explore the latest developments and applications of the Zephyr real-time operating system in this comprehensive summit featuring expert presentations and discussions.

Learn to create your own smart home system using free, open-source software. Explore practical demonstrations and step-by-step guidance for implementing DIY solutions.