
Explore Zephyr's support for hobbyist-friendly open-source hardware, focusing on Arduino UNO R4, Raspberry Pi Pico, and RISC-V boards. Learn about PIO features, shield compatibility, and ArduinoCore integration.

Explore innovative display virtualization technology for flexible in-vehicle UI/UX development across multiple screens, reducing costs and enabling continuous upgrades to meet evolving customer preferences.

Explore Zephyr's journey as a leading RTOS, its adoption of security best practices, and its pursuit of safety certification. Learn about the project's unique approaches and lessons learned in open-source development.

Explore Xenomai's co-kernel architecture for mission-critical deterministic systems, its applications, kernel and hardware support, maintenance, and system creation process.

Explores applying DevOps principles to cyber-physical safety-critical systems in highly regulated environments, addressing challenges and approaches for ensuring traceability, reliability, and safety.

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 privacy-preserving techniques in federated learning, focusing on data protection and collaborative model training across distributed datasets.

Learn to integrate MQTT devices into Home Assistant, covering sensors, switches, and lights. Gain practical skills to add various MQTT devices and better understand official documentation.

Explore how RISC-V and open-source hardware are transforming chip design economics for IoT, edge computing, and AI applications, revolutionizing the semiconductor industry.

Explore unikernelized real-time Linux for IoT applications, focusing on performance optimization and resource efficiency in embedded systems.

Explore real-time safety in Linux through expert panel discussion, covering strategies, standards, certification, and hardware considerations for critical systems.

Explore the current state and future developments of the Preempt RT real-time Linux kernel patch set with insights from a leading developer.

Explore Linux container techniques for seamless IoT and embedded systems development, featuring the open-source Rebuild framework for efficient environment management and workflow optimization.

Expert panel discussion on Linux kernel development, featuring insights from leading developers on various aspects of kernel maintenance and innovation.

Insights on implementing Linux for large-scale in-vehicle infotainment systems, covering challenges, solutions, and best practices in automotive software development.

Explore insights on Linux IVI platform creation, large-scale OEM development challenges, and automation strategies for efficient software development in the automotive industry.

Explore China Unicom's journey in network re-architecture using open source SDN/NFV/Cloud, including their vision, activities, challenges, and lessons learned from implementing ONOS/CORD and OPNFV projects.

Explore China Mobile's vision for network transformation, 5G implementation, and open source practices in telecom innovation, presented by industry expert Xiaodong Duan.

Explore Linux software update technologies, comparing their strengths and weaknesses for embedded systems. Dive into use cases driving requirements for these mechanisms.

Insights on developing with an outdated Linux kernel, exploring challenges, unexpected benefits, and lessons learned from working with a 2.6.28 kernel in modern times.

Comprehensive guide for integrating ARM64 SoC support into the Linux kernel, covering essential steps, ARM64-specific requirements, and updates for both ARM32 and ARM64 architectures.