
Explore the evolution of hardware video codecs in Linux, covering driver interfaces, encoding formats, and future developments for embedded systems and various applications.

Explore open-source tools for designing, generating, and visualizing Zephyr applications on custom platforms using Renode simulator and Visual System Designer, enabling rapid product development with automatic testing.

Explore techniques for optimizing Linux boot process in automotive applications, focusing on multi-threaded bootloaders, kernel tuning, and driver optimization to meet stringent time requirements.

Explore advancements in Zephyr's device model, including lifecycle management, dependency handling, and error resolution. Learn about current improvements and future plans for this crucial component.

Panel discussion on the future of real-time Linux kernel, exploring its current state, ongoing developments, and potential applications in safety-critical systems.

Explore Zephyr's security evolution through vulnerability analysis and external audit findings. Gain practical insights to enhance embedded system security in your projects.

Explore the development of Flexboard, a mechanical keyboard running Zephyr OS. Learn about customizing firmware, LED control, dynamic keymap reloading, and extending USB functionality for enhanced configuration.

Explore the evolution of space-bound hardware, from core memory to ARM SoCs and real-time Linux. Learn about commodity hardware in space exploration and confidential computing's role in securing data beyond Earth.

Explore the process of adding support for a new board in Zephyr, from toolchain integration to patch acceptance. Learn best practices for code organization, documentation, and community interaction.

Demystifying Zephyr's Kconfigs and Devicetree for RTOS engineers. Learn how these tools simplify development, with practical examples and comparisons to familiar concepts.

Discover a systematic approach to effectively test device drivers using memory-mapped registers, overcoming challenges in low-level hardware interactions and improving overall driver reliability.

Explore long-term Linux kernel usage for embedded systems, discussing LTS versions, industry-community collaboration, and LTSI release plans with insights from a Linux Foundation board member.

Explore mainlining efforts for Nexus devices, including challenges, lessons learned, and tips for community participation in board support development.

Explore BeagleBoard.org's involvement in Google Summer of Code, highlighting past student projects and their impact on open-source development in embedded systems and hardware.

Explore Linux's role in embedded systems, focusing on simplifying development, accelerating time-to-market, and enhancing security. Learn about quality-engineered OS components and advanced tooling for diverse platforms.

Explore IoTivity-Constrained's architecture and features for implementing OCF IoT standards on resource-limited devices, including integration with real-time operating systems and adaptation for Zephyr RTOS.

Explore RIOT, an open-source OS for IoT devices with limited resources. Learn its architecture, design choices, and community-driven development process for efficient IoT solutions.

Explore Bluetooth-based IoT solutions using Zephyr OS, covering stack implementation, IPv6 integration, application development, and future prospects like Bluetooth Mesh.

Explore connected car opportunities, security risks, and best practices for over-the-air updates. Learn from real-world examples like Tesla's OTA updates and the Jeep Cherokee hack.

Explore recent developments, ongoing projects, and future plans for Video4Linux kernel subsystem and HDMI CEC support, including new drivers and core activities.

Explore advanced CI techniques for maintaining regression-free Zephyr applications across multiple SoCs, ensuring low technical debt while adapting to rapid upstream changes in this emerging RTOS.