
Explores practical approaches to address Open Source security in connected devices, focusing on benefits and pitfalls of the Open Source model in production environments.

Explore key considerations for deploying software updates to connected devices, focusing on security, integrity, and best practices for IoT environments.

Explore LininoOS, LininoIO, and ArduinoOS: an integrated ecosystem for IoT development combining Linux and microcontrollers. Learn about package management, GPIO control, and graphical interfaces for embedded systems.

Explore U-Boot's evolution, unified environment, EFI support, CI testing, and ongoing developments. Learn to leverage these features and contribute to the project's advancement.

Explore Industrial I/O subsystem driver development, userspace HALs, and sensor functionality. Learn about iio channels, triggers, and ring buffers through in-depth API overview and practical demos.

Explore building embedded Debian systems with Isar, combining bitbake's layered approach and Debian's maturity. Learn workflows, customizations, and insights from real-world implementation experiences.

Learn to build an experimental drone platform from scratch, covering requirements, architecture, component selection, and debugging. Gain hands-on experience in robotics and explore related topics like motors, electronics, and radios.

Explore distributed testing with Fuego and LAVA, combining tools for broader coverage across multiple sites. Learn integration techniques, infrastructure setup, and future developments in embedded Linux testing.

Learn to build your own Amazon Echo-compatible device using embedded Linux, exploring voice recognition, AVS integration, and skills interface for custom voice-controlled applications.

Explore device tree integration in Zephyr for simplified board configuration and device initialization. Learn about changes, impacts, and future improvements in system configuration for constrained devices.

Explore challenges and solutions for integrating legacy drivers and RTOS applications with Linux, focusing on exporting virtual memory as dmabuf for efficient buffer sharing across drivers.

Learn to create reproducible Debian-based firmware images for embedded ARM platforms using ELBE, covering image generation, customization, and integration of proprietary software.

Explore cryptographic system protection on ARM processors, from bootloader to root file system. Learn about FOSS components, implementation challenges, and lessons from a large-scale project.

Learn to create reproducible and maintainable embedded Linux environments using Poky and Deby. Explore long-term support strategies, source code management, and practical techniques for industrial-grade systems.

Explore EFL, a UI toolkit for embedded systems offering stable API, efficiency, and versatility. Learn its features, concepts, and applications in various devices and platforms.

Explore recent Linux kernel developments for embedded systems, covering boot time, size, realtime, power management, and security. Gain insights into market successes and ongoing challenges.

Explore IoT security challenges and solutions with Zephyr, focusing on NXP Semiconductor's approach to safeguarding connected devices in the evolving digital landscape.

Explore GPIO subsystem changes, including descriptor refactoring, open drain support, and new userspace character device ABI. Learn about hardware descriptions, industrial control applications, and future directions.

Explore NAND framework modernization, addressing limitations, and proposing solutions for improved code factorization and feature support in Linux embedded systems.

Create your custom Linux development board, learning low-level electronics and boot processes. Discover cost-effective solutions for tailored features, enhancing your understanding of Linux hardware integration.

Explore ARM system booting, uEFI, and firmware interactions. Learn how layered abstractions simplify distribution challenges and enable convergence of Enterprise and Embedded markets.