
Explore PTXdist for embedded Linux development, covering package management, layering, and build system features for efficient and reproducible BSP creation.

Explore major U-Boot developments including Kconfig migration, UEFI support, and binman. Learn about minor enhancements in areas like IPv6, RISC-V, and device tree schema, concluding with a demonstration.

Explore recent improvements and future developments in Buildroot, a tool for building customized embedded Linux systems, used by major companies like Tesla and GoPro.

Customize CROPS containers easily with crops-generator, a Kconfig-based tool for creating derivative images with specific distributions, packages, and tools.

Explore Kismet static analyzer for detecting unmet dependencies in Kconfig, enhancing Linux kernel configurability and maintenance through automated build system analysis.

Discover how Zephyr revolutionizes system architecture for medical devices, improving collaboration and reducing risks through innovative technologies like Kconfig and Device tree.

Explore Zephyr's POSIX API implementation, covering new features, metrics, operability, and conformance status. Gain insights into future strategies and simplification of common use cases.

Learn Test-Driven Development for Zephyr RTOS applications, covering TDD basics, available frameworks, mocking dependencies, and a live demo with accelerometer and BLE devices.

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

Step-by-step guide for porting U-Boot and Linux to new ARM boards, covering architecture, configuration, device trees, and troubleshooting. Ideal for developers seeking practical insights.

Explore U-Boot's latest features for embedded systems, including driver model, Kconfig, logging, sandbox, EFI, and verified boot. Learn about recent advancements and future possibilities.

Explore Zephyr RTOS multibuild solutions for managing interdependent images, configurations, and build processes. Discuss challenges and potential approaches for upstream implementation.

Create a custom board definition for Zephyr RTOS projects, enhancing hardware compatibility and project-specific configurations.