
Explore recent advancements in Buildroot, a lightweight embedded Linux build system. Learn about new features, improvements, and their practical applications for developers and users.

Explore combining Debian's stability with Yocto/Bitbake's flexibility for embedded systems. Learn about meta-isar, meta-debian, and ELBE to leverage the strengths of both approaches in Linux-based projects.

Explore Buildroot's efficiency in simplifying embedded Linux development through a real-world project example, highlighting infrastructure, challenges, and future improvements.

Learn about a two-phase Android-style approach for embedded Linux OS upgrades using SWUpdate and Eclipse hawkBit. Includes a demo of orchestrated update rollout from a remote management service.

Navigating challenges with vendor-provided BSPs for embedded Linux systems: experiences, issues, and strategies for improving software development on System-on-Chip platforms.

Explore Asymmetric Multiprocessing in embedded Linux, focusing on Remote Processor Messaging and its implementation for multi-core communication in System on Chip designs.

Explore the complexities of cheap camera hardware in phones, including resolution switching, bit depth, and software support for auto-exposure, auto-gain, and auto-focus.

Explore board farm challenges and solutions for continuous integration in embedded systems. Discuss harmonizing efforts to create an open-source platform for automated testing and remote development.

Explore challenges of embedded cameras in Linux and learn about new open-source solutions. Discover how device vendors and developers can leverage the emerging camera stack for improved functionality.

Explore advanced Linux performance analysis tools for embedded devices, focusing on perf, LTTng, Hotspot, and TraceCompass. Learn to visualize data and add tracepoints to userspace applications.

Explore open-source software update solutions for embedded Linux devices, covering integration steps for SWupdate, Mender, aktualizr, and resin.io on custom boards using Yocto/OE-core.

Explore building industrial-grade embedded Linux platforms using open-source components. Learn about bootloaders, kernels, toolchains, and filesystems, with insights on selection, integration, and maintenance.

Explore cutting-edge topics in open source technology with expert keynotes on realtime systems, RISC-V processors, strategic challenges, and software transparency.

Explore techniques for optimizing boot time in embedded systems, balancing speed with security and functionality. Learn practical strategies for real-world implementation and hardware design.

Explore building embedded Linux systems using Clang, covering tools, dependencies, configurations, and challenges in this comprehensive technical overview.

Explore smart agriculture using embedded Linux systems for data collection, crop management, and optimized planting. Learn benefits and applications in addressing climate change impacts.

Explore mainline SoC support, integrate barebox bootloader into Yocto BSP, and configure atomic, redundant updates using RAUC for a maintainable embedded Linux system.

Explore power-safe atomic over-the-air updates for embedded Linux devices, focusing on OSTree system's resilience and Toradex Torizon platform's implementation for connected devices.

Discover techniques to accelerate Yocto Project builds using SSTATE, PRSERV, and HashSERV. Learn deployment options for single workspaces and shared setups in Automotive Grade Linux.

Explore the evolution of ALSA SoC sound card drivers, focusing on generic solutions like simple-card and audio-graph-card. Learn about their creation, features, and implementation in embedded Linux systems.

Explore Time-Sensitive Networking (TSN) features, standards, and implementations in embedded Linux, including hardware examples, benchmarks, and live demonstrations of audio/video use cases.