
Discover strategies for upstreaming legacy Linux platforms, overcoming challenges, and reaping long-term benefits. Learn practical tips for efficient upstream work and community engagement.

Explore methodologies for debugging real-time performance issues in Linux systems, including latency tracing, instrumentation techniques, and dynamic probing for embedded systems.

Explore kvmtool as a lightweight alternative to QEMU for KVM virtual machines. Learn its advantages, usage, and potential for production scenarios, with insights on resource efficiency and future developments.

Explore mainline Linux support for AmLogic SoCs, covering hardware architecture, upstream challenges, and future development plans for a complete upstream Linux kernel experience.

Reflection on Zephyr Project's first year, achievements, and future plans. Discusses technical challenges, roadmap, and ecosystem growth for this open-source real-time operating system.

Explore BeagleBoard.org's latest developments and future plans with key figures. Discuss user needs, common solutions, and advancements in embedded systems and open-source hardware.

Learn to create an IoT project using JavaScript and Node.js on a Raspberry Pi 2. Build a dancing monkey that responds to tweets, perfect for beginners and kids interested in hardware programming.

Explore challenges and approaches of using scripting languages in IoT development, comparing MicroPython and JerryScript projects for resource-constrained devices.

Explore a high-performance, configurable Bluetooth Low Energy 4.2 stack for MCU environments, offering granular options and flexibility for various use cases in resource-limited settings.

Explore IoT innovation through AWS's approach to easy experimentation, featuring insights on agile methodologies, continuous delivery, and tools for rapid device development.

Learn about Apache Mynewt's open-source bootloader for MCUs, covering design, fail-safe mechanisms, security features, and implementation across architectures. Gain insights into reliable firmware upgrades.

Explore challenges and solutions for running graphical applications in containers on ARM SOCs, focusing on X11 and Wayland, hardware acceleration, and security considerations for embedded systems.

Explore Linux MIPI DSI subsystem: overview of DRM, display interfaces, DSI controllers, panels, bridges, and GPU interactions. Insights on Allwinner MIPI DSI implementation with ARM Mali GPU.

Exploring Linux system constraints for deterministic task control within real-time-ish limits. Discusses kernel configurations, code comparisons, and alternative approaches for achieving near real-time performance on standard Linux systems.

Explore embedded Linux with Xenomai for 3D printer control, covering real-time processes, motion control, and challenges in implementing a complete printing system.

Explore BFQ I/O scheduler's benefits for embedded systems: improved responsiveness, low latency, and fairness. Includes demos and performance comparisons on real hardware.

Explore Arduino's journey, its open-source roots, and how it revolutionized electronics accessibility. Discover upcoming innovations bridging Arduino simplicity with embedded Linux for IoT projects.

Simplifying board farm setup for continuous integration in embedded Linux development. Explores motivations, challenges, and benefits of the "Lab in a Box" concept, with a demo of its implementation.

Explore OpenEmbedded/Yocto support for RISC-V architecture, covering current status, challenges, and essential package ports. Learn about infrastructure, SOC layers, and future developments in embedded Linux for RISC-V.

Explore embedded Linux in aerospace applications, focusing on phased array antennas and FPGA integration. Learn about hardware decisions, software maintenance, and practical insights from real-world projects.

Explore the Energy Aware Scheduler for big.LITTLE ARM SoCs, its essentials, alternatives, and vendor variations. Gain insights into its strengths and weaknesses for efficient heterogeneous computing.