
Explore Bluetooth interoperability between Linux and Zephyr, focusing on tools and synergies that accelerate IoT device development and testing for faster market entry.

Explore the latest developments in shared logging between bootloader and kernel, including challenges, solutions, and a live demonstration of this crucial feature for embedded Linux systems.

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

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 Bluetooth 5's enhancements: 4x range, 2x speed, 8x broadcasting capacity. Learn about its impact on IoT, Linux, and Zephyr OS, and discover new use cases for low energy devices.

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 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.

Explore recent advancements in Linux Integrity subsystem, including new features, changes, and future development plans for enhanced system security and reliability.

Overview of Kernel Self-Protection Project's progress, highlighting security defenses implemented in Linux kernels 4.19-5.3, ongoing developments, and areas needing assistance in enhancing kernel security.

Explore how up-streaming device drivers improves code quality, reduces line count, and enhances functionality. Learn from a real-world project that achieved 30% code reduction while maintaining performance.

Explore real-time kernel maintenance, including PREEMPT_RT integration, priority inversion prevention, and stable tree management techniques for robust device support and performance.

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 real-time Linux kernel development, focusing on PREEMPT_RT patch integration, driver issues, and solutions for improved system responsiveness and deterministic behavior.

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.

Explore long-term stable Linux kernels for embedded products, covering best practices, industry applications, and future developments in LTSI project.

Comprehensive exploration of Linux kernel's cryptographic subsystem, covering its components, interfaces, hardware acceleration, and best practices for kernel and driver development.

Explore the history, functionality, and challenges of printk() in Linux kernel debugging. Learn about its critical role, growth, and current issues in modern multi-CPU systems.

Explore SD/eMMC speed modes, their hardware implementation, and Linux kernel support. Learn about recent developments and future expectations in embedded systems.

Insightful conversation with Linux and Git creator Linus Torvalds, discussing open-source development, technological innovations, and the future of software engineering with VMware's Chief Open Source Officer.

Explore security architectures and mechanisms in Zephyr and Fuchsia operating systems, comparing them to Linux. Learn about ongoing advancements and unique approaches to IoT and microkernel-based security.

Explore Linux kernel bug detection tools and their impact on system security. Learn about syzbot, syzkaller, and sanitizers for improving kernel stability and reliability.