
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.

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.

Overview of container security, isolation techniques, and enterprise use cases. Explores user namespaces, POSIX capabilities, and Seccomp support to enhance protection against vulnerabilities and exploit attacks.

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

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.

Explore cryptographic acceleration on i.MX6, covering CAAM enablement, userspace connectivity, and performance comparisons of different approaches for securing IoT devices.

Explore creating a secure IoT platform using Fedora, focusing on maintenance, updates, and security measures for robust edge-to-cloud solutions and large-scale device management.

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.

Explore how graph databases enhance IoT data analysis, enabling real-time insights and better decision-making in industries like oil and gas and transportation.

Explore Google's innovative approach to Linux workstation security using IMA signatures and AppArmor for binary policy enforcement, addressing challenges in large-scale implementation.

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 NAND flash-aware hibernation techniques to reduce boot time in consumer electronics while extending flash memory lifespan and maintaining performance.

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 AIC: a system enabling multiple interactive mobile clients on shared computing platforms, reducing costs and enhancing resource management for IoT and non-smartphone Android applications.

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

Retrospective on flexible Mandatory Access Control design, implementation, and application over 26 years. Explores evolution from research to mainstream systems, mobile platforms, and emerging OS.

Explore TrenchBoot's integration of hardware-rooted security for open and proprietary systems, reducing attack surfaces and enhancing platform integrity through Intel TXT and AMD SVM technologies.

Learn about application whitelisting for system security, including implementation, policy design, and real-time system integrity maintenance. Explore open-source solutions and broader security strategies.

Explore TPM remote attestation on Linux, its current limitations, and potential improvements for enhanced security and trust in boot processes.