Practical Experience with Linux A/B Upgrades
Explore Linux A/B upgrades with practical insights, covering technologies, strategies, and open-source solutions for efficient system updates and maintenance.
Lessons Learned Applying Compile-time Hardening Options for Security-Critical Programs in Linux
Explore compile-time hardening techniques for Linux security, including SafeStack and CFI. Learn practical lessons from rebuilding critical system components with enhanced protection.
Industrial Linux Beyond 2022 - Panel Discussion
Experts discuss industrial Linux's future, addressing long-term support, software updates, quality assurance, and supply chain issues for embedded systems and critical infrastructure.
Accelerated Mainline Linux Development Ahead of SoC Availability
Explore TI's pre-silicon Linux development for SoCs, leveraging simulations to test designs, fix bugs, and add kernel support before chip production, saving time and resources.
The Resurrection of Ureadahead - Speeding up Boot Process and Preloading Applications
Explore the revival of ureadahead for faster boot times and application preloading. Learn about improvements, implementation, and potential enhancements to optimize system performance.
Braiding Wires Into the Linux Network Stack - Recent Work on Embedded Networking
Explore recent advancements in Linux kernel's network infrastructure for embedded systems, focusing on power efficiency, cable reduction, and diagnostics in industrial, medical, and automotive applications.
MUSE: MTD in Userspace - How to Extend FUSE for Fun and Profit
Explore FUSE extension techniques to create MUSE, enabling MTD drivers in userspace. Learn implementation details and potential applications for custom filesystem development.
Strace - Swiss Army Knife to Trace, Analyze, and Debug in Real-Time
Explore strace's versatile capabilities for tracing, analyzing, and debugging. Learn practical applications through live demos, from file access analysis to real-time timing information collection.
VZLUSAT-2 - CubeSat with a Linux Payload Computer
Explore the VZLUSAT-2 nanosatellite's mission, featuring Earth imaging and scientific data collection using a Linux-based payload computer in low Earth orbit. Learn about design challenges and advantages.
Zephyr Off-Chip Peripheral Emulation
Explore off-chip peripheral emulation in Zephyr for driver testing. Learn about emulator types, implementation methods, comparisons with Qemu, and the value of this approach.
Mounting Images Inside User Namespaces
Explore techniques for mounting images within user namespaces, enhancing container security and isolation in Linux systems.
Image-Based Read-Only Filesystem EROFS
Explore EROFS, an innovative image-based read-only filesystem, and its applications in enhancing storage efficiency and performance for Linux systems.
Enabling Kfuncs to Specify Modifiers Per-Argument - Linux Kernel Development
Explore advanced BPF programming techniques, including kfunc modifiers, bpf_struct_ops operations, and local storage map types for enhanced kernel functionality.
Userspace Control of Memory Management
Explore advanced techniques for managing memory in userspace, enhancing system performance and efficiency in Linux environments.
Compiled BPF: Introduction and Fundamentals - Part 1
Explore the fundamentals of Compiled BPF with Jose E. Marchesi in this comprehensive introduction to the powerful Linux kernel technology.
Online Repair of Filesystems - Future Developments
Explore the future of online filesystem repair techniques and advancements with expert insights on potential developments and challenges in this field.
Support for Large Block Sizes Over 4KB
Explore Linux kernel support for block sizes exceeding 4KB, enhancing storage efficiency and performance in modern systems.
Sframe - Introduction to Linux Kernel Tracing Framework
Explore Sframe technology with experts Steven Rostedt and Indu Bhagat, gaining insights into its applications and potential impact on Linux systems and networking.
Reducing Zombie Memory Control Groups
Explore strategies to minimize zombie memory control groups, enhancing system performance and resource management in Linux environments.
Swap Abstraction in Linux Memory Management
Explore the concept of swap abstraction in Linux systems, understanding its implementation, benefits, and impact on memory management and system performance.
Namespace-Unaware BPF Iterator and Cgroup Helper Enhancements for Kubernetes Environments
Explore BPF iterator enhancements for Kubernetes environments, focusing on namespace-unaware sockets and cgroup helpers to improve container networking and resource management.