Container Kernel Development
Explore advanced container kernel development topics, including procfs reworking, time namespaces, file descriptor management, and efficient container spawning techniques.
Using Linux Primitives to Build Your Own Containers
Learn to build custom containers using Linux primitives, exploring advanced techniques for efficient and secure containerization.
When Linux on the Desktop is a Second Class Corporate Citizen
Explore challenges and solutions for Linux desktop adoption in corporate environments, addressing compatibility issues and strategies for seamless integration.
The New Shiny System Call in the Block
Explore the latest system call innovation with Uber engineer Abhijit Singh, delving into its functionality, implementation, and potential impact on Linux kernel development.
A USB Model for Sharing Host Internet Connectivity with Devices
Learn to share host internet connectivity with devices using USB, exploring the HSS standard, packet types, and implementation requirements.
The Most Lightweight Virtual Machine Monitor Is No Monitor at All
Explore innovative approaches to virtual machine monitoring, focusing on lightweight solutions and their potential impact on system performance and efficiency.
RTC Subsystem - Recent Changes and Future Directions
Explore real-time clock subsystems, recent developments, and future directions. Learn about RTC features, challenges in timekeeping, and evolving API support for enhanced functionalities.
Running Linux on Constrained IoT Devices - Memory Optimization Techniques
Explore memory optimization techniques for running Linux on resource-constrained IoT devices, enabling advanced functionality on small platforms with limited RAM and XIP flash.
Using Hardware Protected Keys with the Linux Crypto API
Learn to use hardware-protected keys with Linux Crypto API for enhanced security in embedded systems. Explore implementation, benefits, and potential challenges in this in-depth presentation.
The Static Check Needle in the Warnings Haystack
Techniques to efficiently identify and address new static check warnings in Linux kernel patches, improving code quality and submission process.
iwd - State of the Union
Explore advancements in Wi-Fi support for Linux with iwd, including faster connections, smoother roaming, and enhanced security standards like WPA3, improving Network Manager functionality.
Flash Subsystems Status Update in Linux and U-Boot
Comprehensive update on Linux and U-Boot flash subsystems, covering improvements in SPI-NAND/NOR support, parallel NAND API, UBIFS enhancements, and notable bug discoveries.
CRIU and SELinux: Implementing Container Live Migration with Checkpoint/Restore - Forum 1
Explore container live migration with CRIU, focusing on SELinux labeling challenges and solutions for preserving security context during process and container migration.
KernelCI: How Patches Grow Up and Go to School
Explore KernelCI's automated testing process for Linux kernel patches, from submission to integration, and learn about future developments and community involvement opportunities.
There Is No Store for Self-Driving Car Parts - Running the Ultimate Battery-Powered Device with Linux
Explore the challenges and solutions in developing Linux-powered autonomous vehicles, focusing on hardware integration, device management, and software customization for self-driving technology.
Upstreaming a Qualcomm SoC
Explore the process and challenges of integrating Qualcomm SoC support into the Linux kernel, with insights from an industry expert.
Kernel Coding the Upstream Way
Learn essential techniques for contributing to the Linux kernel, including coding standards, patch submission, and collaboration with the upstream community.
Boot Time Memory Management
Explore early boot memory management in Linux, covering memblock APIs, architecture-specific setup, and page allocator initialization for efficient kernel execution.
Linux GPIO - Evolution and Current State of the User API
Explore the evolution and current state of Linux GPIO's user API, focusing on its development, functionality, and practical applications in embedded systems.
ISLET - Improving Linux-Based Software Training
Learn to enhance Linux-based software training with ISLET, exploring innovative approaches to improve effectiveness and engagement in technical education.
Home Grown Linux - Building Custom Linux Systems
Learn to create custom Linux distributions tailored for specific tasks, enhancing security and efficiency in various computing environments.