
Simplified guide to managing identity, authentication, and authorization in Red Hat Enterprise Linux, enhancing system security and user access control.

Explore MITOSIS, a novel OS primitive enabling rapid remote container initialization for serverless platforms, reducing function latency and memory usage while improving state transfer in serverless workflows.

Hands-on demonstration of optimizing a real-world C++ application using measurement tools to find hotspots, avoid common pitfalls, and improve performance through different algorithms and libraries.

Practical demonstration of advanced GDB features and essential Linux debugging tools, enhancing programming effectiveness through live demos of powerful techniques and utilities.

Explore advanced Linux C++ debugging tools, their implementation, and effective usage. Gain insights into compiler, OS, and CPU features exploited by tools like Valgrind, perf, and Address Sanitizer.

Explore Linux application isolation techniques, including creating sandboxes and understanding Docker's filesystem setup. Gain insights into protecting systems and solving problems using available APIs.

Explore Org-roam's technical aspects, including its database structure, Git integration, and future developments. Learn how this powerful Emacs package enhances note-taking and knowledge management.

Discover practical Samba hacks for efficient user management, file handling, and system integration. Learn tips for scripting, querying, and implementing secure solutions in enterprise environments.

Learn to create custom Ubuntu and Debian container base images using simple tools like debootstrap and multistrap, gaining insights into container building and debugging.

Explore the consolidation of Linux kernel RCU flavors to prevent security exploits, featuring war stories and lessons learned in improving system reliability and usability.

Explore recent developments in Linux kernel security, including hardening efforts, new access controls, and infrastructure changes. Learn about integrity, TPMs, and future trends in this field.

Strategies for developing cross-platform applications using Qt, QML, and Kirigami. Learn to share code between desktop and mobile while navigating challenges in Android and iOS support.

Explore the history, controversy, and impact of systemd, delving into bootstrap processes, init systems, and the evolving landscape of Unix-like operating systems.

Explore Gen-Z, a versatile system interconnect, and its integration into Linux. Learn about its capabilities, implementation challenges, and current development status using a freely available emulator.

Explore the journey of building Summit, the world's fastest supercomputer, using POWER9 and open source. Learn about architectural innovations, challenges, and collaborative efforts in creating this groundbreaking system.

Explore techniques to significantly reduce boot times on POWER systems, from firmware to kernel optimizations, addressing challenges in various hardware configurations.

Explore the journey of building a Vulkan VR engine for Linux, covering VR technology, Vulkan API development, and the evolution from basic rendering to advanced features.

Design and manufacture a custom BeagleBone variant for a NTP server project, covering hardware design, manufacturing prep, and Linux configuration for the new board.

Comprehensive overview of Linux kernel development, covering recent updates, challenges, and future directions. Explores hardware vulnerabilities, stable kernels, testing initiatives, and mobile Linux progress.

Explore automotive IoT applications using OBD-II data for driver profiling, smart city planning, and vehicle performance analysis. Learn to implement edge computing solutions with Linux for data extraction and transmission.

Explore an open-source project for indoor cycling that uses Linux and Raspberry Pi to create interactive, effort-based displays and lighting for a customizable training experience.