
Learn to set up and run Linux virtual machines in Windows using VirtualBox, VMware Workstation Pro, and Windows Subsystem for Linux (WSL). Gain practical skills for creating and managing virtual environments.

Explore wait-free code patching for multi-threaded processes, enabling gradual application of updates without disrupting service. Learn about WfPatch's implementation and its impact on system performance.

Explore CoreOS layering for efficient OS customization and deployment in containers, focusing on rpm-ostree's data-driven approach to optimize updates and reduce download sizes.

Explore Ansible automation for Podman containers, simplifying management and deployment of containerized applications in cloud environments.

Explore automated provisioning for Fedora and Red Hat systems with a prototype kickstart HTTP endpoint and out-of-band server power management project.

Learn how to safely upgrade OpenWRT firmware while preserving your configuration settings through a step-by-step process, from initial backup to post-upgrade verification.

Master the basics of Oracle VirtualBox through hands-on guidance - from installation and setup to creating and managing virtual machines. Learn to test different operating systems and applications in isolated environments.

Discover how to effectively deploy and run Automotive Grade Linux (AGL) on Amazon Web Services, including detailed insights into AMI build processes and cloud implementation.

Discover the latest developments in virtio-loopback technology, including multi-device support and prioritization features for hardware abstraction in both virtualized and non-virtualized systems.

Discover the essential skills, tools, and knowledge required to become a successful Python backend developer, from core language concepts to deployment strategies.

Explore recent advancements in Linux desktop video playback efficiency, focusing on Wayland compositors, GStreamer, GNOME, and Chromium developments, including HDR capabilities.

Explore the challenges and potential solutions for universal buffer allocation in Linux, focusing on media content frameworks, kernel-side improvements, and cross-device sharing capabilities.

Explore how cloud workstations leverage PipeWire and libei in post-X11 environments, while discovering innovative approaches to compositor development tooling.

Dive into VDUSE performance metrics and comparisons with Vhost-user and VETH pairs in virtual networking environments, exploring acceleration techniques for packet processing.

Explore real-world challenges and solutions in migrating Linux networking applications to DPDK, focusing on performance optimization and practical implementation strategies.

Explore how Rust APIs can enhance DPDK functionality through improved security, user experience, and performance optimization while processing network packets efficiently.

Dive into ABI versioning techniques for DPDK, exploring implementation methods, stability maintenance, and practical examples across different CPU architectures.

Explore how to enhance P4 software pipelines with accelerators, focusing on IPsec implementation using DPDK libraries for efficient packet processing and network security.

Discover how Intel's IPU technology accelerates cloud-native workloads and optimizes network function communications on RHEL 9.4 and Red Hat OpenShift platforms.

Discover how DPU-powered file system virtualization improves cloud infrastructure efficiency by offloading client-side drivers, enhancing tenant isolation, and delivering 4.4× CPU efficiency gains without host modifications.

Explore PCIe precision time measurement implementation in embedded systems, focusing on time synchronization, integration with IEEE 1588, and practical applications in Linux-based and RTOS environments.