Introducing Ubuntu Core Desktop
Explore Ubuntu Core Desktop: an immutable Linux system built on decade-long infrastructure. Learn its significance, roadmap, and unique features for a secure and efficient computing experience.
Mastering the Container Security Model - Best Practices and Tools
Explore container security best practices, from building secure images to runtime monitoring. Learn to prevent vulnerabilities, optimize applications, and leverage tools like Docker Scout and Sysdig for enhanced cloud-native security.
Getting Started with BPF Security Observability
Explore eBPF for real-time security observability, event collection, and threat detection. Learn to attach to kernel code paths and analyze system events for enhanced cybersecurity measures.
Reliable Userspace Spinlock Implementation in Linux
Explore a new approach for safe userspace spinlocks in Linux using futex with extended information, addressing historical limitations and improving performance.
Large Block I/O for Linux
Explore the evolution of block I/O in Linux, from 512-byte sectors to larger sizes, addressing challenges and benefits for modern storage devices and performance optimization.
Trimaran: Real Load Aware Scheduling in Kubernetes
Explore real load-aware scheduling in Kubernetes with Trimaran, featuring TargetLoadPacking and LoadVariationRiskBalancing plugins for improved resource utilization and efficient pod packing.
Leveraging eBPF on OpenShift with Project Calico for Performance
Explore eBPF on OpenShift with Project Calico to enhance cloud-native performance. Learn about Calico data planes, packet flow, and security while gaining hands-on experience with eBPF implementation and testing.
Turbocharging AKS Networking with Calico eBPF
Explore advanced AKS networking with Calico eBPF, enhancing performance and security for cloud-native applications in Azure Kubernetes Service environments.
Windows 7 Copy and Paste Techniques - Part 1
Learn efficient copy-paste techniques in Windows 7 to boost productivity and streamline your workflow. Master keyboard shortcuts and advanced features for seamless file management.
GMEM: Generalized OS Memory Management for Accelerators
Explore GMEM, a design change to Linux memory management that simplifies accelerator drivers, improves programmability, and enables unified address spaces for CPUs and accelerators.
Configuring Kerberos Server and Domain Authentication - Lecture 16
Configure a Kerberos Server, join a computer to its domain, and explore Pluggable Authentication Module (PAM) for enhanced network security and authentication.
Internet Protocol (IPv4) - Write Your Own Operating System - Lecture 3
Explore IPv4 protocol implementation in OS development, covering network communication fundamentals and practical coding for enhanced system functionality.
Write Your Own Operating System - Hard Drive Access - Lecture 19
Learn to access hard drives in operating system development, exploring essential techniques for disk interaction and data management.
Network Communication in Operating Systems - Part 18
Explore network communication in OS development, focusing on sending/receiving data and building a TCP/IP stack. Gain hands-on experience in implementing crucial networking components.
Write Your Own Operating System - Networking
Explore network chip initialization for AMD am79c973, a crucial step in developing custom operating systems. Learn practical OS development skills.
Dynamic Memory Management and Heap Implementation - Lecture 16
Implement dynamic memory management and heap functionality in a custom operating system, including new and delete operators for efficient memory allocation.
Write Your Own Operating System - Desktop and Windows - Part 14
Implement a desktop and window system for a custom operating system, exploring GUI development and performance optimization techniques.
Write Your Own Operating System - Base Address Registers
Explore Base Address Registers for PCI device communication in operating system development. Learn essential concepts for hardware interaction and system programming.
Peripheral Component Interconnect (PCI) Communication in Operating Systems - Part 10
Explore PCI communication in operating systems. Learn to interact with hardware devices, enhancing system functionality and expanding device support capabilities.
Write Your Own Operating System - Tidying Up the Project Structure
Refactoring project structure: organizing directories, implementing namespaces, and improving code organization for better maintainability in OS development.
Write Your Own Operating System - Abstractions for Drivers
Explore abstractions for drivers in operating system development, focusing on PCI devices and essential concepts for building robust driver frameworks.