
Learn about implementing SR-IOV failover for Windows guests during migration, covering architecture, drivers, solutions, and performance considerations for virtualized networks.

Explore connecting simple devices to Linux systems, from Arduino to character LCDs. Learn about userspace drivers, hardware descriptions, and device tree overlays for safe device integration.

Explore the intricacies of porting and maintaining U-Boot bootloader for multimedia SoCs, gaining insights into challenges and best practices for embedded systems development.

Learn to develop a kernel cryptographic accelerator driver, exploring hardware acceleration techniques and Linux kernel integration for enhanced security and performance.

Explore cutting-edge developments in real-time Linux systems, discussing performance optimization, kernel enhancements, and industry applications.

Explore container creation from scratch using Go, focusing on namespaces and their impact on resource access and system isolation.

Explore the concept of unikernels and their implementation in MirageOS, focusing on the library hypervisor approach and its potential impact on distributed application development and deployment.

Explore advanced scheduling algorithms and data structures in this IEEE session, focusing on cutting-edge research and practical applications in computer science.

Explore the inner workings of Linux containers, including cgroups, namespaces, and SELinux. Learn how these components combine to create containers and compare different container runtimes.

Learn to create robust development environments using Docker, Docker Compose, and shell scripts. Discover how to spin up your entire application in various modes with a single configurable command.

Explore Docker filesystems pragmatically, gaining insights into their structure, functionality, and best practices for efficient containerization and image management.

Explore microservice monitoring: eBPF vs Istio/Envoy. Compare visibility, performance impact, and deployment strategies for improved observability in Kubernetes environments.

Learn about Falco, a CNCF project for container runtime security. Explore its architecture, rules, and real-world applications. Discover how Falco protects Kubernetes workloads and its future roadmap.

Explore techniques for building disposable Windows VMs efficiently using open-source tools, uncovering quirks and methods for running and installing Windows in virtual environments.

Explore cutting-edge eBPF technology and its impact on networking in this comprehensive Linux Plumbers Conference session, featuring expert discussions and live demonstrations.

Explore cutting-edge eBPF technology and its impact on networking in this comprehensive Linux Plumbers Conference session, featuring expert discussions and live demonstrations.

Explore Falco Playground: a WebAssembly-powered web app for writing and testing Falco rules, enabling runtime security for Linux systems and cloud logs anywhere, with enhanced portability and accessibility.

Explore how eBPF and WebAssembly combine to enhance lightweight observability in Kubernetes clusters, offering efficient network traffic management and streamlined deployment of eBPF programs.

Explore eBPF and kTLS for detecting sensitive data patterns in encrypted Kubernetes traffic, enhancing security monitoring without operational complexity or application impact.

Implement continuous benchmarking in eBPF programs using Rust. Learn to write benchmarks, integrate them into CI, and prevent performance regressions in both client and kernel-side code.

Explore eBPF's potential for SREs in observability, security, and connectivity. Learn about this powerful kernel technology and discover open-source projects to enhance performance and solve infrastructure challenges.