
Explore Software Defined Networking through hands-on labs, covering Docker, OpenFlow, SDN controllers, and real-world applications using GNS3, Wireshark, and various SDN platforms.

Discover how to overcome networking scalability challenges in multi-AZ environments using OpenSDN and Tungsten Fabric, with performance data and recommendations for improving OpenStack's networking infrastructure.

Optimizing KVM for Electronic Health Record systems: Reducing speculation overheads, accelerating IPI delivery, and enhancing ecosystem components for improved performance and reliability.

Explore SEAPATH: an industrial-grade Linux platform for critical real-time applications in energy. Learn about virtualization, high availability, and cybersecurity in IT/OT convergence.

Explore OpenShift networking implementation, focusing on OVN-K8s. Dive into packet processing in OVS kernel datapath and map steps to upper layers, from OVS flows to Kubernetes objects.

Explore OVN-Kubernetes architecture, features, and benefits as OpenShift's default CNI. Learn key concepts, resource mapping, and troubleshooting techniques for effective cluster networking.

Optimize AI workload performance in multi-tenant clouds using SDN K8s networking. Learn techniques for network isolation, efficient bandwidth, and QoS with Open Source solutions like OVS, OVN, and OVN-Kubernetes CNI.

Innovative approach to scale Open vSwitch using NuevoMatch algorithm, improving packet classification performance and rule update speed for enhanced network virtualization efficiency.

Explore the architecture, design, and performance optimizations of Open vSwitch, an open-source virtual switch for hypervisor platforms, focusing on flow classification and caching techniques.

Hands-on tutorial for installing and configuring Faucet SDN controller, exploring features like VLANs, ACLs, and routing. Includes network monitoring with Prometheus and Grafana dashboards.

Explore strategies for integrating Open vSwitch with kernel components like Netfilter, focusing on performance, programmability, and network stack integration.

Explore Open vSwitch's strengths, challenges, and quirks through Google's experience as users and developers, covering key technical aspects and improvements.

Explore Network Service Headers and LISP implementation in Linux and Open vSwitch, focusing on service chaining, architecture, and data plane components.

Explore ERSPAN support in Linux for network troubleshooting, including implementation, use cases, and practical examples for enhanced port mirroring capabilities across Layer 3 networks.

Exploring eBPF integration with Open vSwitch: TC attachment, XDP offloading, and AF_XDP bypassing. Discusses challenges, experiences, and future directions for enhancing OVS performance and functionality.

Evaluación y optimización del rendimiento de datapaths TC SW y ovskdp en Linux, con propuestas para mejorar la eficiencia del reenvío de paquetes y reducir la sobrecarga.

Dive into network packet processing optimization by comparing tc-flower and rte_flow frameworks for NIC offloading in Open vSwitch, featuring performance metrics and implementation insights.

Discover the latest advancements in DPDK CI testing, including new developer tools, expanded test coverage, and improvements to the DTS framework for enhanced software validation and performance testing.

Explore advanced network virtualization techniques and pipeline offloading strategies using Intel IPU technology for optimized OVN performance and efficiency.