
Exploring SCTP's evolution in Linux: recent improvements, new features, and future developments. Compares SCTP with TCP/UDP and other systems, highlighting its unique capabilities and potential applications.

Exploring future improvements for XDP, including user experience, driver support, performance optimization, QoS handling, and potential extensions to accelerate other parts of the networking stack.

Explore VxLan multicast routing in Linux kernel, addressing challenges and solutions for dynamic environments. Covers deployment scenarios, patches, and future developments.

Exploring LAG implementation for RDMA and virtualized interfaces, focusing on active-backup mode, flow-based active-active mode, and a new active-active mode for virtual functions.

Exploring IPv4 address space expansion by utilizing reserved and obsolete ranges, aiming to make hundreds of millions of additional addresses available for global unicast routing.

Explore XDP challenges in Linux distributions, including enablement, security, user support, and future extensions. Discuss current solutions and potential improvements for seamless integration.

Explore advanced network encapsulation techniques using eBPF, enhancing packet processing and network performance in Linux systems.

Explore innovative techniques for seamless IPv4 to IPv6 translation without NAT, featuring system call interception, complex sequence diagrams, and performance analysis.

Explore advancements in XDP networking: TSO/GRO implementation and Jumbo frame support. Learn about performance improvements and challenges in high-speed packet processing.

Explore machine-readable descriptions for netlink protocols, focusing on YAML implementation. Gain insights into enhancing network communication efficiency and standardization in Linux systems.

Explore NATS for flexible, secure data sharing in distributed systems. Learn messaging patterns, design principles, and how NATS solves cloud-native communication challenges across various deployments.

Explore CoreDNS configurations for hybrid and multi-cloud environments, including cloud vendor integration, secure DNS protocols, and multi-cluster service discovery across clouds.

Explore Shell-operator for automating Kubernetes tasks using bash and jq. Learn to create simple operators, subscribe to resource changes, and extend Kubernetes functionality efficiently.

Real-world challenges and solutions for setting up large on-premise Kubernetes clusters, covering network design, traffic management, and common failure scenarios in bare-metal environments.

Explore packet-level debugging techniques for Kubernetes connectivity issues, focusing on bridged and non-bridged CNI plugins, NAT, iptables, and network policies.

Explore Kubernetes networking concepts through hands-on labs. Learn about DNS, iptables, routing, and more to gain a deeper understanding of cluster communication and troubleshooting techniques.

Explore Kubernetes DNS challenges and solutions at scale, covering load handling, connection tracking, resolver implementations, and performance optimization techniques for robust cluster management.

Learn to build secure, decentralized apps spanning multiple Kubernetes regions using NATS. Covers global NATS cluster setup across 4 clouds, decentralized authorization, and implementing a Slack-like terminal clone.

Explore distributed execution of DL/ML jobs in Kubernetes, covering gang scheduling, GPU acceleration, and high-speed networking for improved performance and scalability.

Learn to architect distributed applications using NATS Streams and Services on Kubernetes. Explore multi-region deployments, security, and tooling for efficient data flow and multi-tenancy in cloud-native environments.

Discover how Niantic transitioned Pokémon GO from NGINX to Envoy, addressing scaling challenges, extending protocols, and implementing service mesh for improved performance and reliability at a global scale.