
Explore multi-cluster service mesh patterns, operations, and WebAssembly extensibility for resilient, scalable cloud-native applications across hybrid deployments. Learn design patterns, service discovery, and customization techniques.

Explore DAPR's capabilities in microservice connectivity through hands-on lab, building a distributed web app with shared state, messaging, and event handling in multiple languages.

Explore peer-to-peer networking using ASP.NET Core servers and service discovery, learning to build robust distributed systems with .NET technologies.

Explore the evolution and comparison of three prominent service mesh technologies, highlighting their unique features and use cases in cloud-native environments.

Explore the intricacies of Kubernetes-Octavia integration in OpenStack, covering configuration choices, troubleshooting methods, and alternative solutions for exposing services effectively.

Explore Cilium Cluster Mesh, an eBPF-powered solution for connecting multiple Kubernetes clusters across regions and clouds. Learn its benefits, setup process, and real-world applications for distributed systems.

Explore the current state of application networking in Kubernetes, examining challenges and solutions for modern cloud-native environments.

Live debugging session for Kubernetes newcomers, covering essential commands and concepts for cluster operation and troubleshooting. Hands-on practice with kubectl, pod management, deployments, and services.

Marathon: A framework for fault-tolerant, elastic scale-out architecture. Simplifies deployment, scaling, and management of long-lived applications in data centers. Supports Docker containers and provides REST API for app lifecycle control.

Explore stateful container applications using the Autopilot Pattern for improved operability, flexibility, and minimal human intervention in deployment, scaling, and recovery processes.

Explore Kubernetes networking fundamentals and recent developments with experts from Google and Red Hat. Gain insights into basic concepts and dive deep into advanced networking topics.

Exploring Gateway API and MCS API for multicluster traffic management in Kubernetes, discussing their evolution, implementation challenges, and integration with the GAMMA initiative for unified east-west traffic management.

Explore fascinating parallels between honey bee colonies and distributed systems, uncovering nature-inspired solutions for Kubernetes challenges and future innovations.

Explore Docker 1.11 features: runC, Containerd, networking, and service discovery. Gain insights into container management internals and upcoming developments in version 1.12.

Explore Criteo's large-scale Mesos deployment across 7 datacenters, covering infrastructure management, scalability, and operational challenges in handling billions of daily requests.

Learn to create fault-tolerant services on Mesos using ArangoDB's Raft-based Agency. Explore key features like automatic failover, component discovery, and continuous supervision for building robust distributed applications.

Deep dive into container networking for micro-services using Apache Mesos and DC/OS, exploring CNI, IP allocation, overlay networks, service discovery, load balancing, and more.

Explore traffic management challenges in container environments, focusing on load balancing methods, container outage consequences, and dynamic registration for microservices architecture.

Deep dive into container networking for micro-services using Apache Mesos, exploring challenges and solutions for connectivity, service discovery, load-balancing, and isolation in distributed architectures.

Explore CoreDNS: Kubernetes cluster DNS, plugin-based architecture, performance enhancements, cloud support, and service discovery. Includes hands-on demo of creating a custom plugin.

Explore Docker 1.12's advanced networking features, including Swarm-mode, Routing Mesh, load balancing, and encrypted communication, enhancing multi-host and multi-container orchestration capabilities.