Multi Cluster Service Mesh Operations and Extensibility with WebAssembly

Explore multi-cluster service mesh operations and extensibility with WebAssembly in this 58-minute webinar from the Cloud Native Computing Foundation (CNCF). Dive into designing, building, and operating resilient, scalable, and secure cloud-native applications across hybrid deployment footprints. Learn about service mesh solutions for complex organizational challenges and customization requirements. Discover different service mesh deployment patterns, multi-cluster topologies, and operations, as well as how to extend functionality using WebAssembly. Cover practical topics such as multi-cluster design patterns with Kubernetes and Service Mesh, service discovery, identity federation in multi-cluster environments, and simplifying Envoy-based service mesh customization with WebAssembly. Benefit from live demonstrations and a Q&A session led by industry experts Idit Levine, Founder and CEO of Solo.io, and Christian Posta, Global Field CTO at Solo.io. Gain insights into Envoy Proxy as a highly extensible data plane for service mesh, challenges in adopting and customizing service mesh, and solutions like SMI (Service Mesh Interface) and Open Source Service Mesh Hub. Understand various multi-cluster topologies, including shared control plane configurations and separate control plane setups, to enhance your cloud-native application networking strategies.

Intro
Service mesh for service-to-service communication
Envoy Proxy is the magic behind service mesh
Envoy Proxy to do application networking heavy lifting
Challenges adopting service mesh
SMI (Service Mesh Interface)
Shared control plane, flat network
Shared control plane, separate networks
3 - Separate control plane, separate networks
Operating service mesh across clusters
Open Source Service Mesh Hub
Challenges in customizing Envoy Proxy
WebAssembly in Envoy Proxy
WebAssembly Hub