Envoy Proxy to do application networking heavy lifting
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Challenges adopting service mesh
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SMI (Service Mesh Interface)
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Shared control plane, flat network
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Shared control plane, separate networks
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3 - Separate control plane, separate networks
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Operating service mesh across clusters
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Open Source Service Mesh Hub
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Challenges in customizing Envoy Proxy
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WebAssembly in Envoy Proxy
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WebAssembly Hub
Description:
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.
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Multi Cluster Service Mesh Operations and Extensibility with WebAssembly