Multi-Cluster & Multi-Cloud Service Mesh with CNCF’s Kuma and Envoy

Discover how to implement a distributed Envoy-based service mesh across multiple Kubernetes clusters and clouds using Kuma, a CNCF project. Explore the process of setting up Kubernetes clusters in various regions to demonstrate secure, routed, connected, and observable service connectivity in a distributed service mesh. Learn to utilize Kuma's multi-zone deployment for multi-cluster and multi-region service mesh implementation, leverage global/remote control separation for enhanced reliability and high availability, employ built-in service discovery and ingress capabilities for seamless service connectivity across multiple zones, clusters, and regions, and apply Kuma's policies to manage traffic behavior across different clusters, including Traffic Route, mTLS, and Traffic Permission. Gain insights into Kuma's features, the importance of service mesh, Envoy, zero trust security, and the benefits of using Kuma. Dive into practical aspects such as deploying Kuma, using its GUI, implementing service mesh for Kubernetes, integrating gateways and frontends, and setting up a global control plane.

Introduction
Use Cases
Kuma Overview
Kuma Features
Why Service Mesh
Envoy
Zero Trust
Why Kuma
Deploying Kuma
Kuma GUI
Service Mesh for Kubernetes
Gateway Integration
Frontend Integration
Global Control Plane
GUI Overview
Enabling Zero Trust Security
Release