It's a service mesh. The basic challenge with any form of microservices, especially with multi-cluster setups, is having a unified dashboard where you can see all the workloads and what's happening. Kuma is the only service mesh that offers a global view for all the workloads and all the clusters running within the mesh. It also produces a global DNS entry within the cluster, which is recognized by each and every data plane. This DNS entry is available across the mesh, and without doing anything extra, we can route your traffic seamlessly to any of the clusters.
Service Mesh is a dedicated infrastructure layer for handling service-to-service communication across microservices, providing observable and manageable connections for complex applications.
Used primarily in cloud-native environments, Service Meshes enhance microservice architectures by managing traffic, ensuring security, and monitoring operations. With features for load balancing, health checking, and traffic management, they allow teams to focus on developing features rather than...
It's a service mesh. The basic challenge with any form of microservices, especially with multi-cluster setups, is having a unified dashboard where you can see all the workloads and what's happening. Kuma is the only service mesh that offers a global view for all the workloads and all the clusters running within the mesh. It also produces a global DNS entry within the cluster, which is recognized by each and every data plane. This DNS entry is available across the mesh, and without doing anything extra, we can route your traffic seamlessly to any of the clusters.