Imagine a dedicated infrastructure layer that handles service-to-service communication. It makes your microservices secure, observable, and reliable—without changing their code.
As you break a monolith into hundreds of services, communication becomes complex. Retries, timeouts, and security logic get duplicated in every service's code.
A service mesh abstracts this network logic into a "Sidecar Proxy" running alongside each service. The app talks to the local proxy, and the proxy handles the rest.
Toggle the Service Mesh to see how it manages traffic, enforces security (mTLS), and handles failures automatically via the Sidecar pattern.
Click to simulate 'Inventory' service crash.
Control the flow of traffic and API calls between services. Perform canary rollouts, A/B testing, and percentage-based splits with precision.
Automatically encrypt traffic between services using mutual TLS. Manage authentication and authorization policies without touching application code.
Gain insight into your mesh. Proxies collect telemetry data on every request, providing consistent metrics, logs, and traces across all services.
This is where your traffic actually flows. It consists of the intelligent proxies (like Envoy or Linkerd-proxy) deployed as sidecars. They intercept and manage every packet.
The brain of the mesh. It doesn't touch packets. Instead, it pushes configuration (routing rules, security certificates) to the Data Plane proxies.
The most feature-rich and widely adopted mesh. Uses Envoy proxy. Powerful but can be complex. Backed by Google, IBM.
Visit Website open_in_newA Kubernetes-only mesh focused on simplicity and performance. Uses a custom Rust micro-proxy. Very easy to install.
Visit Website open_in_newBy HashiCorp. Excellent for hybrid environments (VMs + Kubernetes). Strong service discovery heritage. Uses Envoy.
Visit Website open_in_new