GCP GKE Microservices Platform Diagram

GCP GKE Microservices Platform

This GCP architecture diagram shows a Kubernetes-based application platform. Users reach Cloud Load Balancing, which forwards traffic to a GKE cluster. The cluster runs an API service and a worker service. The API reads and writes Cloud SQL, while Artifact Registry supplies the container images deployed to GKE. This is a high-level platform view, rather than a cluster topology. It helps reviewers see which Google Cloud services take public traffic, run workloads, store application data, and hold build artifacts. Add namespaces, pods, autoscaling, or observability only when the audience needs those details. Keep the diagram current when equipment, cable paths, service ownership, or security boundaries change, so it remains useful for planning and operations.

Typ NetzwerkdiagrammStandard Cisco-convention topology iconsEngine schematex-networkAktualisiert 24.9.2026

Die Anfrage

“A GCP GKE microservices platform: internet users reach Cloud Load Balancing, which sends ingress traffic to a GKE cluster with API and worker services; the API uses Cloud SQL and GKE pulls images from Artifact Registry.”

Dann probieren SieAdd Cloud Logging for the GKE clusterAdd a Redis cache beside the API service

Was diese Zeichnung zeigt

Die dahinterstehenden Entscheidungen verstehen.

01Ingress

Cloud Load Balancing receives public HTTPS traffic.

02Compute

GKE runs the API and worker services.

03Delivery

Artifact Registry supplies container images.

Use this for a high-level GKE platform with external traffic, services, a database, and an image registry.

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FAQ

Häufige Fragen

What is GKE?

Google Kubernetes Engine is Google Cloud's managed Kubernetes service.

Why show Artifact Registry?

It identifies the repository from which the cluster obtains container images.

Is this a cluster topology?

It is a high-level platform view, not a detailed view of pods or nodes.