GCP GKE Microservices with Service Mesh

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GCP GKE Microservices with Service Mesh — GENERAL auto diagram

About This Architecture

Production-grade GCP GKE microservices architecture with Istio service mesh, multi-tier services (API, Auth, Data), and comprehensive observability. Traffic flows from Internet through Cloud Load Balancing and Cloud Armor WAF to an Ingress Controller, which routes to three independent microservices managed by Istio for traffic control and security policies. API, Auth, and Data services scale independently via HPA (2-10, 2-6, and 2-8 replicas) and connect to Cloud Memorystore Redis for caching and Cloud SQL PostgreSQL with read replicas for persistence. Cloud IAM, Cloud KMS, NetworkPolicy, and ServiceAccounts enforce least-privilege access, while Cloud Monitoring and Cloud Logging provide full observability across the cluster. Fork this diagram on Diagrams.so to customize node pools, add additional services, or adjust replica ranges for your workload. This architecture demonstrates GCP best practices for resilience, security, and cost optimization in containerized environments.

People also ask

How do I design a production microservices architecture on GCP GKE with Istio service mesh and managed databases?

This diagram shows a complete GCP GKE setup with three independent microservices (API, Auth, Data) managed by Istio for traffic control and security. Traffic enters via Cloud Load Balancing and Cloud Armor WAF, routes through an Ingress Controller, and services scale via HPA while connecting to Cloud Memorystore Redis and Cloud SQL PostgreSQL with read replicas for high availability.

GCPGKEKubernetesIstioMicroservicesService Mesh
Domain:
Cloud Gcp
Audience:
GCP solutions architects designing production microservices on GKE with service mesh

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About This Architecture

Production-grade GCP GKE microservices architecture with Istio service mesh, multi-tier services (API, Auth, Data), and comprehensive observability. Traffic flows from Internet through Cloud Load Balancing and Cloud Armor WAF to an Ingress Controller, which routes to three independent microservices managed by Istio for traffic control and security policies. API, Auth, and Data services scale independently via HPA (2-10, 2-6, and 2-8 replicas) and connect to Cloud Memorystore Redis for caching and Cloud SQL PostgreSQL with read replicas for persistence. Cloud IAM, Cloud KMS, NetworkPolicy, and ServiceAccounts enforce least-privilege access, while Cloud Monitoring and Cloud Logging provide full observability across the cluster. Fork this diagram on Diagrams.so to customize node pools, add additional services, or adjust replica ranges for your workload. This architecture demonstrates GCP best practices for resilience, security, and cost optimization in containerized environments.

People also ask

How do I design a production microservices architecture on GCP GKE with Istio service mesh and managed databases?

This diagram shows a complete GCP GKE setup with three independent microservices (API, Auth, Data) managed by Istio for traffic control and security. Traffic enters via Cloud Load Balancing and Cloud Armor WAF, routes through an Ingress Controller, and services scale via HPA while connecting to Cloud Memorystore Redis and Cloud SQL PostgreSQL with read replicas for high availability.

GCP GKE Microservices with Service Mesh

AutoIMPORTEDadvancedGCPGKEKubernetesIstioMicroservicesService Mesh
Domain: Cloud GcpAudience: GCP solutions architects designing production microservices on GKE with service mesh
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Created by

June 10, 2026

Updated

June 10, 2026 at 9:52 AM

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