GCP Three-Tier Web Application Diagram

GCP Three-Tier Web Application

This Google Cloud architecture diagram separates a public entry point, application compute, and managed data services. Users arrive through Cloud Load Balancing. The load balancer sends requests to Cloud Run, where the application runs without managing servers. The application stores relational data in Cloud SQL and files or media in Cloud Storage. The diagram is useful for a design review because it names the managed services and shows the direction of the important application connections. Add identity, caching, monitoring, or private networking when those details are part of the system. Keep the diagram current when equipment, cable paths, service ownership, or security boundaries change, so it remains useful for planning and operations.

סוג תרשים רשתתקן Cisco-convention topology iconsמנוע schematex-networkעודכן 24.9.2026

הבקשה

“A GCP three-tier web application: internet users reach Cloud Load Balancing, which sends HTTPS requests to a Cloud Run service that reads Cloud SQL and Cloud Storage.”

ואז נסוAdd Cloud CDN before the load balancerAdd a second Cloud Run service for the API

מה מופיע בתרשים הזה

פענחו את ההחלטות שמאחוריו.

01Public entry point

Cloud Load Balancing receives user traffic.

02Compute tier

Cloud Run hosts the application service.

03Data stores

Cloud SQL holds relational data and Cloud Storage holds objects.

Use this for a small web application whose public traffic, compute, database, and object storage need to be clear.

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שאלות נפוצות

What is a GCP architecture diagram?

It is a drawing of Google Cloud services and the connections between them.

Why show managed services?

Naming the managed service makes responsibilities and data paths easier to review.

What should a web application diagram include?

Include the public entry point, application compute, data stores, and the main traffic paths.