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Google Cloud MCP Server

MCP Server

Unified access to Google Cloud services via Model Context Protocol

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Updated 20 days ago

About

A Model Context Protocol server that connects to Google Cloud services, providing context and tools for managing billing, monitoring, logging, IAM, Spanner, and more. It enables automated analysis, cost optimization, and operational insights across GCP resources.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

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The Google Cloud MCP Server bridges the gap between conversational AI assistants and the breadth of services offered by Google Cloud Platform (GCP). By exposing a standardized set of tools, prompts, and sampling mechanisms, it allows an assistant such as Claude to fetch real‑time data, perform administrative actions, and provide actionable insights directly from a user’s GCP environment. This eliminates the need for developers to manually run commands or write custom scripts, enabling a more seamless integration of cloud operations into natural language workflows.

At its core, the server offers fine‑grained tooling for eight key GCP services: Billing, Error Reporting, IAM, Logging, Monitoring, Profiler, Spanner, and Trace. Each service is represented by a collection of dedicated tools that translate natural language requests into precise API calls. For example, the Billing tools can list accounts, analyze cost trends, detect anomalies, and generate recommendations—all through simple prompts like “Analyse costs for project my‑app‑prod‑123 for the last 30 days.” Similarly, IAM tools let users query policies, test permissions, and identify gaps, while Logging tools enable dynamic log searches across projects and resources.

Developers benefit from the server’s ability to surface context‑rich information without leaving the chat interface. In a typical scenario, a DevOps engineer might ask the assistant to “Show me CPU utilisation metrics for project web‑app‑prod‑123 for the last 6 hours,” and the server will retrieve the relevant Monitoring data, format it, and present it in an easily digestible form. This reduces context switching between IDEs, dashboards, and terminal windows, accelerating troubleshooting and decision‑making.

The server’s design emphasizes modularity and extensibility. Each tool follows a consistent naming convention (), making it straightforward for new services to be added or existing ones to evolve. Moreover, the inclusion of natural‑language query tools—such as and —allows users to pose questions in plain English, which the server then translates into structured API requests. This feature is particularly valuable for non‑technical stakeholders who need quick insights without learning the intricacies of GCP’s APIs.

In practice, the Google Cloud MCP Server is ideal for use cases that require rapid, data‑driven responses: cost optimization reviews, incident response automation, permission audits, and real‑time monitoring dashboards. By integrating these capabilities into an AI workflow, teams can maintain tighter operational oversight, reduce manual effort, and accelerate the delivery of cloud‑native services.