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AWS Resources MCP Server

MCP Server

Python-powered AWS resource querying via Model Context Protocol

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Updated Mar 23, 2025

About

A Dockerized MCP server that executes Python code with boto3 to query and manage AWS resources, offering flexibility beyond limited free tiers while ensuring sandboxed execution.

Capabilities

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

AWS Resources MCP Server in Action

The AWS Resources MCP Server is a lightweight, Docker‑ready implementation of the Model Context Protocol that lets AI assistants like Claude run arbitrary Python code against AWS services through boto3. By exposing a single dynamic resource () and a dedicated tool (), the server gives developers the flexibility to query, inspect, and even modify AWS resources directly from an AI workflow without leaving the chat interface. This solves a common pain point for teams that need to prototype or debug infrastructure changes quickly—no separate CLI, no manual SDK setup, just a prompt and a snippet of code.

The server’s value lies in its Python‑centric design. While other MCP offerings for AWS are often Node.js based or heavily restricted, this implementation runs in a fully sandboxed Docker container and relies on the battle‑tested boto3 library. Developers can contribute back in their native language, and the sandbox ensures that only a curated set of imports (boto3, operator, json, datetime, pytz) and built‑in functions are available, striking a balance between power and safety. The tool requires the user to set a variable, which the MCP framework captures and returns as structured data that an AI assistant can parse and respond to.

Key capabilities include:

  • Dynamic AWS queries: Execute any boto3 code snippet, from listing S3 buckets to fetching the latest CodePipeline execution.
  • Fine‑grained permissions: Operations are governed by the AWS credentials presented to the container, so users only see what their IAM role allows.
  • Integrated AI workflow: The server’s resource and tool expose results directly to the assistant, enabling on‑the‑fly troubleshooting (e.g., resolving a DynamoDB permission error) or automated reporting.

Real‑world use cases span from dev‑ops automation—where an AI assistant can run to gather health metrics—to incident response—quickly fetching logs or resource states during an outage. The Docker image eliminates setup friction; teams can spin up a local instance or deploy it to an internal registry, keeping everything isolated and repeatable.

In summary, the AWS Resources MCP Server delivers a secure, Python‑friendly bridge between AI assistants and AWS. It empowers developers to write and run code against their cloud infrastructure within the same conversational context, dramatically speeding up troubleshooting, experimentation, and operational automation.