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Kaggle MCP Server

MCP Server

Search, download, and generate EDA notebooks for Kaggle datasets

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Updated 14 days ago

About

A FastMCP server that interfaces with the Kaggle API, enabling users to search for datasets, download them locally, and generate exploratory data analysis notebooks via prompt.

Capabilities

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

Kaggle MCP Server

The Kaggle MCP Server bridges the gap between AI assistants and Kaggle’s vast data ecosystem. By exposing a set of tools and prompts over the Model Context Protocol, it allows developers to embed dataset discovery, retrieval, and preliminary analysis directly into conversational AI workflows. This eliminates the need for manual API calls or data‑handling boilerplate, enabling rapid prototyping and experimentation within a single integrated environment.

At its core, the server offers two primary tools. The first——performs a live search against Kaggle’s catalog and returns the top ten matches in JSON form, complete with dataset reference IDs, titles, download counts, and update timestamps. The second——takes a dataset reference and pulls the entire archive from Kaggle, unzipping it into a configurable local directory. These capabilities are wrapped in lightweight FastMCP handlers, ensuring low latency and straightforward error handling for edge cases such as missing credentials or network failures.

Beyond the tools, the server supplies a ready‑made prompt for generating exploratory data analysis (EDA) notebooks. When invoked, the AI can ask for a dataset name or reference, trigger the search and download tools automatically, and then produce a Jupyter notebook skeleton populated with code to load the data, compute basic statistics, and visualize key distributions. This end‑to‑end flow—from query to notebook—streamlines data science pipelines and reduces the friction that often hampers rapid iteration.

Developers can integrate this MCP server into any AI assistant that supports Model Context Protocol. For example, a Claude or GPT‑based chatbot could ask, “Show me the top Kaggle datasets on time series forecasting,” and receive a curated list. The user could then select one, trigger the download tool, and immediately get an EDA notebook ready for further analysis. In production settings, this pattern can be extended to automate data ingestion pipelines, trigger downstream ML training jobs, or populate dashboards with fresh Kaggle data.

What sets the Kaggle MCP Server apart is its focus on data‑centric tooling within a conversational paradigm. It eliminates the need for separate authentication flows, file handling scripts, or manual notebook creation, offering a seamless bridge between human intent and machine‑accessible data. For teams looking to embed data discovery and preparation into chat‑based interfaces, this server provides a lightweight, well‑documented entry point that scales from prototypes to full‑blown data science platforms.