About Comunio
Comunio is an MCP server for Comunio fantasy football players and AI assistants to inspect league data and manage a team. It turns Comunio’s unofficial API into read and write tools, with clients asked to approve changes.
Key features
- 01Query squad, market, offers, and standings
- 02View transfer history
- 03Place bids and accept offers
- 04Set the team lineup
- 05Require client approval for writes
Use cases
- 01Check a team’s squad and league standing
- 02Review the market and bid on players
- 03Accept offers or adjust the lineup
MCP support
The MCP server provides tools to query squads, the market, offers, standings, and transfers, as well as tools to place bids, accept offers, and set lineups. Write operations are marked so the client can request approval first.
Configuration
Local server config is the same for every client. Copy it into your client’s MCP config file.
docker run -i --rm -e COMUNIO_USERNAME -e COMUNIO_PASSWORD -e COMUNIO_TIMEZONE -e COMUNIO_USER_AGENT ghcr.io/josetorronteras/comunio-mcp:1.0.2COMUNIO_USERNAMEEmail or username of the Comunio account the server acts for.COMUNIO_PASSWORDSecretPassword of that Comunio account.COMUNIO_TIMEZONEIANA timezone used for the x-timezone header and the login offset. Defaults to Europe/Madrid.COMUNIO_USER_AGENTOverrides the browser user agent sent to Comunio. Only needed if the API starts refusing the default.Local servers need a runtime on your machine (e.g. Node.js 18+). Config file locations differ by client; see your client’s docs.
ghcr.io/josetorronteras/comunio-mcp:1.0.2stdioTools
Local servers expose tools only once running on your machine, and the maintainer has not provided a tool list.
Details
From the project READMEComunio MCP
An MCP (Model Context Protocol) server for Comunio, the online football fantasy manager.
It gives an AI assistant access to your league — squad, market, offers, standings, transfers — and
lets it act on your behalf: bid, sell, set the lineup. One line, client ↔ MCP ↔ Comunio, and this
is the middle segment.
Status: in daily use against a real account. Nineteen tools: reading the squad, market, offers, standings and transfers, and acting on the market, bids and lineup. It talks to Comunio's unofficial API, which can change without notice — see docs/comunio-api.md for what is mapped and what is not.
How it works
Tools come in two kinds, and the name tells you which:
| Kind | Naming | What it does |
|---|---|---|
| Read | get_squad, get_market, get_offers | Query only. Never changes anything. Always safe. |
| Write | place_bid, accept_offer, set_lineup | Changes your team or spends your money. |
Two properties fall out of that:
There is no AI model inside this server, and no strategy either. It translates: it makes
Comunio's API callable and its answers legible — unpicking slot numbers, the five different ways one
endpoint writes "no data", a ranking field that is 0 for every row. Which player to buy is left to
the assistant you are already talking to. No API key, no GPU, no inference cost.
Your client asks before it acts. Every mutating tool declares itself as one, so your MCP client knows to stop and ask you first. The server does not second-guess a move once you have agreed to it, and it reports what Comunio actually answered rather than assuming it worked.
Requirements
- Docker.
- A Comunio account. There is no API key and no sign-up — the server logs in as you.
Nothing else needs to be installed on the host.
Quick start
The image is published, so there is nothing to clone and nothing to build. Put your credentials in a file only you can read, rather than in a command your shell will remember:
install -m 600 /dev/null ~/.comunio.env
$EDITOR ~/.comunio.env # COMUNIO_USERNAME=you
# COMUNIO_PASSWORD=...
claude mcp add comunio -- docker run -i --rm \
--env-file "$HOME/.comunio.env" \
ghcr.io/josetorronteras/comunio-mcp
Then ask your assistant how your team is doing — get_account is the quickest proof that
the credentials work.
For Claude Desktop, for the uvx route that skips Docker entirely, and for what each
variable does, see docs/setup.md.
Documentation
- Setup — running the image and connecting it to an MCP client
- Tools — what each tool returns and what it touches
- Development — layout, dev commands, SDK gotchas
- Architecture — design decisions and the reasoning behind them
- Comunio API — authentication, the link index and what is still unmapped
- MCP protocol notes — the parts of MCP
2026-07-28that shape this project - Changelog — what changed in each release
Contributing
Issues and pull requests are welcome. CONTRIBUTING.md covers the setup, what belongs in the server and what does not, and the rules that are not negotiable — no credentials, no tokens and no real account data in a commit. Vulnerabilities go through SECURITY.md rather than a public issue.
Versioning
Releases follow semantic versioning, and what it covers is the MCP surface: tool names, their input schemas, and the fields their responses carry. Renaming a tool, dropping a parameter or removing a field from a response is a major version. Adding a tool, an optional parameter or a field is a minor one.
What it cannot cover is Comunio. This talks to an unofficial API that can change or break without notice, and no version number here can promise otherwise. When it does change, the fix ships as a patch or a minor — the tools stay the same shape.
License
MIT.
Disclaimer
Unofficial project, not affiliated with Comunio. Use it with your own account and at your own risk.
Comments
New to MCP?
From what the protocol is to installing your first server, these answers cover most first questions.
An open protocol that defines how AI applications connect to external tools and data in a uniform way. Clients talk to the model; MCP servers provide tools, resources and prompt templates. They exchange standard messages, so one server can be reused by many clients.