Prometeo MCP Server

A server implementation for MCP (Model Context Protocol) to connect Prometeo API. Include functions to access banking information, validate accounts and query CURP.

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🚀 Features

- ✅ Python 3.11+
- ✅ Pydantic v2.x
- ✅ FastMCP integration
- ✅ Prometeo API SDK

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📦 Requirements

- Python 3.11+
- uv installed globally
- An API Key (Register at Prometeo to get one!)

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📥 Installation

Clone the repository and install dependencies with uv:

git clone https://github.com/prometeoapi/prometeo-mcp.git
cd prometeo-mcp
uv venv
source .venv/bin/activate

Install dependencies (you can skip this step if you're running uv run directly inside an MCP-compatible LLM environment like Claude Desktop):

uv pip install -e .

🧠 Running the Application in MCP-Compatible LLMs

This project supports MCP (Model Context Protocol) integration and can be configured for execution inside LLM tools or agents that support external server launching.

Below are configuration examples for different LLMs:

🤖 Claude Desktop (Anthropic)

Inside the Claude Desktop JSON config, add or extend the mcpServers section like this:

{
  "mcpServers": {
    "PrometeoAPI": {
      "command": "uv",
      "args": [
        "--directory",
        "/your/path/to/host",
        "run",
        "prometeo_mcp/server.py"
      ],
      "env": {
        "PROMETEO_API_KEY": "your_api_key",
        "PROMETEO_ENVIRONMENT": "sandbox"
      }
    }
  }
}

> Replace /your/path/to/host with the full absolute path on your system.
>
> Replace your_api_key with your Prometeo sandbox or production key.
>

🧠 OpenAI GPTs (via Plugins or Tool Use)

For GPTs that support calling tools via process launch (or via Agent toolchains like LangChain, AutoGen, etc.), use this shell command:

uv run prometeo_mcp/server.py

You can wrap this in a tool definition or ToolExecutor.

🕹️ OpenInterpreter / OpenDevin

{
  "tools": {
    "PrometeoServer": {
      "type": "command",
      "exec": "uv",
      "args": [
        "run",
        "prometeo_mcp/server.py"
      ],
      "cwd": "/your/path/to/host",
      "env": {
        "PROMETEO_API_KEY": "your_api_key",
        "PROMETEO_ENVIRONMENT": "sandbox"
      }
    }
  }
}

> Replace /your/path/to/host with the full absolute path on your system.
>
> Replace your_api_key with your Prometeo sandbox or production key.
>

🧪 LangChain (via Runnable or Tool)

For LangChain custom tools:

from langchain.tools import Tool
prometeo_server_tool = Tool.from_function(

    name="PrometeoServer",

    func=lambda x: os.system("uv run prometeo_mcp/server.py"),

    description="Runs Prometeo API server"

)

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🛠 Tools

CURP Query Tools

curp_query

Allows you to validate and retrieve information associated with an existing CURP (Clave Única de Registro de Población) by providing the CURP code directly. This function is essential for verifying Mexican identity documents and obtaining associated personal data.

curp_reverse_query

Enables retrieval of a CURP by providing personal demographic data instead of the CURP itself. This function requires name, surnames, gender, birthdate, and state of registration to find the corresponding CURP.

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Account Validation Tools

validate_account

Validates bank account information across multiple Latin American countries (Argentina, Brazil, Colombia, Chile, Ecuador, Mexico, Peru, Uruguay) and the United States. This function verifies if an account exists and returns details about the account holder. It handles various account number formats including CLABE (Mexico), CBU/CVU (Argentina), CCI (Peru), and PIX keys (Brazil).

get_validation_result

Retrieves the status or result of a previously initiated account validation request. This is particularly useful for asynchronous validations that may take time to process through banking systems.

get_tasks

Retrieves information about system tasks and their statuses. This function is useful for monitoring background processes and understanding the overall system state.

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Banking Connection Tools

banking_login

Establishes a connection with a banking provider by authenticating user credentials. It handles multi-factor authentication scenarios by returning a session key that can be used for subsequent operations. If two-factor authentication is required, the function signals that an OTP (One-Time Password) is needed.

banking_get_accounts

Retrieves a list of all accounts associated with an authenticated banking session. This provides account numbers, types, balances, and other relevant details once a user is successfully logged in.

banking_get_movements

Obtains transaction history (movements) for a specific account within a defined date range. This function requires an active session key, account number, currency code, and the desired date range for the transactions.

banking_logout

Securely terminates an active banking session, ensuring proper cleanup of authentication tokens and session data.

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Cross Border Tools

crossborder_create_intent

Create a crossborder payin intent using the destination_id, concept, currency, amount, customer and external_id. Payins support: virtual account (MX) or QR code (BR, PE).

crossborder_create_payout

Create a crossborder payout transfer for the local rail. For MX uses SPEI, for BR uses PIX and for PE uses CCE.

crossborder_get_intent

Get a crossborder payin intent by intent_id. Able to get the status of the intent.

crossborder_get_payout

Get a crossborder payout transfer by payout_id. Able to get the status of the payout.

crossborder_list_intents

List all crossborder payin intents.

crossborder_list_payouts

List all crossborder payout transfers.

crossborder_refund_intent

Refund a crossborder payin intent. Only able to refund if the intent is in Settled status.

crossborder_create_customer

Create a crossborder customer. Customer is used for payins and payouts. If used for payins a QR or virtual account is created when calling the create_intent function. If used for payouts a withdrawal account is needed to perform the payout.

crossborder_get_customer

Get a crossborder customer by customer_id.

crossborder_list_customers

List all crossborder customers

crossborder_update_customer

Update a crossborder customer partial or full data.

crossborder_add_withdrawal_account

Add a withdrawal account to a crossborder customer. In scenarios that customer has more than one withdrawal account, the withdrawal account is selected by default.

crossborder_select_withdrawal_account

Select a withdrawal account for a crossborder customer. This is useful when customer has more than one withdrawal account.

crossborder_get_accounts

Get all accounts to the current merchant (API key assigned).

crossborder_get_account

Get a merchant account by account_id.

crossborder_get_account_transactions

Get all transactions for a merchant account by account_id.

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OpenAPI Resources

openapi://all

Lists all available OpenAPI resources. From this list you can select a resource to read.

openapi://{document_id}

Reads a specific OpenAPI resource by its ID. From this resource you can generate client code to interact with the any Prometeo API.

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💡 Prompt Examples

To see how to interact with this MCP server via supported LLMs, check out:

📁 examples/prompts.md

It contains example prompts you can copy and paste into Claude, ChatGPT (with MCP), or any other compatible LLM to trigger real server calls and test behavior.

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🧪 Running Tests

This project uses pytest and pytest-asyncio:

pytest

Make sure async tests are marked with @pytest.mark.asyncio.

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🛠 Development

Activate the virtual environment:

source .venv/bin/activate
uv pip install -e .[dev]

Run the application:

uv run prometeo_mcp/server.py

📄 License

MIT License. See LICENSE for details.

👥 Contributing

Contributions are welcome! Please open issues or submit pull requests.