APEX Research MCP Server
Enables quantitative trading research by providing tools to backtest strategies, list market datasets, review forward-test logs, and search previously rejected hypotheses, all through an MCP interface.
README
APEX Research — MCP Server (FastMCP)
A Model Context Protocol server that exposes a quantitative trading-research toolkit as tools an LLM/agent can call. Built in Python with FastMCP.
Each tool is a plain typed Python function; FastMCP turns its type hints + docstring into the JSON schema the model sees. Tools run real computation over real market datasets.
Tools
| Tool | What it does |
|---|---|
list_datasets |
Report which market datasets + live forward-test logs are available |
run_orb_backtest(instrument, cost_bps) |
Backtest the opening-range-breakout rule on M15 data; returns expectancy (R), win rate, profit factor, max drawdown |
forward_test_report(market) |
Summarise a live forward-test log (n, expectancy, win rate) |
search_graveyard(query) |
Search already-rejected hypotheses so an agent doesn't re-test a dead idea |
Run it
pip install fastmcp pandas numpy
python mcp_server/apex_mcp.py # starts the MCP server (stdio transport)
Test it (no external client needed)
python mcp_server/test_apex_mcp.py # in-memory FastMCP Client calls every tool
Connect it to an MCP client (e.g. Claude Desktop)
Add to the client's MCP config:
{
"mcpServers": {
"apex-research": {
"command": "python",
"args": ["C:\\Users\\user\\Desktop\\Apex\\mcp_server\\apex_mcp.py"]
}
}
}
Then the model can call, e.g. "backtest the ORB rule on DAX" and it invokes run_orb_backtest.
What this demonstrates
- Building MCP servers in Python with FastMCP (typed tools, auto-generated schemas)
- Clean tool design: clear contracts, input validation, graceful errors
- Local testing of an MCP server with an in-memory client
- Real backend/data work (pandas/numpy over multi-year market data)
Built by M. Junaid Shahid.
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