Quant Finance MCP Server for Stock Analysis and Options Analytics - HPSILab

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8-tool Model Context Protocol server for quantitative finance, stock analysis, options analytics, implied volatility radar, Monte Carlo stock simulation, AI prediction signals, and backtesting.

Use HPSILab with Claude, Cursor, ChatGPT Agents, Cline, Windsurf, and other MCP-compatible clients to research US equities and options workflows from a single API-backed toolset.

Best fit: active investors, options researchers, quant developers, financial research teams, and AI agent builders who need market data analysis tools rather than generic chat output.

Official Remote MCP Endpoint

https://hpsilab.com/mcp

Quick Start

Step 1 — Get an API Key

Create an account at hpsilab.com and generate an API key (hpsi_...) from the settings.

Step 2 — Which option should I use?

Option 1 — Official Remote MCP Service (Recommended)

Connect directly to the official HPSILab MCP endpoint — no installation required, always up to date.

https://hpsilab.com/mcp

Option 2 — Open Source Self-Hosted MCP Server

git clone https://github.com/haiyunsky/hpsilab-quant-finance-mcp.git
cd hpsilab-quant-finance-mcp
pip install .
cp env.example .env
# edit .env and set HPSILAB_API_KEY=hpsi_your_key
hpsilab-quant-finance-mcp

Related MCP server: @cryptyx/mcp-server

Python REST SDK

If you prefer direct REST access without MCP transport, use the official Python SDK package hpsilab-mcp. The SDK is currently published as version 0.3.0. You'll need an API key — see Step 1 in Quick Start.

Installation

pip install hpsilab-mcp

Quick Start

from hpsilab_mcp import HpsiMcpClient

client = HpsiMcpClient(
    api_key="hpsi_your_key",
    base_url="https://hpsilab.com",
)

# Run all tools in one go
result = client.analyze_stock("NVDA")
print(result)

Available SDK Methods

client.analyze_stock("NVDA")
client.get_ai_prediction("NVDA")
client.get_iv_radar("NVDA")
client.get_option_pressure("NVDA")
client.get_monte_carlo("NVDA")
client.get_equity_curves("NVDA")
client.generate_stock_images("NVDA")
client.generate_stock_research_report("NVDA")

REST Endpoint Mapping

Capability Matrix

Note: The Python SDK wraps the hosted REST API and does not implement MCP transport, SSE, streaming, or tool discovery. Use an MCP client when you need assistant-native tool calls or tool discovery.

MCP Client Configuration

Cursor (Remote MCP)

{
  "mcpServers": {
    "hpsilab": {
      "url": "https://hpsilab.com/mcp",
      "headers": {
        "Authorization": "Bearer hpsi_your_key"
      }
    }
  }
}

Claude Desktop / Claude Code (via mcp-remote)

{
  "mcpServers": {
    "hpsilab": {
      "command": "npx",
      "args": [
        "mcp-remote",
        "https://hpsilab.com/mcp",
        "--header",
        "Authorization: Bearer hpsi_your_key"
      ]
    }
  }
}

Self-Hosted (Cursor)

{
  "mcpServers": {
    "hpsilab": {
      "command": "hpsilab-quant-finance-mcp"
    }
  }
}

Available Tools

All tools accept a single symbol parameter: an exchange ticker in uppercase (e.g. "NVDA", "AAPL", "SPY").

analyze_stock

Full institutional-grade analysis — aggregates AI prediction, IV radar, options pressure, Monte Carlo, and backtesting into a single bull/bear verdict.

Use when: you need a holistic market view with confidence score and supporting evidence.

Returns: signal, confidence_score, bullish_factors, bearish_factors, summary

get_iv_radar

Implied volatility metrics: ATM IV, IV rank (0–100), IV percentile, risk reversal direction, and volatility regime.

Use when: you want to assess whether options are cheap or expensive, or identify the current vol regime.

Returns: atm_iv, iv_rank, iv_percentile, risk_reversal, volatility_regime

get_option_pressure

Options-market positioning and dealer-hedging pressure zones: max pain, gamma wall, expected move, and squeeze targets.

Use when: you need strike-level gravitational targets near expiration or want to size an expected-move trade.

Returns: max_pain, gamma_wall, expected_move, squeeze_target, expiry_date, pressure_zones

get_monte_carlo

10,000-path GBM Monte Carlo simulation over a 30-day horizon, calibrated with realized volatility and current IV.

Use when: you need a probabilistic price range, downside probability estimates, or volatility-adjusted scenarios.

Returns: mean_price, range_90, range_68, prob_above_spot, prob_10pct_drop, distribution

get_ai_prediction

Ensemble AI directional prediction (gradient-boosted trees + LSTM + quantum VQC) for the next session's move.

Use when: you want a data-driven up/down probability with per-model votes and market regime classification.

Returns: prediction, up_probability, confidence, model_votes, regime, signal_strength

get_equity_curves

Backtested equity curves and risk-adjusted metrics (Sharpe, Sortino, max drawdown, win rate) for standard quant strategies applied to the ticker.

Use when: you want historical performance context or need to compare strategy quality across tickers.

Returns: strategies[] — each with total_return, sharpe_ratio, max_drawdown, win_rate, equity_curve

generate_stock_research_report

Generates a structured markdown research note synthesizing all signal sources, suitable for sharing with investors.

Use when: a user asks for a "report" or "write-up" and needs a formatted narrative rather than raw JSON.

Returns: report (markdown string), generated_at

generate_stock_images

Returns public URLs for three charts: candlestick price chart, 3-D IV surface, and options flow heatmap. URLs expire after 24 hours.

Use when: a user asks to "see" or "visualize" a chart, or you want to embed visuals in a report.

Returns: price_chart_url, iv_surface_url, options_flow_url, expires_at

Example

More copy-paste prompts are available in examples/prompts.md.

# Quick directional verdict
analyze_stock("NVDA")

# Only need vol data
get_iv_radar("NVDA")

# Probabilistic price range
get_monte_carlo("NVDA")

Example analyze_stock response:

{
  "symbol": "NVDA",
  "signal": "Bearish",
  "confidence_score": 42,
  "bullish_factors": [
    "Monte Carlo range midpoint is above current spot.",
    "Option pressure leaves a meaningful upside weekly-high zone."
  ],
  "bearish_factors": [
    "AI prediction gives only a 34.2% probability of an up close.",
    "Max Pain sits below spot, suggesting downward expiry pin pressure.",
    "Risk reversal is put-heavy.",
    "All three AI models point down."
  ],
  "summary": "NVDA screens bearish with a 42/100 direction score."
}

Architecture

AI Client (Claude / Cursor / Windsurf / ...)
    ↓  MCP protocol
hpsilab-quant-finance-mcp  (this repo)
    ↓  HTTPS REST
HPSILab Quant API  (hpsilab.com)
    ↓
Quant Platform  (IV engine · ML models · Monte Carlo · Backtester)

Python App / Script
    ↓  hpsilab-mcp (pip package)
HPSILab Quant API  (hpsilab.com)
    ↓
Quant Platform  (IV engine · ML models · Monte Carlo · Backtester)

Supported MCP Clients

Cursor · Claude Desktop · Claude Code · ChatGPT Agents · Cline · Roo Code · Windsurf · Continue · Any MCP-compatible client

Who Pays for This

This server is built for users who already have a recurring research workflow:

• Options traders who repeatedly check IV rank, skew, expected move, gamma walls, max pain, and squeeze targets.

• Quant developers who want MCP-native access to Monte Carlo simulations, AI prediction signals, and equity curve backtests.

• Financial advisors, research writers, and market analysts who need repeatable stock research reports and charts.

• AI agent builders who need stock analysis tools for Claude, Cursor, ChatGPT Agents, Cline, Windsurf, or custom MCP clients.

The strongest paid use case is not generic stock chat. It is saving time on repeat options and quant research tasks that a user already performs every week.

Search Keywords

Quant finance MCP server, stock analysis MCP server, options analytics MCP server, implied volatility MCP server, Monte Carlo stock simulation MCP, AI stock prediction MCP, backtesting MCP server, Claude stock analysis MCP, Cursor finance MCP server, ChatGPT stock analysis MCP, financial research MCP tools, Model Context Protocol finance tools.

Disclaimer

This software is provided for research and educational purposes only. Nothing contained in this project constitutes investment advice, financial advice, or a recommendation to buy or sell any security. Always perform your own due diligence before making investment decisions.

License

MIT License — Copyright (c) 2026 Haiyun Hu