Market Depth Lab

Market Depth Lab MCP

Read-only Hyperliquid and cross-exchange market research for AI agents.

🌐 Project website and live dashboards: [marketdepthlab.com](https://marketdepthlab.com)

Every MCP result points back to [Market Depth Lab](https://marketdepthlab.com), where the public dashboards, methodology and related research live.

Market Depth Lab MCP gives Claude, Codex, Cursor and other MCP clients nine structured tools for public Hyperliquid and cross-exchange market data. It does not request a private key, wallet signature, exchange login or permission to trade.

Independent open-source software. Not affiliated with or endorsed by

Hyperliquid. Research information only; not financial advice.

Why this server

• Useful on the first call: live HYPE, funding, wallet, TWAP and cross-exchange spread queries.
• Read-only by design: no order placement, signing or wallet mutation.
• Honest coverage: monitored-address rankings are labeled as a cohort, not a protocol-wide holder census.
• Agent-friendly output: each tool returns concise text and stable structuredContent.
• Traceable: results include source, time/coverage boundaries and one stateful link to the corresponding Market Depth Lab tool.

Tools

Funding rate and spread engines

The three concepts are deliberately separate:

1. hyperliquid_list_funding_rates describes the current Hyperliquid main and HIP-3 funding universe, including exact trailing-24h sums for the returned page.
2. scan_cross_exchange_funding_spreads normalizes one-hour and eight-hour settlement intervals, then compares a lower-funding long leg with a higher-funding short leg. Its annualized number is a comparison, not a forecast.
3. scan_cross_exchange_perp_price_spreads compares public top-of-book quotes. It reports both entry-fee and round-trip-fee views, plus the smaller visible notional on the selected bid/ask levels. OKX contract counts are converted with the public instrument ctVal before notional is calculated.

The scanners are original TypeScript implementations informed by the read-only monitoring workflow used in Market Depth Lab's local research. They do not vendor or modify the reference Python projects.

Neither scanner places orders. A row is a screening candidate, not proof of executable or risk-free arbitrage. Funding can change; REST snapshots are not simultaneous; Binance/OKX normally settle in USDT while Hyperliquid main perps settle in USDC; and deeper-book slippage, transfers, margin, liquidation, venue access and close-out prices remain outside the estimate.

Requirements

• Node.js 20 or newer
• Internet access for public Hyperliquid/HypurrScan data
• No API key

Install with npm

The public package is market-depth-lab-mcp-server.

Use this configuration in an MCP client that supports local stdio servers:

{

"mcpServers": { "market-depth-lab": { "command": "npx", "args": ["-y", "market-depth-lab-mcp-server"] } } }

npx downloads the published package and starts the local read-only MCP process. No exchange login, wallet connection or API key is required.

Install from source

git clone https://github.com/derkcc/market-depth-lab-mcp.git

cd market-depth-lab-mcp npm ci npm run build

Use the absolute path to dist/index.js in your MCP client:

{

"mcpServers": { "market-depth-lab": { "command": "node", "args": ["/absolute/path/to/market-depth-lab-mcp/dist/index.js"] } } }

Use the source checkout when you want to review or modify the implementation; use the npm configuration above for the shortest installation path.

Example prompts

Show the five Hyperliquid markets with the highest absolute current funding.

Include trailing 24h funding and explain who pays whom.

Compare BTC, ETH, SOL and HYPE funding on Binance, OKX and Hyperliquid.

Assume a 24-hour holding period and 12 bps of total round-trip costs. Show the current annualized spread, projected net carry and break-even hours.

Scan BTC, ETH and SOL perpetual top-of-book spreads across Binance, OKX and

Hyperliquid. Use round-trip taker fees, require at least $5,000 visible at the selected levels, and explain every non-execution boundary.

Analyze 0x... on Hyperliquid. Summarize gross exposure, effective leverage,

largest position and recent realized PnL. Do not give trading advice.

Within the monitored cohort, list the top BTC positions and separate longs

from shorts. State the cohort boundary before the ranking.

Estimate round-trip taker fees for a $25,000 tier-zero perpetual position.

Data and privacy

The server has no analytics or telemetry. A wallet address submitted to analyze_hyperliquid_wallet is sent directly from your machine to the public Hyperliquid API. Position-index calls use https://data.marketdepthlab.com/v1/positions/latest.

Public exchange endpoints can be unavailable in some regions. Both cross-exchange tools expose per-venue available, partial or unavailable coverage and their error messages. They never silently claim that a two-venue or three-venue comparison was complete.

Position-index boundary

Market Depth Lab rotates through a monitored pool of public addresses. The index is useful for cohort-level market structure, but it is:

• not a list of every Hyperliquid account;
• not a simultaneous snapshot of all monitored addresses;
• not proof of who controls an address;
• not a recommendation to copy any address.

Every position tool reports the snapshot time, age, monitored-address count, staleness state and coverage boundary.

Configuration

All variables are optional.

When MDL_POSITION_INDEX_PATH is set, the two position tools do not make a network request. Other live-data tools still use public upstream APIs.

Development

npm ci

npm run check npm test npm pack --dry-run

The test suite performs an in-memory MCP handshake, verifies the nine tool definitions and calls the local fee tool through the protocol. Live upstream smoke tests should be run before each release, but are intentionally excluded from deterministic CI.

Public project links

• Website: https://marketdepthlab.com
• Live tools: https://marketdepthlab.com
• Issues: GitHub Issues
• Security: SECURITY.md
• Contributing: CONTRIBUTING.md

License

MIT