Retrieve detailed information about specific prediction markets from platforms like Kalshi and Polymarket to support market analysis and trading decisions.
MIT
554,166 tools. Updated 2026-09-12 22:02
"Information about prediction markets and Polymarket platform" matching MCP tools:
- Query prediction markets and derivatives across Polymarket, Kalshi, and more. Search venues, get prices, OHLCV, order books, and wallet analytics via a single pay-per-call API.MIT
- Trade Polymarket prediction markets from your wallet: fund, buy/sell, track positions, redeem winnings, withdraw — no account or API keys needed.MITDestructive
- List active markets from the registry with filters by venue, market class (perp, spot, prediction), and issuer. Returns data including HIP-4 outcome contracts for binary markets.MIT
- Identify events where regulated prediction markets diverge significantly, surfacing potential information gaps and trading opportunities.MIT
- Find open, quote-ready prediction markets on Kalshi and Polymarket. Filter by source or search to identify tradeable opportunities with volume, liquidity, and eligibility data.MIT
Matching MCP Servers
- AlicenseNot gradedqualityBmaintenanceProvides AI agents with real-time prediction market odds from Polymarket and Kalshi, enabling them to browse active markets, retrieve detailed probabilities and trading data, and discover trending markets via x402 micropayments.MIT
- AlicenseAqualityDmaintenanceProvides search, trending, odds, arbitrage, and category browsing for prediction markets (Polymarket & Kalshi) via the Model Context Protocol, enabling AI agents to access live market data without API keys.51MIT
Matching MCP Connectors
Live Kalshi + Polymarket prices, orderbooks, trades, results. Pay per result via Apify.
Polymarket MCP — prediction-market data via Gamma + CLOB public APIs.
- Search prediction market events on Polymarket and Kalshi using a keyword, slug, or ticker. Get matching events with markets and outcome probabilities.MIT
- Retrieve full details for a prediction market event: sub-markets, outcome probabilities, rules, and settlement timing. Limit sub-markets to control response size.MIT
- Spot arbitrage opportunities by comparing Polymarket and Kalshi prices to find prediction-market questions with significant probability divergence. Filter by keyword, limit, and minimum gap, then verify each match before acting.MIT
- List prediction market events with filters for category, platform, and status. Returns events including markets and outcome probabilities.MIT
- Retrieve detailed information about a specific job from Itential Platform, including status, tasks, metrics, and results.GPL 3.0
- Fetch Polymarket prediction markets filtered by status and category, with pagination and 24h volume sorting. Browse all markets in a category, including closed or resolved, to analyze trading opportunities.MIT
- Retrieve active prediction markets open for consensus. Filter by sport or adjust the number of markets returned.MIT
- Track prediction markets on Polymarket and Kalshi with live prices, odds, volume, open interest, trades, and analytics.MIT
- Get Polymarket prediction market positions for an Ethereum address, showing active positions, values, and P&L to assess market exposure.MIT
- Search active Polymarket prediction markets by keyword and rank results by 24-hour volume. Get prices, outcomes, liquidity, and end dates to compare market activity.MIT
- Search Polymarket markets and filter by smart whale activity to track high-conviction trades.MIT
- Identify Polymarket markets with the highest 24-hour trading volume to spot active YES/NO opportunities and discover liquid markets.MIT
- Retrieve Polymarket prediction markets as normalized event rows. Filter by status, sort, limit, tag, or recurrence to get the needed prediction data.MIT
- Retrieve essential details about the current git repository, including current and default branches, remote URL, and detected platform (GitHub/GitLab).MIT
- Search live prediction markets across Polymarket and Kalshi, filtering by text or probability and sorting by volume, movement, spread, or price.MIT