Connect your AI agent to CSPR.trade — the Uniswap V2 DEX on the Casper Network — in under a minute. No local setup required.

Public Endpoint

A production MCP server is live at:

https://mcp.cspr.trade/mcp

This is a Streamable HTTP endpoint on Casper mainnet. It exposes 24 public tools for market data, price history, swaps, liquidity, trade analysis, and account queries — ready for any MCP-compatible client.

Health check: https://mcp.cspr.trade/health

Connect Your Client

Claude Desktop / Claude Code

Add to your MCP settings (.claude.json or Claude Desktop config):

{
  "mcpServers": {
    "cspr-trade": {
      "url": "https://mcp.cspr.trade/mcp"
    }
  }
}

That's it. Claude can now check token prices, fetch price history, get swap quotes, and explore liquidity pools on Casper.

Cursor

Add to .cursor/mcp.json:

{
  "mcpServers": {
    "cspr-trade": {
      "url": "https://mcp.cspr.trade/mcp"
    }
  }
}

OpenClaw / AI Agent Frameworks

Install the skill from ClawHub:

npx clawhub@latest install cspr-trade-mcp

This installs a complete agent skill with workflow instructions — intent classification, quote-before-swap patterns, pre-trade analysis, price-impact warnings, signing flows, price-history lookups, and error handling. Your agent reads it and knows how to use all 24 public tools correctly.

Alternatively, point your agent at the raw SKILL.md:

https://mcp.cspr.trade/SKILL.md

There's also an llms.txt with the full tool reference for LLM context.

Any MCP Client

Point your client at:

https://mcp.cspr.trade/mcp

The server speaks Streamable HTTP (the standard MCP HTTP transport). No API key required.

What You Can Do

Once connected, your agent has access to 24 public tools:

Market Data (read-only, no wallet needed)

• get_tokens — List tradable tokens with optional fiat pricing
• get_pairs — Browse trading pairs with reserves and stats
• get_pair_details — Deep dive into a specific pair
• get_quote — Get swap quotes with routing, price impact, and slippage
• get_currencies — Available fiat currencies for pricing
• get_pair_price_history — OHLCV candlestick history for a specific pair
• get_token_price_history — OHLCV history for a token via its primary trading pair

Trade Analysis (read-only, no wallet needed)

• estimate_price_impact — Check how much your trade moves the price before executing
• estimate_slippage — Get expected output and recommended slippage tolerance
• analyze_trade — Full pre-trade analysis with actionable recommendation (proceed, caution, high_risk, not_recommended)
• optimal_liquidity_amounts — Calculate optimal paired token amounts for LP deposits

Trading (requires a Casper wallet)

• build_swap — Build an unsigned swap transaction
• build_approve_token — Build a token approval transaction
• submit_transaction — Submit a signed transaction to the network

Liquidity (requires a Casper wallet)

• build_add_liquidity — Build an add-liquidity transaction
• build_remove_liquidity — Build a remove-liquidity transaction

Account

• get_token_balance — CEP-18 fungible token balances for an account
• get_liquidity_positions — View LP positions for any account
• get_impermanent_loss — Calculate IL for a position
• get_swap_history — Transaction history by public key or pair
• get_portfolio_value — Aggregate LP positions into estimated CSPR + fiat totals
• get_position_status — Per-position IL and current token amounts

Optional Local Signing (+1 tool in signer mode)

• sign_deploy — Sign transactions locally in a separate signer-only MCP instance

That full two-server setup gives your agent 23 total tools.

Try It Now

Ask your agent:

"What tokens are available on CSPR.trade?"

"Get me a quote for swapping 1000 CSPR to USDT"

"Show me the top liquidity pools by reserves"

"Show me 7 daily candles for sCSPR"

"Analyze a trade of 500,000 CSPR to USDT — is it safe?"

Market data and trade analysis queries work immediately — no wallet needed.

Non-Custodial Design

When executing trades, the MCP server never handles private keys. The flow is:

1. Agent calls build_swap → gets unsigned transaction JSON
2. You or a local signer sign the transaction on your machine
3. Agent calls submit_transaction with the signed transaction

If you configure a separate cspr-signer MCP instance, the agent can call sign_deploy automatically without ever seeing the private key.

Next Steps

• Agent Guide — Detailed workflow guide for AI agents using these tools
• Self-Hosting — Run your own MCP server with the npm packages
• SDK Reference — Use the TypeScript SDK directly in your own code

TypeScript Type Imports

All public types are exported from the package root, enabling clean type-only imports:

import type {
  CsprTradeClientConfig,
  SwapParams, QuoteParams, Quote,
  PairQuery, PaginatedResult, Pair,
  Token, TokenBalance, NativeCsprBalance,
  TradeAnalysis, PriceImpactEstimate, SlippageEstimate,
  OHLCVCandle, PriceHistoryInterval,
  LiquidityPosition, AddLiquidityParams,
  QuoteApiParams,
} from '@make-software/cspr-trade-mcp-sdk';

These types are useful when building typed wrappers around the SDK or when passing parameters to functions that accept SDK types.