MCP 服务器

Tegro Wallet MCP

Provides read-only, real-time access to TON blockchain data including wallet balances, token holdings, transactions, prices, NFTs, DNS resolution, and address validation, without requiring private keys.

README

Tegro Wallet MCP — TON / GRAM

The TON & GRAM wallet MCP. Give any AI assistant read-only, real-time access to TON on-chain data — wallet balances, tokens, transactions, prices, NFTs, TON DNS and address validation — with no private keys and no signing. One server, every major AI client.

Read-only Model Context Protocol server for TON wallets and the GRAM token (formerly Toncoin). Works out of the box with Claude Desktop, Claude Code, Cursor, Hermes Agent (MCP) and ChatGPT (GPT Actions via OpenAPI).

Part of the Tegro open ecosystem — see @tegroton/tegro-finance (DEX) and @tegroton/tegro-money (payments).

🔁 The TON native token rebranded Toncoin → Gram (ticker TON → GRAM, 2026‑06‑15). Balances are 1:1, the network and addresses stay TON. This server surfaces amounts as GRAM and the network as TON.

Tools

Tool	What it returns
`ton_get_account`	GRAM balance, status, wallet flag for an address
`ton_get_jettons`	Jetton (token) balances with fiat value
`ton_get_transactions`	Recent transactions — type, GRAM amount, counterparty, comment
`ton_get_rate`	GRAM (or any jetton) price in a fiat currency + 24h change
`ton_get_jetton_info`	Jetton metadata by master address (symbol, supply, verification)
`ton_get_nfts`	NFTs owned by an address
`ton_resolve_dns`	TON DNS name → wallet address
`ton_validate_address`	Validate + normalize an address offline (CRC16, bounceable/testnet flags)

Every tool maps 1:1 to an MCP tool and an HTTP POST /tools/<name> operation in the OpenAPI spec — the two surfaces are generated from one definition.

Example output

// ton_get_rate { "token": "ton", "currency": "usd" }
{ "token": "GRAM", "currency": "USD", "price": 1.58, "diff24h": "+1.39%" }

// ton_get_account { "address": "UQ…" }
{ "address": "0:…", "balanceGram": "12.8400", "balanceNano": "12840000000",
  "status": "active", "isWallet": true, "network": "TON" }

// ton_validate_address { "address": "EQ…" }   ← offline, no network
{ "valid": true, "format": "friendly", "raw": "0:…", "workchain": 0,
  "bounceable": true, "testnet": false }

Ask an AI assistant: "What's the GRAM price, and how much is in foundation.ton?" — it resolves the DNS name, reads the balance, and answers with live data.

Quick start

npx @tegroton/wallet-mcp           # MCP server over stdio
npx @tegroton/wallet-mcp http 8787 # HTTP + OpenAPI on :8787 (for ChatGPT / universal)

No configuration is required. To lift the public rate limit, set a TonAPI key: TONAPI_KEY=....

Connect it

Claude Desktop / Claude Code / Cursor (MCP)

Add to your MCP config (claude_desktop_config.json, Cursor ~/.cursor/mcp.json, or claude mcp add):

{
  "mcpServers": {
    "tegro-wallet-mcp": {
      "command": "npx",
      "args": ["-y", "@tegroton/wallet-mcp"],
      "env": { "TONAPI_KEY": "" }
    }
  }
}

Claude Code one-liner: claude mcp add tegro-wallet-mcp -- npx -y @tegroton/wallet-mcp

Hermes Agent (MCP)

Hermes Agent connects any MCP server. Add @tegroton/wallet-mcp as an MCP server in its MCP config / registry with the same command/args as above, then enable it via hermes tools.

ChatGPT (GPT Actions)

Run the HTTP surface (self-host — see below) and point a custom GPT's Action at https://<your-host>/openapi.json. Each tool becomes an operation the GPT can call. Read-only, so no auth is required (add your own if you host it privately).

Self-host the HTTP surface

# from source
npm i && npm run build && node dist/cli.js http 8787

# docker
docker build -t tegro-wallet-mcp . && docker run -p 8787:8787 -e TONAPI_KEY=... tegro-wallet-mcp

Endpoints: GET / (info), GET /health, GET /openapi.json, POST /tools/<name> (JSON body).

curl -s localhost:8787/tools/ton_get_rate -d '{"token":"ton","currency":"usd"}'
# → {"token":"GRAM","currency":"USD","price":1.58,"diff24h":"+1.39%"}

Safety

Read-only. No private keys, no seed phrases, no signing, no transactions — the server only reads public on-chain data via TonAPI.
No secrets are required or stored. An optional TONAPI_KEY (yours) only raises the rate limit.
Non-custodial by design: it cannot move funds.

Programmatic use

import { getAccount, getRate } from "@tegroton/wallet-mcp";
const acc = await getAccount("UQ…");   // { balanceGram, status, network: "TON", … }
const rate = await getRate("ton", "usd"); // { token: "GRAM", price, diff24h }