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Autonomous xRocket CEX trading for AI agents over MCP, bounded by operator-set daily limits, with live market data.

0 stars TypeScriptOthers Updated Aug 25, 2026
agent-skillcodex-plugincrypto-exchangemcpmcp-servermodel-context-protocoltradingxrocketai-agentsmarket-datastreamable-httptelegramgemini-cli-extension

Documentation

xRocket Exchange MCP

Smithery

Set one daily value limit, connect an xRocket API token locally, and let an MCP-capable AI agent place and cancel spot orders autonomously inside that limit. Internal transfers and external withdrawals remain separate prepare/approve/execute operations.

The hosted endpoint is a zero-account market-data demo and onboarding path. Actual account reads and trading run locally with the user's xRocket token. This project is not affiliated with, endorsed by, or operated by xRocket.

Set up trading · Open xRocket · Try the market demo · Official API overview · Safety model · Coverage · Distribution

What is included

LayerPurposeDefault
MCP serverSemantic tools over the official REST API`public`, mainnet, read-only
Agent skillTeaches agents market analysis, bounded autonomous trading, explicit transfer/withdrawal approval, and reconciliationRead first; stay inside the configured policy
Portable Agent PluginInstalls the public MCP endpoint and skill in GitHub Copilot CLI and other Agent Plugins-compatible hostsPublic tools only
Gemini CLI extensionInstalls the public MCP endpoint directly from GitHub and is eligible for automatic Gallery indexingPublic tools only
Codex / Claude Code pluginInstalls the server and skill together from a repo marketplacePublic tools only
Registry metadata`server.json` for `io.github.nakazanie-ton/xrocket`Published in the Official MCP Registry
Hosted endpointPublic mainnet tools over Streamable HTTPNo install, token, or account access

The API surface was re-audited on 2026-08-24 and still covers all 50 Exchange documentation pages, all 26 OpenAPI operations, and all 7 WebSocket channels. The four linked legal PDFs were reviewed separately on 2026-08-07. The current OpenAPI document has canonical SHA-256 `5de074def6ee9f59c7c1d1a2f8a06e1f5e2fafb446ebef58af7168e32813e2a3`. See the source inventory.

Tool profiles

ProfileToolsTokenFinancial writes
`public`10 public market-data and onboarding toolsNot usedImpossible
`private-read`Public tools plus 6 account/history toolsRequiredImpossible
`full`Public and private reads, 3 autonomous trading tools, and 4 transfer/withdrawal approval toolsRequiredStill disabled until each feature gate is enabled

For normal questions, `xrocket_market_snapshot` resolves a symbol or base asset and returns rules, ticker, best bid/ask, recent trades, fees, and an Open xRocket next action in one call. Private mode adds `xrocket_account_overview` for funding balances, trading balances, and active orders without inventing portfolio valuation. Full mode adds autonomous market/limit orders and cancellation inside the local policy; transfers and withdrawals keep their approval receipts.

Quick start — trade through MCP

1. Sign in to xRocket. In the bot, open Menu → Settings → Exchange settings → API token.

2. Generate a testnet configuration with one daily value limit:

bash
npx -y xrocket-mcp@0.6.0 trading-config --limit 100 --asset USD

3. Paste the printed JSON into your local MCP client and replace `SET_YOUR_XROCKET_API_TOKEN_LOCALLY` in that client's local secret or environment settings. Do not paste the token into chat, this website, an issue, or a committed file.

4. Give the agent a strategy:

> Use xRocket on testnet. Trade GRAM-USDT with this strategy: [describe strategy]. Stay inside the configured daily trading limit. Do not transfer or withdraw funds.

5. The agent can now place and cancel market or limit orders on any available spot pair until the daily limit or the built-in order-count limits are reached.

After testing, generate a live configuration with `npx -y xrocket-mcp@0.6.0 trading-config --limit 100 --asset USD --mainnet`. Transfers and withdrawals remain disabled.

The xRocket API token is a broad bearer credential without documented granular scopes. Local MCP feature gates reduce what this server exposes, but they do not narrow the upstream token itself. Use a trusted local client and protect its configuration like a password.

Market-data demo — no installation

Open the zero-install connection page or add this URL to any MCP client that supports Streamable HTTP:

text
https://xrocket-mcp-production.up.railway.app/mcp

Generic client configuration:

json
{
  "mcpServers": {
    "xrocket": {
      "url": "https://xrocket-mcp-production.up.railway.app/mcp"
    }
  }
}

The hosted service is structurally limited to the 10 public mainnet tools. It never reads tokens, account data, or financial-write settings. Its health endpoint is `/health`.

For balances, order history, or autonomous execution, use the local package above. The remote demo cannot be upgraded with a token.

Local package

Requirements: Node.js 20 or newer. No clone or configuration is needed for public market data:

bash
npx -y xrocket-mcp@0.6.0 doctor
npx -y xrocket-mcp@0.6.0 config

The second command prints this copy-paste MCP client configuration:

json
{
  "mcpServers": {
    "xrocket": {
      "command": "npx",
      "args": ["-y", "xrocket-mcp@0.6.0"],
      "env": {
        "XROCKET_ENVIRONMENT": "mainnet",
        "XROCKET_ENABLE_TRADING": "false",
        "XROCKET_ENABLE_TRANSFERS": "false",
        "XROCKET_ENABLE_WITHDRAWALS": "false",
        "XROCKET_ALLOW_MAINNET_WRITES": "false"
      }
    }
  }
}

The Codex bundle is described by `plugins/xrocket-exchange/.codex-plugin/plugin.json`, and its safe defaults are already set in `plugins/xrocket-exchange/.mcp.json`. Register this repository's marketplace, then install the all-in-one plugin:

bash
codex plugin marketplace add nakazanie-ton/myrocket --ref main
codex plugin add xrocket-exchange@xrocket-agents

GitHub Copilot CLI can install the portable Agent Plugin directly from its repository subdirectory:

bash
copilot plugin install nakazanie-ton/myrocket:plugins/xrocket-exchange

This direct install uses the hosted public-only MCP endpoint. Local account access and trading still use the one-limit configuration generated in the quick start above.

Gemini CLI can install the root extension directly:

bash
gemini extensions install https://github.com/nakazanie-ton/myrocket

The Gemini extension also starts with the hosted public-only tools and returns the local trading setup when account access is requested.

For a local clone, replace the first command with `codex plugin marketplace add /absolute/path/to/myrocket`.

Claude Code uses the same public-first bundle through its native marketplace:

bash
claude plugin marketplace add nakazanie-ton/myrocket
claude plugin install xrocket-exchange@xrocket-agents

The installed plugin can inspect live markets immediately. When account access or trading is requested, its skill directs the user to sign in and generate the local configuration with one daily limit; no API token is requested in chat.

For source development:

bash
git clone https://github.com/nakazanie-ton/myrocket.git
cd myrocket/plugins/xrocket-exchange
npm ci
npm test
npm run build

The current package is `xrocket-mcp@0.6.0`.

Enabling private reads

Create an xRocket API token in the signed-in bot and pass it only through the local process environment. With a token present, the profile defaults to `private-read`; an explicit profile is still respected:

bash
export XROCKET_ENVIRONMENT=testnet
export XROCKET_API_TOKEN='replace-with-your-token'
node dist/cli.js

Never put the bearer token in a prompt, tool argument, committed MCP file, issue, or log. xRocket describes one broad bearer credential rather than fine-grained scopes, so treat it as full account access.

Enabling a write capability

`full` does not enable writes by itself. Enable only the capability you need:

bash
export XROCKET_PROFILE=full
export XROCKET_ENVIRONMENT=testnet
export XROCKET_API_TOKEN='replace-with-your-token'
export XROCKET_ENABLE_TRADING=true
export XROCKET_TRADING_LIMIT='100 USD'
# XROCKET_ENABLE_TRANSFERS and XROCKET_ENABLE_WITHDRAWALS remain false
node dist/cli.js

Trading orders are autonomous:

1. `xrocket_agent_trade` estimates the order, converts its quote value to the configured limit asset, checks the daily value, daily order-count, and active-order limits, reserves the amount durably, and submits once.

2. `xrocket_agent_cancel` cancels an existing order directly. Cancellation does not need per-order approval.

3. Unknown placement outcomes remain charged against the limit and are never retried automatically.

4. All spot symbols are allowed by default. `XROCKET_TRADING_SYMBOLS` is an optional advanced allowlist, not an onboarding requirement.

Internal transfers and external withdrawals still use the exact prepare/approve/execute receipt flow. Their feature gates are off in the generated trading configuration.

Mainnet writes additionally require `XROCKET_ENVIRONMENT=mainnet` and `XROCKET_ALLOW_MAINNET_WRITES=true`. See configuration and safety details.

Important API boundaries

  • The Exchange API has no deposit-address or create-deposit endpoint. `xrocket_onboarding_links` provides the configured UI path; balances can be refreshed afterward.
  • Exchange `POST /api/v1/accounts/transfers` moves funds only between the same user's `funding` and `trading` accounts. It is not a user-to-user payment tool.
  • xRocket Pay is a different product, uses different authentication, and is outside this server.
  • The official API currently uses asset identifier `TONCOIN` in places where the UI may say TON.
  • The 0.6.0 server uses REST snapshots. WebSocket channels are audited but not exposed until the upstream documentation defines reliable replay, gap recovery, and orderbook delta deletion semantics.
  • Decimal financial values remain strings. Do not coerce them through binary floating point.

Development

bash
cd plugins/xrocket-exchange
npm ci
npm test
npm run typecheck
npm run build
npm pack --dry-run

CI also checks the recorded documentation inventory and OpenAPI digest for drift. No live private credentials are used in tests.

Policy and support

This software can submit trades, transfers, and blockchain withdrawals when a local operator explicitly enables those capabilities. Review SECURITY.md, PRIVACY.md, TERMS.md, the project's legal and policy review, and xRocket's canonical terms and policies guide before use.

OpenAI's public plugin directory rules currently prohibit tools that execute investment trades, money transfers, or cryptocurrency transfers. The full profile is therefore not eligible for that public directory. Only the separately built hosted endpoint is a public-directory candidate; it contains no private or financial-write tool registrations.

Report defects through GitHub Issues. Report vulnerabilities privately as described in SECURITY.md.

Frequently asked questions

What is myrocket?

myrocket is Autonomous xRocket CEX trading for AI agents over MCP, bounded by operator-set daily limits, with live market data.

How do I install myrocket?

Open the GitHub repository and follow its README. Most MCP servers are added to your client's MCP config, then called by your agent.

Is myrocket open source?

Yes — it is hosted on GitHub at https://github.com/nakazanie-ton/myrocket.

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