SpinQit MCP Tools

Name: SpinQit MCP Tools
Author: SpinQTech

@SpinQTech

SpinQit MCP Tools について

SpinQit MCP Tools is a Python MCP server that connects AI assistants to SpinQ Cloud, enabling QASM circuit submission, platform discovery, and quantum task result retrieval through the Model Context Protocol.

基本情報

カテゴリ

その他

トランスポート

stdio

公開者

SpinQTech

投稿者

SpinQTech

設定

以下の設定を使って、このサーバーを MCP 対応クライアントに追加してください。

{
  "mcpServers": {
    "spinqit_mcp_tools": {
      "command": "<PYTHON_EXECUTABLE_PATH>",
      "args": [
        "-m",
        "spinqit_mcp_tools.qasm_submitter"
      ],
      "env": {
        "PRIVATEKEYPATH": "<YOUR_PRIVATE_KEY_PATH>",
        "SPINQCLOUDUSERNAME": "<YOUR_USERNAME>",
        "SPINQCLOUDHOST": "<SPINQ_CLOUD_HOST>"
      }
    }
  }
}

ツール

ツールは検出されませんでした

ツールは README から自動的に抽出されます。メンテナーは ## Tools という見出しの下に記載することで、このタブに反映できます。

概要

What is SpinQit MCP Tools?

SpinQit MCP Tools is a Model Context Protocol (MCP) server that connects AI assistants to SpinQ Cloud quantum computing resources. It allows MCP-compatible clients (Cursor, Cline, Claude Desktop, Codex, and others) to submit QASM quantum circuits, query available SpinQ Cloud platforms, and retrieve experiment results.

How to use SpinQit MCP Tools?

Install the package with pip install spinqit_mcp_tools, then configure the MCP client to invoke the server via stdio. The server exposes three tools: get_platforms, qasm_submit, and get_task_result_by_id. Authentication requires setting a SpinQ Cloud host, username, and private key.

Key features of SpinQit MCP Tools

Submit QASM quantum circuits to SpinQ Cloud.
Query available SpinQ Cloud execution platforms.
Retrieve quantum task results by task ID.
Supports stdio-based MCP integration.
Works with local Python environments and common MCP clients.
Supports configurable SpinQ Cloud host, username, and private key authentication.

Use cases of SpinQit MCP Tools

AI assistants submitting quantum circuit experiments on demand.
Developers testing quantum algorithms through natural language interfaces.
Researchers querying available quantum hardware platforms before task submission.
Automated workflows that submit circuits and later fetch results asynchronously.