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superbox.ai

📦 Discover, deploy, and test MCPs in isolated sandboxes

Installation
Run this command in your terminal to add the MCP server to Claude Code.
Run in terminal:
Command
claude mcp add --transport stdio areebahmeddd-superbox.ai python -m superbox.server

How to use

Typical workflows start by installing the SuperBox CLI (pip install superbox). Use superbox init to scaffold a new MCP server project, then superbox push to publish it to the central registry. Clients can be auto-configured with superbox pull --client <client-name>, which writes a correct MCP config pointing to the Lambda endpoint. For interactive experimentation or testing, use superbox run --name <server> to start an interactive session against the Lambda executor, or superbox logs --name <server> to stream execution logs from AWS. The platform also includes search, inspect, and test commands to locate servers, view security reports, and run server tests directly from the repository. The Lambda-backed executor specifically supports Python MCP servers, so Python-based MCPs are the primary target for online execution and sandboxing.

How to install

Prerequisites:

  • Python 3.8+ and pip installed on your system
  • Optional: AWS credentials configured if you plan to use Cloud logs or Lambda execution

Installation steps:

  1. Install the SuperBox CLI: pip install superbox

  2. Verify installation: superbox --version

  3. Authenticate (optional but recommended for registry access): superbox auth login

  4. Initialize a new MCP server project (example): superbox init --name my-mcp-server

  5. Push your MCP to the registry: superbox push --name my-mcp-server

  6. Configure a client to use your MCP via Lambda endpoint: superbox pull --client cursor

  7. Run and test locally against the Lambda executor: superbox run --name my-mcp-server

Notes:

  • If you are deploying in AWS or using the registry, ensure your environment has appropriate AWS permissions.
  • The Lambda executor currently supports Python MCP servers; ensure your MCP is Python-based or compatible with the supported runtime.

Additional notes

Tips and common issues:

  • Ensure your MCP server is discoverable by the SuperBox registry (published via push) and includes proper metadata for automated discovery.
  • When using logs, you can follow real-time output with superbox logs --name <server>.
  • If you encounter registry or authentication issues, run superbox auth status to verify your session, and check your AWS credentials if using Lambda-backed execution.
  • The CLI supports client auto-configuration for multiple clients (e.g., Cursor, VS Code, Windsurf, Claude, ChatGPT); use the pull command with the desired client to generate correct MCP config files pointing to the Lambda endpoint.
  • For debugging locally, you can use the interactive run mode which opens a session against the Lambda executor; examine logs and results to diagnose environment or runtime mismatches.

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