Best MCP Servers for Antigravity: Picks by Use Case (2026)

How to choose the best MCP server for Antigravity

An MCP server is an adapter between an agent and an outside tool or source of context. The useful question is not which server has the longest feature list; it is which server solves the next task without giving the agent more access than the task needs. A repository server, a documentation server, a browser server, and a local-file server have different failure modes and should be evaluated separately.

For this list, a good pick must have a clear maintainer or first-party source, a task that can be tested in a small workspace, a documented authentication or local-process model, and a permission boundary that a human can review. Search interest also shows that people ask about connecting, reloading, debugging, and choosing MCP servers, so the guide treats setup and rollback as part of the recommendation rather than an afterthought.

• Clear publisher, repository, or official documentation
• A narrow job that can be verified with one safe request
• Understandable authentication, scope, and data flow
• A practical way to disable, remove, or replace the server

MCP server comparison at a glance

The table is a decision shortcut, not a promise that every integration works in every Antigravity build. Confirm the current server README, supported transport, authentication flow, and Antigravity version before installing. The official Antigravity documentation and the server's own repository are the source of truth when UI labels or package names change.

If you only need one answer, choose the row whose task matches your immediate job. Do not install all four just because they appear together in a list: extra tools increase the agent's decision surface, create more processes or credentials, and make a failed request harder to isolate.

How to add and verify one MCP server in Antigravity

Use the existing Antigravity IDE MCP setup guide for the Store, global versus workspace scope, WSL paths, and troubleshooting. This page focuses on the decision after you know which server category fits. The safest rollout is incremental: one server, one scope, one known test, and a recorded way back out.

A JSON configuration is only an example shape. Package names, command flags, transport options, and authentication fields belong to the server's current official documentation. Never paste a token into a repository configuration or copy a command from an unverified list just because it looks familiar.

1. Choose the smallest server that matches the task and read its current official README.
2. Pick workspace scope for a project-specific integration; use global scope only when the same access is needed across projects.
3. Install or configure one server, then reload the MCP view instead of changing several files at once.
4. Run one read-only request whose expected result you can verify by hand.
5. Record the server version, scope, permissions, and removal step before enabling write or browser actions.

{
  "mcpServers": {
    "example": {
      "command": "npx",
      "args": ["-y", "official-package-name"]
    }
  }
}

Security checks before calling an MCP server

MCP expands what an agent can see or do, so a successful connection is not the same as a safe connection. Review the publisher, package source, transport, environment variables, allowed paths, authentication scope, and expected tool actions. If you cannot explain where a request goes and which data it can touch, stop before enabling it.

Use separate test credentials and a disposable workspace for first runs. Keep a small log of what you installed and how to disable it. When a server behaves unexpectedly, remove the newest integration first, reload Antigravity, and reproduce the smallest failing request rather than adding more servers to compensate.

• Prefer official repositories, first-party documentation, or a publisher you can verify.
• Limit filesystem paths and repository permissions to the task at hand.
• Keep API keys, OAuth tokens, and browser profiles out of shared configuration.
• Test read-only behavior before write, shell, browser, or network actions.
• Record the exact server version and configuration scope.
• Know how to disable, remove, and reload the server before production use.