Support keyword: antigravity cli remote ssh
Remote SSH usage is mostly an environment problem: auth, PATH, project folders, secrets, and permissions all behave differently from a local terminal.
Updated on 2026-05-27. Independent guide. Use official Google links for downloads and account actions.
Developers search for remote SSH guidance because a terminal-first CLI feels perfect for servers and remote dev boxes. That is true, but the risk is higher: the CLI may see deployment scripts, environment files, production paths, and credentials that do not exist in a local sample project.
The first remote run should be boring. Confirm installation, authenticate through the official browser flow, open a small test folder, and keep permissions conservative.
| Risk | Why it happens remotely | Mitigation |
|---|---|---|
| Wrong user | SSH sessions may use a different home directory. | Check whoami and config paths before debugging. |
| Hidden secrets | Servers often store env files and deployment credentials. | Keep secrets outside the working folder and review file access. |
| Command impact | Remote shell commands can affect live services. | Require confirmation for service, package, and deploy commands. |
| Browser auth mismatch | The remote terminal cannot always open your local browser. | Use the printed URL/code flow and the correct Google account. |
Sources: official Google Antigravity product pages, Google Antigravity CLI documentation, and the Google Developers transition announcement. This site is an independent guide and is not affiliated with Google.
A terminal-first CLI can fit remote workflows, but auth, PATH, and permissions need extra care.
No. Start in a safe folder and keep review prompts on.
The remote terminal may not be able to open the local browser directly, so use the printed authorization flow.