Google Antigravity

Plan, run, and verify autonomous coding agents inside your IDE

Freemium Some setup needed Web · Desktop
coding workflow assistant #agentic-ide#browser-automation#code-verification

About

Kick off a task and let agents plan steps, write code, and run flows while you review diffs and evidence. Developers and QA teams use it to bootstrap features, fix build breaks, and validate end‑to‑end UI paths with screenshots and logs. Unlike code-completion tools, it includes browser automation and detailed execution trails for traceable outcomes.

Editor's Take

We recommend Antigravity if you need agents that can plan, edit, and actually execute code and UI flows with traceable evidence; best suited for teams that will review diffs and extend testing and security guardrails.

Key Features

  • Describe a software task → agents plan steps and execute changes across your project
  • Point it at a web app URL → built-in browser automation clicks through flows and captures screenshots and logs
  • Choose Gemini 3.1 Pro/3 Flash, Claude Sonnet or Opus 4.6, or gpt-oss-120b → swap models per task without changing your setup
  • Type as you code → get unlimited Tab completions and unlimited Command requests within weekly limits
  • Run multiple tasks in parallel → asynchronous agents persist artifacts and task-level context for later review

Use Cases

  • A full‑stack developer bootstrapping a new feature and letting an agent fix build errors after running the test suite
  • A QA engineer validating a checkout flow end‑to‑end and exporting the agent’s plan, steps, and screenshots as test evidence
  • A release manager kicking off nightly regression tasks and reviewing execution trails to spot flaky UI failures

Try It Like This

  1. 1
    Bootstrap a new feature across repo

    Install the Antigravity desktop app (Mac/Windows/Linux) → point the agent at your repo and describe the feature in plain English; the agent plans tasks, creates branches, and submits code diffs for review → review diffs, request small edits, and merge once tests pass and you’ve inspected execution trails.

  2. 2
    Fix a CI/build break automatically

    Open Antigravity and run the test suite so the agent sees failing logs and stack traces → ask an agent to diagnose and propose code changes; it will attempt fixes, run builds, and produce diffs and evidence (logs/screenshots) → review the proposed patch, re-run CI, and approve when the failure is resolved.

  3. 3
    Validate an end-to-end web checkout

    Point Antigravity at the web app URL and record the desired checkout path in a short prompt → the agent uses built-in browser automation to click through flows, capture screenshots, and log each step as evidence → export the plan, screenshots, and logs as test artifacts for QA or compliance review.

  4. 4
    Run parallel regression tasks nightly

    Schedule multiple agents to run separate regression suites in parallel from the Antigravity UI → each agent persists its artifacts and task-level context for later inspection, including failures and execution trails → review aggregated evidence in the morning to spot flaky UI tests or recurring failures.

  5. 5
    Refactor a cross-file API name safely

    Describe the refactor desired (rename function/field across repo) and select a model for the task → Antigravity’s agents plan edits across files, run compile/test steps, and present diffs and execution evidence to confirm behavior → accept or tweak the diff, then merge once tests and traces validate the change.

Pros & Cons

Pros

  • Agents execute end-to-end changes and browser interactions, producing screenshots and logs as first-class execution evidence.
  • You can swap between Gemini 3.1 Pro/3 Flash, Claude Sonnet/Opus 4.6, or gpt-oss-120b per task without reconfiguring your setup.
  • Supports unlimited Tab completions and unlimited Command requests within weekly limits, and runs multiple parallel agents that persist artifacts and task-level context.

Cons

  • Because agents interact with real UIs, tests can reveal real flakiness and failures that require human triage and guardrails.
  • Agents may claim tasks are complete when underlying architectural issues remain or when fixes are superficial, so reviewers must verify outcomes.
  • Introducing autonomous execution raises security and misuse concerns; traceability and test strategies must be expanded to cover agent behavior.

Getting Started

  1. 1 Sign in on the Antigravity site and start with the free Individual plan (download the desktop app if preferred).
  2. 2 Create a task, select a model (e.g., Gemini 3.1 Pro or Opus 4.6), and point it at your repo or app URL.
  3. 3 Run the agent and review the generated plan, code changes, and screenshots within a few minutes.

Pricing

PlanPriceIncludes
Individual plan$0/monthAccess to Gemini 3.1 Pro, Gemini 3 Flash, Claude Sonnet & Opus 4.6, gpt-oss-120b; Unlimited Tab completions; Unlimited Command requests; Generous weekly rate limits
Developer planvia Google OneEverything in Individual plus more generous rate limits and Flexible AI credit pool
Organization planComing soonVia Google Cloud; Enterprise-grade solution for organizations at scale

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FAQ

Is Google Antigravity free?

It offers both free and paid plans.

What platforms is Google Antigravity available on?

Available on Web, Desktop.

Does Google Antigravity support Korean?

Korean is not currently supported.

Last verified: 2026-03-24

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