These integration guides are not official documentation and the Strapi Support Team will not provide assistance with them.

What Is Google Antigravity?

Google Antigravity represents a paradigm shift in development workflows—an AI-powered, agent-first development platform where you describe what you want built and autonomous agents handle the implementation. Instead of wrestling with autocomplete suggestions or juggling multiple terminal tabs, you delegate entire workflows to intelligent agents that coordinate seamlessly across your editor, terminal, and browser.

The platform operates through a dual-mode approach. You start in Planning mode, where an agent breaks your request—say, "spin up a Strapi backend on PostgreSQL, test it, and push to Cloud Run"—into a detailed implementation plan and task list. Both become artifacts you can inspect or modify before giving the green light.

Once approved, agents work in parallel: one scaffolds Strapi while another generates Dockerfiles, and a third runs integration tests. Throughout execution, the platform captures evidence through screenshots, logs, and diff patches, giving you complete visibility into what happened rather than leaving you to guess why something broke.

Why Integrate Google Antigravity with Strapi

Pairing an agent-first IDE with a headless CMS might seem excessive until you measure the hours you spend on boilerplate. The combination of Antigravity's autonomous agents and Strapi's headless, API-first architecture creates a powerful synergy that shifts grunt work to agents while keeping you focused on product decisions rather than YAML and repetitive CLI commands.

Strapi's CLI supports fast project scaffolding and setup. With commands like create-strapi-app, developers can wire up a Strapi backend with PostgreSQL, create content types, and configure environment variables in minutes, with a clear audit trail—freeing up time to iterate on features instead of scaffolding.

Because agents can write and edit files like Dockerfiles, Kubernetes manifests, and CI/CD pipelines using your project's codebase and terminal, you can prompt them to assist with configuration for Google Cloud Run or App Engine, but deploying and setting up resources like Cloud SQL or storage buckets still requires manual setup or user-driven scripting.

The platform's browser and terminal agents verify that the admin UI loads, API endpoints return expected schemas, and frontends actually render content before any code hits the main. Screenshots, test output, and reasoning are bundled as artifacts, helping you spot regressions early and share evidence with the team instead of hoping "works on my machine" covers it. The loop repeats automatically on every CI build, providing confidence to release faster.

While Strapi's architecture already separates content concerns from presentation, juggling multiple terminals, dashboards, and browser tabs still costs focus. Working inside the platform means content modeling, API client generation, infrastructure provisioning, and browser-based QA all happen in one workspace orchestrated by agents. You move from a scattered toolchain to a single mission control, which translates directly into fewer idle cycles and quicker feedback on every change.

How to Integrate Google Antigravity with Strapi

This step-by-step guide walks you through setting up a complete integration, from workspace configuration to automated deployment.

Prerequisites

Before letting agents loose on your codebase, ensure the basics are in place. Install Google Antigravity following the getting-started guide. Tools like Node.js, Git, npm/Yarn, or Docker are only needed if your project or workflow requires them, and a regular Google account (not Google Cloud) covers authentication and access to features.

Spend a few minutes inside Strapi's admin so the terminology—Collection Type, Role, API Token—doesn't feel foreign when agents start working. Configure agent policies so your terminal runs in "Agent Decides" mode, and add http://localhost:1337 plus http://localhost:3000 to the browser allowlist file at HOME/.gemini/antigravity/browserAllowlist.txt. This allowlist prevents over-eager agents from wandering beyond dev URLs.

Step 1: Configure the Antigravity Workspace

Open the platform and create a fresh workspace folder—something like strapi-demo. Switch the agent panel to Planning mode, where agents draft implementation plans and task lists before touching your filesystem, keeping surprises to a minimum.

Confirm the terminal policy reads "Agent Decides" to get quick confirm/reject prompts for potentially destructive commands while routine actions like npm install and git status flow uninterrupted. Since browser automation handles verification, ensure those local URLs are on the allowlist. The browser extension paints a blue border around controlled tabs—if you don't see that border on http://localhost:3000, the allowlist needs adjustment.

Step 2: Initialize a Strapi Project with an Antigravity Agent

Time for the first real mission. In the agent prompt, write something conversational but explicit:

"Create a new Strapi project with PostgreSQL. Use environment variables for database creds, and add a Collection Type called 'Article' with title, slug, content, and publishedAt fields."

Hit enter and watch Planning mode generate an implementation plan with four or five high-level tasks—dependency install, project scaffold, environment file, schema definition, and a quick sanity test. Approve the plan and the agent starts working:

npx create-strapi-app@latest backend --quickstart

The agent then swaps the default SQLite database for PostgreSQL by editing the generated config/database.ts:

export default ({ env }) => ({
  connection: {
    client: 'postgres',
    connection: {
      host: env('DATABASE_HOST', '127.0.0.1'),
      port: env.int('DATABASE_PORT', 5432),
      database: env('DATABASE_NAME', 'strapi_db'),
      user: env('DATABASE_USERNAME', 'strapi_user'),
      password: env('DATABASE_PASSWORD'),
      ssl: env.bool('DATABASE_SSL', false),
    },
  },
});

Every value routes through env, giving you one config file that works locally and in production. Planning mode surfaces this file as an artifact so you can verify the env keys before the agent restarts your CMS.

Step 3: Wire Authentication and Basic Security

With the server booted at http://localhost:1337, open the admin and register yourself as the first user. Navigate to Settings → API Tokens and generate two tokens: a read-only token for public GET requests and a full-access token reserved for CI/CD automation. Copy the values but don't paste them into code—the agent can place them into a .env file and immediately add that file to .gitignore.

STRAPI_URL=http://localhost:1337
STRAPI_API_TOKEN=your_token_here
DATABASE_HOST=localhost
DATABASE_PORT=5432
DATABASE_NAME=strapi_db

The agent writes that file, commits .env.example to version control, and leaves the real secret out of Git history. You need to edit config/middlewares.ts so the CORS array includes http://localhost:3000—without that, the frontend you build next will trip the browser's CORS guard rails.

Step 4: Generate a Type-Safe Next.js Frontend

Keeping the same workspace open, ask the agent:

"Create a Next.js frontend in a frontend folder. TypeScript preferred. Fetch articles from the backend, list them on the homepage, and generate dynamic pages for each slug. Include error handling."

The plan that follows usually shows a sub-task for API client generation. The agent writes lib/strapi.ts:

// lib/strapi.ts
import axios from 'axios';

const API_URL = process.env.NEXT_PUBLIC_STRAPI_URL || 'http://localhost:1337';
const API_TOKEN = process.env.STRAPI_API_TOKEN;

const strapiClient = axios.create({
  baseURL: `${API_URL}/api`,
  headers: {
    Authorization: `Bearer ${API_TOKEN}`,
  },
});

export const getArticles = async () => {
  const response = await strapiClient.get('/articles?populate=*');
  return response.data.data;
};

export const getArticle = async (slug: string) => {
  const response = await strapiClient.get('/articles', {
    params: { 'filters[slug][$eq]': slug, populate: '*' },
  });
  return response.data.data[0];
};

Notice the agent sets NEXT_PUBLIC_STRAPI_URL instead of hard-coding the backend URL. That pattern keeps local, staging, and production builds aligned by simply swapping env files.

The agent then scaffolds the pages, adds React Query hooks for caching, and spins up npm run dev. If the blue-bordered browser opens and lists your "Hello, world" article, you're halfway home.

Step 5: Automate Testing and Verification

Ask the agent to verify end-to-end:

"Run the server, start the Next.js dev server, navigate to the homepage, click into an article, and confirm the H1 matches the Article title."

Because terminal and browser tools are already permitted, the agent launches both services, opens the site, and captures a Walkthrough artifact that includes screenshots of each navigation step. If CORS or auth errors pop up, the agent usually identifies the failing network request inside the browser console and proposes a fix—often updating the CORS origin list or correcting a missing Bearer header. The artifact doubles as regression documentation for those inevitable "works on my machine" debates.

Step 6: Prepare the Backend for Deployment

A local demo works until the first stakeholder wants a public link. Tell the agent:

"Add a production-ready Dockerfile for the backend and create a Cloud Build config for deployment to Google Cloud Run."

The agent produces a multistage Dockerfile—install dependencies, build the admin panel, copy into a slim runtime image—and an abbreviated cloudbuild.yaml:

steps:
  - name: 'gcr.io/cloud-builders/docker'
    args: ['build', '-t', 'gcr.io/$PROJECT_ID/strapi-demo', '.']
  - name: 'gcr.io/cloud-builders/docker'
    args: ['push', 'gcr.io/$PROJECT_ID/strapi-demo']
images:
  - 'gcr.io/$PROJECT_ID/strapi-demo'

It also adds a note linking to the official deployment guide so you can review database options and media-storage plugins before the first push. At this point all environment variables are in place—backend URL, API tokens, database connection string—so Cloud Run can spin up the container without hand-editing config.

From here you iterate: add more content types, extend permissions, or swap PostgreSQL for Cloud SQL. Each change becomes another mission. Because every mission leaves artifacts—task lists, implementation plans, and Walkthrough videos—you keep an auditable record of who changed what and why. That audit trail matters once your headless CMS is feeding multiple channels and the inevitable last-minute marketing request hits minutes before a push to production.

This integration shifts the grunt work—project scaffolding, environment wiring, boilerplate frontend code—onto an autonomous assistant while preserving the flexibility that makes your CMS appealing in the first place. The result: you ship content APIs and the UI that consumes them in hours, not days, and you do it with code that's versioned, documentable, and ready for the next feature ticket.

Project Example: Building a Multi-Language Tech Blog with Automated Deployment

Building a robust technical blog showcases how the integration of these platforms can streamline complex workflows. The following example demonstrates creating a multi-language tech blog featuring articles, authors, and categories, complete with internationalization and automated deployment processes to Google Cloud.

This project highlights how autonomous agents and flexible content modeling can efficiently handle intricate requirements for developers working on content-rich applications. By prompting an agent with: "Design a content model for a tech blog with Article, Author, and Category types. Articles should support i18n for English and Spanish, include SEO metadata, and relate to authors and multiple categories," you can generate comprehensive content type definitions without manual setup.

Consider this schema example for an article:

{
  "kind": "collectionType",
  "collectionName": "articles",
  "info": {
    "singularName": "article",
    "pluralName": "articles",
    "displayName": "Article"
  },
  "options": {
    "draftAndPublish": true
  },
  "pluginOptions": {
    "i18n": {
      "localized": true
    }
  },
  "attributes": {
    "title": { "type": "string", "required": true, "pluginOptions": { "i18n": { "localized": true } } },
    "slug": { "type": "uid", "targetField": "title" },
    "content": { "type": "richtext", "pluginOptions": { "i18n": { "localized": true } } }
  }
}

The frontend generation leverages agents to create a Next.js application that seamlessly integrates with the backend. The frontend dynamically fetches articles and displays them with rich detail and internationalization support. TypeScript support and SEO features like meta tags, structured data, and sitemaps can be configured by developers, but are not automatically handled by the Antigravity agent.

For deployment automation, agents can be instructed to assist with setting up Docker configurations and running deployment scripts on platforms like Google Cloud Run, but they do not have dedicated, built-in features for these tasks. Here's an example cloudbuild.yaml for deploying to Google Cloud:

steps:
  - name: 'gcr.io/cloud-builders/docker'
    args: ['build', '-t', 'gcr.io/$PROJECT_ID/strapi-blog', '.']
  - name: 'gcr.io/cloud-builders/docker'
    args: ['push', 'gcr.io/$PROJECT_ID/strapi-blog']
images:
  - 'gcr.io/$PROJECT_ID/strapi-blog'

The agent can execute development tasks in your environment but does not natively manage environment variables, database connections, or secrets out of the box.

This approach can accelerate development and deployment, offering features like AI-assisted content model creation, streamlined Docker setup guidance, and support for integrating testing workflows, though most projects will require some manual setup and oversight. The combination of Strapi's flexible content modeling with autonomous agent orchestration offers significant efficiency gains. This setup is easily extensible for more elaborate projects that demand additional content types or custom deployment workflows.

Strapi Open Office Hours

If you have questions about Strapi 5 or would like to connect with the community, join Strapi's Discord Open Office Hours, Monday through Friday, from 12:30 pm to 1:30 pm CST.

For more details, visit the Strapi documentation and Antigravity documentation.

Get Started in Minutes

Run npx create-strapi-app@latest in your terminal and follow our Quick Start Guide to build your first Strapi project.

• View Quick Start Guide