
Explore Gemini three's history and benchmarks like arc AG1 and Marina, and see how anti-gravity uses Gemini three to power AI driven software development at Google.
Discover three uses of Gemini 3: use ai studio for one-shot ideas and code with previews; use the chat with canvas to export docs; explore anti-gravity ide for development.
Explore the three surfaces of anti-gravity, master the agent manager and editor, test flows in the browser, and implement artifacts from task lists, implementation plans, and walkthrough reports.
Download anti-gravity ide from the main page, select the version for Mac, Windows, or Linux, install with simple steps, and keep default settings, with dark or light themes.
Explore public preview pricing with a free zero-dollar plan offering unlimited tab completions and command requests, plus access to Gemini three Pro and other agents. Future paid plans may apply.
Explore anti-gravity’s ai native ide that unifies coding, apps, and browser testing through the agent manager, workspaces as applications, and the playground, powered by Gemini three Pro.
Learn to build a tinder-style movie matchmaker app using next.js, tailwind css, mock data, anti-gravity, and an agent manager to plan, swipe to save to a watch list or dismiss.
Explore auto mode versus manual control as the agent plans before executing the movie matchmaker project initialization, then compares prompts on a no-code app to showcase anti-gravity's planning.
Frame artifacts as the AI's memory and manager-facing records, including the task list and implementation plan, to monitor progress and guide minimal viable product development.
Explore how the final walkthrough artifact provides proof of feature builds with screenshots and recordings. Validate a movie matchmaker app’s interactions, swipe actions, and watch list.
Explore quota limits, break times of about 3.5 hours, and how switching from Gemini three Pro to Gemini 4.5 or other models keeps your anti-gravity project moving.
Enable parallel tasks in anti-gravity to run coding and research concurrently for the movie matchmaker app, using tmdb API for live data and posters with an api key in env.
APIs act as the interface between apps and servers, shown through a restaurant analogy. API keys function as membership cards that identify you, secure data, and manage usage.
Set up a TMDB API key for a movie matchmaker app by signing up, creating the env.local file, and validating the integration.
Debugging errors in antigravity ide, diagnose runtime issues via logs and user interface, fix by adding an api route and updating context to fetch trending movies, and verify content.
Select and integrate the logo concept for the matchmaking app, review three options, pick option two, and coordinate parallel conversations and task updates via the inbox.
Integrate trailer links into the movie interface using TMDB, add a watch trailer button and a modal with an embedded YouTube player for an enhanced swiping experience.
Test the trailer feature through the movie detail modal and info button. Compare AI model responses from Gemini three Pro and Claude Sonnet 4.5, guided by user decisions.
Diagnose trailer display issues by switching from mock data to the TMDB API and showcase the movie matchmaker flow with like/dislike, an info icon, IMDb trailers, and a watch list.
Apply visual feedback to front end design by dragging screenshots, highlighting elements, and commenting for the AI agent to implement precise changes from walkthrough artifacts.
Learn to annotate and update an implementation plan with visual feedback, and witness how comments drive automated and manual testing for a Tinder-for-movies app built with Next.js and Tailwind CSS.
Compare antigravity with lovable to understand how antigravity's scalable IDE enables AI integration, parallel agents, and full code access, versus lovable's no-code limits and higher monthly costs.
Design three distinct eight-bit space arcade ui concepts using nano banana as the visual brain within anti-gravity, featuring a score counter, lives, and retro color palettes; iterate visually before coding.
Evaluate three unique eight-bit pixel art designs for a space arcade game interface, choose the neon cyberpunk option, and implement it with an actionable development plan and a main screen.
Implement a canvas-based game loop with player movement, shooting, enemies, AI, collisions, and scoring, then redesign the UI for a modern 2025 neon aesthetic.
Debug and redesign the game by adding 3D elements, shading, and a spaceship, moving to Three.js with 3D modeling, lighting, and post-processing, while addressing speed and bugs.
Debug, redesign, and move to 3D using React Three Fiber; test performance, fix slow gameplay, and iterate the UI/UX with nano banana to build a front-end prototype.
Learn authentication with sign up and login, storing user data in a database for persistent state via Google, and MCP enables AI to control files, browsers, and Firebase.
Connect Supabase to Antigravity via MCP to enable database access and authentication for the movie matchmaker app, including sign up and login.
Implement supabase authentication for the movie matchmaker app, enabling sign up, log in, and a user watchlist, while replacing Firebase and integrating the MCP server for hosting.
Set up a Supabase project, configure environment variables with the project url and anonymous key, and enable signup and login for your movie matchmaker app.
Design three distinct high-fidelity web ui variations for a film matchmaking app, inspired by Netflix, featuring immersive full-screen posters, gamified action buttons, and a balanced artwork layout with like/dislike mechanics.
Implement a multiplayer room-based version of movie matchmaker with four-digit codes. Users sign up, log in, and swipe to generate matches that populate a shared watch list for watching together.
Designs a multiplayer room system with Supabase, creating and joining rooms via a unique four-digit pin, fetching a TMDB movie list, and enabling real-time waiting and shareable links.
Design a multiplayer room system using super base for real-time updates and data storage; plan defines database schema, back-end logic, and front-end components, with host-generated pins and friend invitations.
Develop and debug the multiplayer room flow by implementing the rooms table in Superbase, core game logic, and stateful UI; verify via walkthroughs and fix race conditions in start multiplayer.
Diagnose and fix real-time joins in a Supabase room by debugging the rooms table, enabling real-time subscriptions, and simulating a second player with the MCP tool.
Master end-to-end multiplayer match logic by joining games with a pin, verifying backend status via SQL tools and real-time subscriptions, and debugging sign-up, join flows, and the movie swiper.
Design and implement a swiping and matching flow using supabase, recording swipes with room id, user id, movie id and like, plus a calculate_match edge function for real-time updates.
Implement real-time swiping and matching with a Postgres-triggered function that notifies both users instantly when a match occurs. Verify the flow with manual testing and a dedicated match found UI.
Debug real-time multiplayer matching and edge cases in a Supabase-backed app. Identify host and joining-player issues, runtime errors, and persistence via room pins.
Demonstrates end-to-end swiping and matching in a multiplayer room, ensuring both players see the same first movie and eliminating the host reload for the first match.
Master Antigravity IDE: The Future of AI-First Development
Stop coding line-by-line. Start architecting with the world's most advanced AI Editor.
This course is your definitive guide to Antigravity IDE, the revolutionary workspace powered by Gemini 3 Pro. You will move beyond simple code completion and learn to command full-stack agents that understand your entire project architecture.
Whether you are a beginner or a senior developer, this course will teach you to build complex software at the speed of thought.
What You Will Master
You will learn to orchestrate the Antigravity interface to handle research, backend logic, and UI generation simultaneously.
Auto Mode: Let the IDE take the wheel to fix errors, manage files, and iterate on code automatically.
Parallel Agents: Spin up multiple agents to generate logos, write documentation, and code logic all at once.
Artifacts: Master the workflow for viewing, editing, and version-controlling AI-generated code.
The Projects: What You Will Build
We focus on hands-on application. You will build three production-ready apps from scratch:
1. The "CineSwipe" Movie Platform Master Parallel Tasks by running simultaneous agents.
The Build: A movie trailer app with complex swiping algorithms.
Key Skills: API Integration, visual feedback loops, and concurrent agent management.
2. 3D Game with Nanobanana Step into game design using the Nanobanana integration.
The Build: A fully playable 3D game with AI-generated UI concepts.
Key Skills: Iterative design, game logic implementation, and 3D environment setup.
3. Real-Time Multiplayer System The advanced capstone project.
The Build: A shareable matchmaking system where users create and join rooms in real-time.
Key Skills: Supabase Auth, Realtime Database, and debugging complex race conditions.
Advanced Tech Stack: The MCP Revolution
This course teaches the Model Context Protocol (MCP)—the industry standard for connecting AI to external data safely. You will learn to:
Connect Backends: Wire Supabase to Antigravity via MCP.
Build Auth: Create secure Signup and Login flows that actually work.
Debug with AI: Teach agents to identify edge cases in your multiplayer logic.
What Is Included
Lifetime Access to all high-quality video lectures and future updates.
Complete Source Code for the Movie App, Game, and Multiplayer System.
System Prompts: A library of tested prompts to control Antigravity agents.
30-Day Money-Back Guarantee with no questions asked.
The future of coding is not typing; it is guiding. Master Antigravity IDE today.
See you inside!