Do I need to know how to code to use this ai game maker?

No. You describe the mechanics and the look of the game in plain English. The agent writes the React and TypeScript code for you, and you can ask for edits by chatting.

Who owns the game once it is built?

You do. Everything the agent builds belongs to you. You can export the source code, push it to your own GitHub repository, and host it elsewhere if you choose to leave the platform.

Can I use my own domain name?

Yes, on a paid plan. The free plan includes a custom subdomain with HTTPS included. Paid plans allow you to connect a custom domain you have purchased from a registrar.

Can players save their high scores?

Yes, on a paid plan. Saving data like high scores or player progress requires a database. On the free plan, scores are not saved to a database.

Will the game work on mobile phones?

Yes. Since the agent builds using a modern web stack, the game can run in mobile browsers. You should ask the agent to include touch controls like joysticks or buttons to make it playable.

How do I add my own art and sound?

You can provide links to your assets in the chat, or on a paid plan, you can use our file storage to host them. The agent will then wire them into the game code.

Build a Browser Game with AI

You get a playable game with dedicated screens for levels, scores, and settings. It is real code you own, published with HTTPS on a free subdomain or your own domain on a paid plan.

Edit this, or start from scratch

Starting prompt

AI renders of what each prompt could build. Your result will be different.

What's inside

The parts that earn their place — and what each one is actually for.

Physics and collision logic

The agent implements active collision detection and movement physics directly in the TypeScript code. This covers gravity, jump arcs, and bounce reactions without the overhead of a heavy external engine. Having these mechanics in the source code makes them predictable and easy to tune.

1Custom gravity and velocity constants
2Box and circle collision detection
3Procedural obstacle spawning
4Projectile and trajectory math

From idea to live site

Four steps, one chat. No setup, no boilerplate, no handoff.

1

Describe your mechanics

Tell the agent what kind of game you want to build, naming the movement style, the goal, and the theme. Specify if it is a platformer, a shooter, or a puzzle.

2

Play the preview

The agent writes the React code while you watch the live preview. You can test the physics and controls in the same window to see how the game feels.

3

Refine the logic

Ask for changes like making the player faster or adding a different background. The agent edits the source code and the preview refreshes with your updates.

4

Go live

Publish the game to a free subdomain. On a paid plan, you can connect your own domain and enable a database to save player scores.

Template, agency, or AI?

The three honest ways to get it built, including where the others win.

Aspect	Template builder	Agency or freelancer	Automatio
Logic setup	Visual events in GDevelop	Custom engineering	Conversational description
Code access	Exportable JavaScript	Handover at project end	Full source code you own
Iteration	Manual drag-and-drop edits	Back-and-forth review cycle	Ask for changes in chat
Player data	Construct cloud storage	Custom database setup	Included on a paid plan
Hosting	Built-in cloud or manual export	You manage the server	Free subdomain or your own on a paid plan

Logic setup

Template builderVisual events in GDevelop

Agency or freelancerCustom engineering

AutomatioConversational description

Code access

Template builderExportable JavaScript

Agency or freelancerHandover at project end

AutomatioFull source code you own

Iteration

Template builderManual drag-and-drop edits

Agency or freelancerBack-and-forth review cycle

AutomatioAsk for changes in chat

Player data

Template builderConstruct cloud storage

Agency or freelancerCustom database setup

AutomatioIncluded on a paid plan

Hosting

Template builderBuilt-in cloud or manual export

Agency or freelancerYou manage the server

AutomatioFree subdomain or your own on a paid plan

Who this is for

Real situations, and what changes once it exists.

a solo maker with a mechanic idea

They have a specific vision but no time to learn a specialized engine like Unity.

They describe the movement in chat and watch a playable version come together.

describe a jump mechanic
test physics in the preview
share the link with friends

an indie developer prototyping

They need to see if a gameplay loop is fun before committing to months of coding.

They use the agent to scaffold the logic and UI in one session.

generate a level layout
add a basic enemy AI
export the code to GitHub

a marketer building a viral game

They want a branded mini-game to drive engagement for a product launch.

They build the game and host it on a custom domain on a paid plan.

add custom brand assets
check mobile responsiveness
review player scores on a paid plan

What separates a good one from a bad one

The decisions that matter, and the mistakes that show up in bad examples.

Browser games have shifted from specialized plugins to high-performance experiences powered by standard web tools. The challenge for creators is no longer browser capability, but the complexity of writing the logic. A successful game thrives on accessibility; it runs directly in the tab where the player found it. This requires efficient asset management and performance. When you build with an agent, the result is a standard React application. This keeps the game built on standard web code, compared to projects exported from traditional engines, which often carry extra data.

Designing for movement and weight

The difference between a game that feels floaty and one that feels responsive is often just a few lines of math in the gravity and friction logic. In a traditional engine, you might search through nested menus to find these values. With an agent, you describe the sensation you want. You can ask the agent to make the movement snappy like an arcade classic or heavy like it is underwater, and it translates those descriptions into physics constants. This allows you to focus on the fun of the game loop rather than the syntax of a specific engine.

Responsive layouts for every device

The interface is often where browser games fall short of player expectations. Many examples ignore how a game looks on a vertical phone screen versus a wide monitor. Because your game is built on a modern web stack, it treats the game canvas as a responsive element. You can have a layout that puts the controls on the sides for a tablet but stacks them at the bottom for a phone. On a paid plan, you can store player scores and progress in a database, turning a single session into a persistent community experience.

Get it right the first time

What to specify up front, and what can wait for version two.

Define physics early

Describe how you want the movement to feel in your first message. Getting the gravity and friction right at the start prevents the agent from needing to rewrite the core movement engine later.

Plan for mobile touch

If you want mobile players, tell the agent to include a virtual joystick or large buttons. Retrofitting mobile controls into a desktop design often requires a complete UI redesign.

Start with the core loop

Avoid asking for a shop and level selector in the first chat. Build the fun part first, like jumping or dodging, then add layers like scores or settings once the loop is solid.

Use external asset links

Let the agent use placeholders for sprites initially. Once the gameplay is fun, swap in your high-quality art or use file storage on a paid plan.

Before you start

The questions people actually ask first.