CatDoes

What is CatDoes?

CatDoes is a no-code AI app builder that transforms conversations into fully functional native mobile apps. You simply describe your app idea, and AI agents handle everything else from understanding the app's requirements to releasing on the app stores.

How does it work?

CatDoes uses four specialized AI agents working together:

1. Requirement Agent: Understands your app's requirements and what features it needs, then passes it to the design agent.
2. Design Agent: codes the UI directly, proposes both light/dark palettes, and lets you refine designs iteratively.
3. Software Agent: Knows how to code, and from the information that it has received from the first two agents, it starts building the app for you. It also handles backend integration, including built-in Supabase support, so your app can have user authentication, real-time database, and more, all through conversation.
4. Release Agent: Prepares your app for release on Google Play and the Apple App Store. With this agent, you can directly submit your app to the App Store. It’s all conversational!

Who is this for?

• SMBs looking to expand their digital presence
• Startup founders who need to quickly build an MVP and gather user feedback
• UI/UX designers wanting functional prototypes of their designs
• Non-technical entrepreneurs with app ideas but no coding skills
• Anyone for their specific needs(Personal apps)

What makes CatDoes different?

Our platform is quite easy to use. Everything's conversational. Everyone who can type can make an app!

We're not focusing on one-shotting an app. We want to have a platform that allows you to maintain your app as well. Think you want to add a new feature down the road, or there's a new Android/iOS release and you want to make sure your app works fine with the new OS updates.

We have easy-to-use checkpoints called "instances." They're your conversation history + commit in one package. You start a new checkpoint, shape your app further, and if you don't like the outcome, you can roll back. Instances are stacked on top of each other. Meaning, the second instance is the continuation of the first instance.