Platform
Figma to app: turn designs into working software
Your design file already describes the product — Ciao turns it into a running application with a real backend instead of a clickable mock-up.
Figma-to-app is Ciao's design import capability: bring in a Figma file and Ciao turns it into a working React and TypeScript application backed by real data. Unlike design handoff that produces specs for developers to rebuild, the import produces the product itself — pages, components and a Supabase backend — which then ships through the same QA, security and governance loop as any Ciao build.
Published 2026-07-03 · Last updated 2026-07-03
The handoff is where products go to wait
Design usually has a finished product in it long before engineering does. A Figma file describes the screens, the flows, the states — and then the traditional path forward is handoff: specs, tickets, weeks of rebuilding what the design already said, and drift between the mock-up and what ships. By the time the build catches up, the design has usually moved on.
Figma-to-app is Ciao's import path: bring in the design and Ciao turns it into a working React and TypeScript application backed by real data — a Supabase backend with authentication and a real schema, not a click-through of static frames. From there it is a Ciao project like any other: refined in Builder, tested by QA, governed by Guardrails, deployable anywhere Ciao deploys.
From file to working software
The import is the first step of a normal Ciao build, not a separate converter.
1. Import the Figma design
Bring the file into Ciao. The screens and structure you already approved become the starting point of the build — multi-page files come through as the structure they are.
2. Screens become real components
Layouts and elements map to React components — code, not images — organized the way the design implies.
3. Data replaces placeholders
Describe what the content actually is: the table gets a schema, the form writes to the database, the profile page reads a real user.
4. Refine in conversation
In Builder, inspect-to-prompt closes the gaps — click the element that does not match intent and say what should change.
5. Test and govern like any build
QA captures the user journeys as replays, security probes the access rules, and Guardrails applies policies before merges.
6. Publish
Ciao cloud, your own cloud account, private VPC or on-prem — the import is the start of a production application, not a demo artifact.
Why it matters
The difference between a prototype and a product is data and consequences. A clickable prototype persuades; it cannot onboard a customer, take an order or enforce a permission. Turning the design directly into a data-backed application collapses the distance between "approved" and "live" — and removes the translation loss that happens every time a design is rebuilt by hand.
For agencies, this changes the shape of an engagement: the design review and the working-software review can be the same meeting. For product teams, it means the design's intent survives into the codebase instead of being re-interpreted from screenshots.
The import also changes how design debt behaves. When the design file is the source of the build, updating the product to a new design round is another import-and-refine pass, not a renegotiation with the backlog — and the code that results still carries the structure the designer intended, which makes the next change easier to place.
Who uses it
Anyone whose work starts in Figma gets a shorter path to shipped.
- Designers and design-led founders — The person who made the file gets to ship the product it describes — with a real backend behind it.
- Agencies — Figma is already the deliverable clients approve; now it is also the input to the software they pay for.
- Product teams — Prototype-to-production without the rebuild step that usually kills the momentum.
- Engineers — They skip UI transcription and start where their judgment matters — logic, data and integrations.
Security and governance notes
- ✓ Imported apps get the standard Supabase backend: auth, Postgres, storage, row-level security.
- ✓ QA replays and smoke gates apply before any publish; production checks run after.
- ✓ Guardrails policies govern merges on imported projects like any other.
- ✓ The output is standard React, TypeScript and Tailwind — 100% owned and exportable.
- ✓ Imported projects get the same branch, review and undo discipline as any Ciao build.
- ✓ Inference runs under zero-retention model contracts, and customer code is not used to train models.
Clickable prototype vs Ciao import
A prototype answers what it should look like; the import answers whether it works.
| Clickable prototype | Figma-to-app on Ciao | |
|---|---|---|
| Data | Hardcoded placeholder content | A real Postgres schema behind the screens |
| Auth | Simulated | Working sign-in and enforced permissions |
| Output | Frames that link to frames | React and TypeScript you own |
| Next step | Handoff and rebuild | Refine in Builder and ship |
| Testing | None | QA replays, security probes and gates |
Frequently asked questions
How faithful is the import to the design?
The design is mapped into real components following its structure, and then you close any gaps in Builder — click the element with inspect-to-prompt and say what is off. The goal is a working application in your design's shape, refined in conversation, not a pixel-identical screenshot.
What happens to interactions and states the file implies?
You describe the intended behavior in plain language during refinement — what the button does, where the form submits, who can see the admin view — and the flows become real logic wired to real data.
Do we need engineers to finish the app?
It depends on the ambition. Portals, internal tools and content-driven products are routinely finished in Builder; complex logic and integrations are where engineers add the most. Because the output is standard React and TypeScript, they can work in the code at any point.
Does the imported app get a backend automatically?
Yes. It becomes a standard Ciao application with a Supabase-powered backend — authentication, Postgres, file storage and row-level security — so the screens are backed by real data from the start.
How do we try it?
Start self-serve with credits: import a real file and judge the output on your own design. Production programs start at USD 10,000 per year — the pricing page covers both paths.