For teams tired of assembling the back half

FlutterFlow Alternative App, Backend and Website in One Project

Describe the product and Playcode builds the mobile app, the web frontend, and the backend and database they both use - one project, one language, your own domain. No separate database account to create, connect and pay for.

No credit card required · No coding needed

Quick answer

What is a good FlutterFlow alternative?

Playcode is a FlutterFlow alternative for teams that do not want to assemble the backend separately. One project holds the React Native app, the web frontend, and a backend with its own database, in TypeScript throughout. You describe changes in a sentence, and the code stays yours to export.

1.1M+users
26M+projects
Since 2016

Used by people at

Counts registered accounts using corporate email domains from the companies above. Playcode is a self-serve product, not a contracted vendor to these brands.

How the App and Its Backend Get Built Together

From one description to an app, a website, and the database behind both

01

Describe the Product and Its Rules

Say what the app does, who signs in, and what each kind of user may see: "a booking app for my studio, clients manage their own bookings, staff see everything." The AI asks the questions that fix the data model - who owns a record, what a second user may read, what happens when two people act at once.

You are describing behavior, not dragging widgets. The rules that decide the shape of the data are part of the same conversation.

Preview
AI Chat
Publish
I'm a realtor in Miami. I need a website to show my listings and get buyer leads.
4 Questions
2 / 4
What's the main style for your real estate site?
AModern & minimal with clean lines
BLuxury feel with large property photos
CProfessional & corporate
DI'll describe my own style below
Or type your own answer...
Skip
Next
Describe what you want to change...
Economy
Build Progress
4/6
✓
Site layout & navigation
3s
✓
Hero section with CTA
5s
✓
Property listings grid
8s
Building contact form...
About page & bio
Footer & SEO meta
miami-homes.playcode.io
Miami Dream Homes
Your trusted partner in Miami real estate
Search by neighborhood...
Featured Listings
NEW
$1,250,000
Coral Gables Villa
4 bd|3 ba|2,400 sqft
OPEN
$890,000
Brickell Condo
2 bd|2 ba|1,200 sqft
Get in Touch
02

Watch One Project Appear, Not Three Accounts

Playcode builds a React Native app with Expo Router, a web frontend, and a NestJS backend with its own Postgres database - one project, one language. Sign-in and sign-up arrive wired to that backend on both surfaces.

There is no third-party database console to open, no security rules to write in a second product, and no second vendor to bill you as usage grows.

03

Preview on Your Phone, Publish the Website, Then the Stores

Preview the app on your own device while it is still changing, and publish the website to a live link with HTTPS on your own domain. The app can send email from that domain.

When it is ready for the stores, the agent runs the cloud build, runs the upload and drafts the listing. The developer accounts are yours and the final submit is yours to click.

Your website is live!

https://
miami-homes.playcode.io
Site is secure - SSL certificate active
Or connect your domainmiami-dream-homes.com
Miami Dream Homes
Your trusted partner
Miami Dream Homes
Your trusted partner
Read from their own site and docs on 2026-08-16

FlutterFlow and Playcode, Side by Side

Every FlutterFlow row below is what flutterflow.io and docs.flutterflow.io stated on 2026-08-16. Plans and docs change, so check theirs before you buy.

What you are decidingFlutterFlow, 2026-08-16Playcode
Language and stackA visual development environment for Flutter, so the app is Dart. The site leads with building UI and logic visually; code extensibility is listed on the plan comparison.React Native with Expo Router for the app, and the same TypeScript across the web frontend, the backend and the mobile app. One language for the whole product.
Where your data livesDocumented databases: Cloud Firestore, Supabase, and local SQLite. Documented authentication: Firebase and Supabase. Each is an account you create, configure and are billed for.The project ships with its own NestJS backend and its own Postgres database. Nothing else to sign up for, and the access rules live in the same codebase as the screens that use them.
One account across web and phoneAuthentication is provided by the Firebase or Supabase project you connect, and applies to the app you build in FlutterFlow.The phone app and the web frontend call the same backend in the same project, so somebody who signs up on your website signs in on the phone with the same credentials.
What else lives in the projectFlutterFlow covers the app: visual UI and logic, data and API integrations, and deployment to the App Store, Play Store and web publishing.The same project also holds the marketing site, the customer web app, an internal dashboard and scheduled work - one codebase, one deployment, one domain.
How you make a changeChanges are made in the visual editor, with custom code expressions and code extensibility for what the editor does not cover.Describe the change in a sentence and it lands across the app, the web frontend and the backend at once - or open the files and edit the TypeScript directly.
Getting the code outThe pricing page lists Code Download and APK Download from the paid Basic plan, and GitHub Integration from Growth. The homepage states "Own your code" with export at the click of a button.Real, exportable TypeScript you own, on paid plans. React Native and Expo Router, so a developer you hire later recognizes the project immediately.
Public priceThe public pricing page on 2026-08-16 showed Free $0, Basic $39/month, Growth $80 for the first seat per month, and Business $150 for the first seat per month. Higher tiers are per seat. Verify at checkout.From $21/month with annual billing, or $25 monthly, with AI credits included and no credit card required to start.
Getting into the storesApp Store deployment runs from inside FlutterFlow. Documented prerequisites: your own Apple account, a purchased Apple Developer membership, a bundle identifier, and an App Store Connect API key.The agent runs the cloud build, runs the store upload, drafts the listing and captures screenshots. You bring your own Apple and Google developer accounts and click the final submit yourself.
What arrives with the app

The Back Half You Would Otherwise Assemble

In the project from the first build, not bought from other vendors afterwards

01

Its own backend and database

A NestJS backend with a Postgres database in the same project as the app. Business rules and access rules live beside the screens that depend on them, not in a separate provider console.

02

Accounts that work on both surfaces

Sign-in and sign-up come prebuilt against that backend. A person who registers on your website signs in on the phone with the same account, because it is the same backend.

03

One language across three surfaces

TypeScript in the mobile app, the web frontend and the backend. A type you change in one place is the same type everywhere, and one developer can work across the whole product.

04

A website on your own domain

The marketing site and the web app publish from the same project with hosting and HTTPS included, on the domain you already own.

05

App email from your domain

Confirmations, password resets and notifications can be sent from the project once you describe what should go out and when.

06

Real code you own

Export the whole project on a paid plan. Nothing is trapped in a visual editor format that only one vendor can open.

A practical migration guide

Move One Screen and Its Data Before You Move the Product

The screens are the easy part. The risk is in the data model and the rules that currently live in a separate provider, so port those first and prove them.

Before you build

Prerequisites

  • The one screen that carries the product

    Porting a whole app to compare two tools costs weeks and teaches you nothing you could not learn from one real screen. The screen that matters is the one with an owner, a durable record, and a rule about who may read it.

    Ready when: You can name it in one sentence with an actor, an action and a record, and you can point at the rule that stops a second user seeing it.

  • An export of the collections or tables that screen reads and writes

    A visual builder keeps the screens; the data sits in the provider you connected. You need the real records - including the messy older ones - because a document store lets fields be missing or the wrong type, and a relational table will not.

    Ready when: You have a file of real records on disk, you know how many there are, and you have looked at the oldest ones rather than only the newest.

  • The list of rules that are enforced outside the screens

    Security rules in a document database, row-level policies in a relational one, and any server-side function are invisible from the screen that relies on them. Ported without them, the new screen looks correct and quietly shows every user everyone else's data.

    Ready when: You can write down each rule as a sentence: "only the owner may read this record", "only staff may change the status", and say where each one is enforced today.

  • Your own Apple and Google developer accounts, if store submission is in scope

    Every route to the stores needs accounts in your own name, whichever builder you use. Apple requires the app to ship under the content owner's own account, and enrolment involves identity checks, two-factor and tax forms.

    Ready when: You can sign in to App Store Connect and the Play Console and see your own developer account.

Implementation sequence

Do, observe, verify
  1. 01
    Playcode AI prompt

    Describe the screen, its record, and its rule in one prompt

    Describe the actor, the record with its real field names, and the rule about who may read and change it. Say that the same people use it on the website and on the phone.

    Expected result

    Playcode builds the screen on both surfaces plus the backend endpoint behind them, with the rule enforced on the server rather than hidden in the UI.

    Verify

    You can find one file where the rule is written, and it is on the server side, not in the screen.

  2. 02
    Playcode AI prompt with your export file

    Load the real records, not five invented ones

    Bring the exported records into the project database, oldest ones included. Ask the AI to report what it did with rows that were missing a field or held an unexpected type instead of silently coercing them.

    Expected result

    The record count matches your export, and you get an explicit list of the rows that needed a decision rather than a clean-looking import that dropped them.

    Verify

    Counts match, and for every reported row you can say what you want it to become and see that decision applied.

  3. 03
    Published website and the app on your own phone

    Open the same screen on the web and on your own phone

    Sign in as a real user on both surfaces, open the ported screen, and compare it against the same screen in the tool you are leaving. Then sign in as a second user and try to reach the first user's record.

    Expected result

    Both surfaces show the same data for the same person, and the second user is refused by the server rather than merely shown a different screen.

    Verify

    The refusal happens on the server: the second user gets an error, not an empty list that would have been full if the request had bypassed the UI.

  4. 04
    Playcode project settings and the published site

    Point your domain at it and run one real message

    Connect your domain, load the site over HTTPS, and trigger one real email the workflow actually needs - a confirmation or a password reset.

    Expected result

    The site serves on your domain with a valid certificate, and the message arrives from your domain rather than a builder-branded sender.

    Verify

    The email reached a real inbox, its sending address is on your domain, and the site loads with no certificate warning in a fresh private window.

Decisions that change the build

Port the Dart app screen by screen, or rebuild the workflow in TypeScript?

  • Recreate every screen first, then reconnect the data
  • Rebuild one workflow end to end, then add screens around it

Choose: Rebuild the workflow. Dart and TypeScript are different languages, so a screen-by-screen port is a rewrite either way - it just hides that fact until the ninth screen. Getting one workflow correct across the app, the web and the backend gives you a data model you can trust, and the remaining screens then go quickly.

Tradeoff: Workflow-first looks less finished in the first hour and demos worse to a stakeholder counting screens. Screen-first demos beautifully and then stalls when the data model turns out not to fit the rules.

Bring the document data across as it is, or reshape it on the way in?

  • Import each collection as it stands and clean up later
  • Decide the shape first, then import into it

Choose: Decide the shape first. A document store allows records with missing fields and inconsistent types, and those records are exactly the ones that break a report six months later. Deciding the shape up front turns them into a one-time list of decisions instead of a permanent source of surprises.

Tradeoff: Reshaping costs a day up front and forces you to answer questions about old records that nobody wants to answer. Importing as-is is faster today and moves the cost to whoever writes the first report that has to reconcile.

Before you share it

Test checklist

  • Happy path

    A real user signs in on the website, opens the ported screen, then signs in on the phone and opens the same screen.

    Expected: Both surfaces show the same records for that person, matching the tool you are migrating from.

  • Invalid input

    A second user requests the first user's record directly, and someone submits the form with a required field missing or the wrong type.

    Expected: The server refuses the record it does not own, and the form explains what is wrong instead of storing something unusable.

  • Duplicate or retry

    The phone loses signal mid-submit and the person taps save twice, or the import is run a second time by mistake.

    Expected: You end up with one record, not two, and a re-run of the import does not double your row counts.

  • Published smoke test

    A fresh private browser session on your published domain and a fresh phone both complete the workflow over HTTPS against the live backend.

    Expected: Both work on the real domain, and the records they create are visible to each other.

If something goes wrong

Common failure cases

Row counts do not match the export after the import

Likely cause
Records that were missing a field, or held a type the new column does not accept, were skipped rather than reported.
Check
Compare the count in the export against the count in the project database, then ask for the list of rows that were not written and why.
Fix
Decide what each rejected shape should become, apply that decision explicitly, and re-run. Do not accept an import that silently reduces your data.

A ported screen shows a user data they should not see

Likely cause
The rule was enforced in the provider you are leaving - a security rule or a row-level policy - and only the screen came across, not the rule behind it.
Check
Sign in as a second user and request the first user's record directly rather than through the screen. If it comes back, nothing is enforcing ownership.
Fix
Put the ownership rule on the server endpoint, then repeat the direct request and confirm it is refused.

The app works in the browser preview but every request fails on the phone

Likely cause
A request was written against a local address instead of going through the project API client. A phone is a different machine and cannot reach the project machine directly.
Check
Compare the failing screen against one that works. The working screen calls the project API client; the failing one usually has an address written into it.
Fix
Route that call through the project API client like the rest of the app, then re-open the screen on the phone.

A library will not load in the phone preview

Likely cause
The library contains custom native code, which the preview cannot carry. That is a boundary of the preview, not a fault in your app.
Check
Note which import fails. If it is a package that reaches the device at a low level, that is the cause.
Fix
Use a JavaScript-only alternative that does the same job, or accept that the feature needs your own development build and plan that step deliberately.
What teams move for

Four Products Where the Backend Was the Real Work

Each one needs the phone, the web and the data to agree, without a second vendor in the middle

The Client Portal With an App

One rule, both surfaces

Clients sign in on the web, staff work the same records on their phones. One set of permissions, written once on the server, instead of rules split between a builder and a database console.

The Operations App

One change, not three

Shop floor or field crews record work on phones while the office runs reports on the web. Adding a field means one change, not a change in the app plus a change in the database product.

The Membership Product

Site, app and email together

A marketing site that sells the membership, a web account area, and a phone app for members - published on your own domain and sending mail from it, out of one project.

The Team Leaving Per-Seat Pricing

Code your next hire recognizes

A small team that outgrew a per-seat visual editor and wants the whole product in one repository, in one language, that any developer they hire can read on day one.

What the comparison is really about

One Project, One Language, One Vendor

Playcode has been building and running real projects since 2016, on its own cloud in Germany and Finland

1 project
holds the app, the site, and the backend
1 language
TypeScript across all three surfaces
0
extra database accounts to create and bill
The engine

A software team in one agent

Playcode AI runs the same frontier models that power ChatGPT and Claude - and orchestrates them like a team: it plans the work, delegates to sub-agents, runs long jobs in the background, and reviews its own changes.

Every frontier model

The latest models from every major lab, in one picker. Switch anytime.

ClaudeGPTGeminiGrok

Sub-agents

Big jobs split across specialists - one explores your code, one writes, one audits - working in parallel.

Background tasks

Long builds and migrations keep running while you keep talking. They report back when done.

migration - running

It sees your designs

Have a design in Figma? Paste a screenshot - or a page you like, or a bug - and it builds from what it sees.

Tuned by years of iteration to write production software - structured, typed, maintainable - not throwaway prototypes.

Production code

Real code you can open, read, and edit

Under every project is a codebase the agent keeps production-grade. And you are never locked out of it: open the file explorer and edit any file yourself - server included. No AI required.

Quality is the default

Complete states, secure boundaries, structured code - the bar is what a professional agency would ship.

Every file is yours to open

Browse the whole project - frontend, backend, configuration - and edit directly in the built-in editor.

Developers are welcome

Invite your developer with the right role, or export the project code and files. Nothing is trapped in Playcode.

For teams and organizations

Share it like you share a doc

Playcode is built for organizations, not just solo builders. Workspaces hold your projects, people, and billing; roles and teams decide exactly who sees what.

Workspaces with their own billing

Create a workspace per company, client, or department - each with its own members, projects, and subscription.

Three clear roles

Admins manage, editors build, viewers watch. Set roles on the whole workspace, on a team, or on a single project.

Teams that scope access

Group people into teams and give each team its own projects - or a whole folder of them. Private projects stay private, even inside a shared workspace.

Share outside the workspace

Send a project to any email - a client, a contractor - with exactly the access you choose. No extra seat needed.

Share "Inventory tracker"
Acme Ops workspace
Private
client@partner.co
Editor Invite
Operations team
8 people
Editor
MK
Maya Kowalski
maya@acme.co
ADMIN
JR
Jon Reyes
jon@acme.co
EDITOR
LS
Lena Sato
lena@acme.co
VIEWER
Restricted - only people invited can open it
Real-time

Multiplayer by default

Work on one project together. Write in the same AI chat together. Every message, edit, and setting is fully synchronized - live, for everyone, on every device.

acme-launch · Playcode
MKJR
Maya's laptop
Maya
Add a 'Book a call' button to the hero
Jon
And link it to our calendar, please
Playcode AIDone - button added to the hero and linked to your calendar.Preview updated
Describe the next change...
Jon's phone
Maya
Add a 'Book a call' button to the hero
Jon
And link it to our calendar, please
Playcode AIDone - button added to the hero and linked to your calendar.
Message...
Already there. No refresh.

Same project, same moment

Everyone works in the project at the same time - even in the code editor - without lock-outs or "who has the latest version".

Every device

Start on the laptop, check from your phone: the same live state follows you everywhere you sign in.

Nothing to refresh

Changes arrive over a live connection the instant they happen. Reloading the page is a habit you can drop.

Feels instant

It never makes you wait

Instant

Every click applies immediately on your device. Syncing happens behind you, not in front of you.

Offline

Connection dropped? Your changes queue locally and replay the moment you are back.

Reload-proof

The queue survives closing the tab. Nothing you did is lost while you are away.

Your Options for a Mobile App With Real Data

Four routes teams take, and what each one leaves you holding

Visual App Builders

FlutterFlow and similar visual editors
$0 - $150/monthFlutterFlow public plans, read 2026-08-16
  • Strong visual editing and a large template library
  • Plans above the entry tier are priced per seat
  • Your data lives in a provider account you also manage
  • The website and app email are separate products again
Great editor, assembled back half

Backend Service Plus a Front End

A managed database plus an app you build yourself
Usage-basedbilled by the provider as you grow
  • You are the integrator between two products
  • Access rules live away from the screens using them
  • Two consoles, two support queues
  • Costs move with traffic, not with your plan
Flexible, and yours to hold together

Hire a Developer

Freelancer or a small agency
Quoted per projectweeks before anything is testable
  • Someone else holds the whole picture
  • Every change is a ticket and a wait
  • Mobile and web are often two contracts
  • Hard to test the idea before committing
Expensive way to learn you were wrong

Playcode AI

From $21/monthwith annual billing - or $25 monthlyNo credit card required
  • App, website and backend in one project
  • One account works on the phone and the web
  • TypeScript everywhere, not two languages
  • Your own domain, HTTPS and app email included
  • Real code you own and can export
  • The agent drives the store build and upload
One project, all the way to the store
Choose Playcode

Real People. Real Websites Built with AI.

"I built my entire portfolio site in 20 minutes. My clients think I hired a designer. Already got 3 new inquiries this month."
Marcus T. · Freelance Graphic Designer, Austin TX
"We switched from Wix to Playcode. The AI actually understands what we need instead of giving us cookie-cutter templates. Saved us thousands."
Sarah Chen · Owner, Bloom & Petal Floristry
"I update my property listings from my phone while showing apartments. Clients are impressed when I tell them I built the site myself."
David Morales · Real Estate Agent, Miami FL

Simple Pricing

Start small. Upgrade when you're ready.

Starter

$0to start

Try the AI website builder and see results

  • AI credits included to start
  • Publish your site instantly
  • Subdomain included
  • Website hosting included
  • No credit card required
Get Started

Pro

Most Popular
$25/month

Everything you need to build

  • 100 AI credits/month
  • All AI models (12+)
  • Visual editing
  • Custom domains
  • Website hosting included
  • Export your code anytime
  • Private projects
  • Unlimited collaborators
Start Building

Cancel anytime. No hidden fees.

How credits work

Credits are used when AI helps you. Simple edits cost less, complex features cost more.

  • "Change button color" ~0.3-0.5 credits
  • "Add a contact page" ~2-3 credits
  • "Build full landing page" ~5-10 credits

Most users never run out. 100 credits = lots of building.

Questions Teams Ask Before Leaving FlutterFlow

Yes, for teams that want the backend in the same project as the app. Playcode builds the mobile app, the web frontend and a backend with its own database together, in TypeScript. It is not an importer: a FlutterFlow project is Dart, so plan a rebuild of the workflow rather than a file-level migration.

Where the back half comes from. Read on 2026-08-16, FlutterFlow documents its databases as Cloud Firestore, Supabase and local SQLite, and its authentication as Firebase or Supabase - accounts you own and configure. Playcode ships the app with its own backend and database in the same project, so there is no second product to connect.

No. The project comes with its own backend and its own Postgres database, and the access rules live in the same codebase as the screens that use them. If you have an existing provider you want to keep talking to, the agent can build against it, but nothing about the product requires a second data vendor.

It matters for who can work on it later. FlutterFlow produces Flutter, which is Dart. Playcode produces React Native with the same TypeScript your web frontend and backend use, so one person can move across all three surfaces and a developer you hire reads one language instead of two.

On 2026-08-16 the FlutterFlow pricing page showed Free at $0, Basic at $39/month, Growth at $80 for the first seat per month and Business at $150 for the first seat per month, with higher tiers priced per seat. Playcode is $25 a month, or $21 billed annually. Re-check both before you buy, and remember a separate database provider may bill on top.

Yes, on a paid plan. You get the whole project as real TypeScript - the app, the web frontend and the backend - and it is a normal repository, not an editor-specific format. FlutterFlow's pricing page, read 2026-08-16, lists Code Download from its Basic plan and GitHub Integration from Growth.

Not for you - with you. The agent runs the cloud build, runs the store upload, drafts the listing and captures screenshots. You need your own Apple and Google developer accounts, both of which charge a fee and take time to approve, and the final submit is yours to click. Store review takes days and can bounce.

There is no automatic import, and any honest answer says so. The practical route is in the migration guide above: move one screen and the data it depends on first, port the rules that were enforced in your database provider, prove both on the web and the phone, then bring the remaining screens across against a data model you trust.

Still have questions? Contact us

Where teams go next

AI app builder The bigger picture: describe an app and get it built, hosted, and published.All Playcode builders Compare the app, website, bot, and business-workflow paths in one place.Playcode Cloud The backend, database, domains, and snapshots your project runs on.No-code app builder The category page, if you are still deciding between no-code and AI-to-code.Best no-code app builders The multi-vendor comparison, if your shortlist is not fixed yet.

Describe the product. Get the app and its backend.

One project holds the phone app, the website, and the database behind both - in one language, on your own domain.

A members app plus the website people sign up on...Build My App

No credit card required. AI credits included.