Native Vs Hybrid App Development
Native Vs Hybrid App Development: practical guidance, examples and decision criteria from ANODA. Learn how the topic applies to your product and team.
Get your iOS and Android app built in Flutter from one Dart codebase — a custom interface that looks the same on every phone, connected to the device through plugins and native code, and released to both stores.
One Dart codebase, one custom interface, on iPhone and Android alike.
One TypeScript codebase using each platform's own components.
Flutter Development
One Dart codebase drawing a custom interface of its own.
Not included
What you hold at the end, from the fit check to both store releases.
Whether Flutter suits the product, the plugins and native code it needs, and acceptance criteria.
Your design system as Flutter themes and reusable widgets, so every screen stays consistent.
One Dart codebase for iOS and Android, connected to your backend and the device.
Widget, visual and device test results, builds through both stores, and the code yours.
You receive
We build; you own both store accounts, the go-live decision and the Dart code afterwards; Apple, Google, the Flutter team and plugin authors own what the app stands on. As a Flutter app development company we agree that split before the first widget, and every step below shows its inputs and its sign-off.
Flutter version, architecture and state management agreed; build variants, a pipeline for both stores, crash reporting and theme tokens set up. Needs Approved designs with their styles and components, and access to both store accounts.
Done when A single commit yields an iPhone and an Android test build, and the theme tokens reproduce the design's type, colour and spacing.
Custom widgets built once from the design system, then each journey assembled and shown in a test build before the next. Needs A reviewer who holds each build against the approved design on one iPhone and one Android phone, within the agreed window.
Done when The journey matches the approved design on both platforms, with real data, large text and a lost connection.
APIs connected; camera, maps, payments, push or Bluetooth added through vetted plugins, or our own Swift and Kotlin code where none fits. Needs API documentation, sandbox accounts and any SDK the app must talk to.
Done when Each plugin and native bridge works on both platforms, and when access is denied or a call fails, the screen explains what to do next.
Widget and visual regression tests, integration tests, then the agreed devices: screen readers, frame rate, startup time, app size and memory. Needs Testers from your side, and the acceptance cases that matter most to you.
Done when The agreed cases pass on every listed device, screen readers announce every custom control, and motion stays smooth on the slowest phone.
Both listings prepared; builds signed and submitted, with a phased or staged rollout on each store. Needs Listing text and screenshots for both stores, a public privacy policy, and a demo login each reviewer can use.
Done when Apple and Google both accept the build, or each reviewer note has an answer, and a bad release can be halted mid-rollout.
The Dart code, the pipeline, a widget catalogue and notes for the next Flutter upgrade go to your engineers in a working session. Needs The engineers who will own the app.
Done when Your team ships an update to both stores without us.
ANODA builds
Your team owns
Platforms and tools provide
It fits when the interface is your own and one codebase makes sense. Four signs it is the right step now.
Custom components, motion and layouts that should look the same on every phone.
iPhone and Android from launch, without two native codebases to keep in step.
Your engineers are free to learn Dart, or a new team will take over the code.
A tablet, kiosk or desktop version could share the same widgets later.
Tell us what the app must do, how custom the interface is and who will own the code. We will come back with a first scope and a realistic next step.
Whether Flutter fits at all, which plugins and native code it needs, the device list and how often you review builds go into the proposal.
Tell us where the designs and backend stand, which platforms you need, and which device features matter.
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Within 15 minutes, we’ll email you initial feedback and follow-up questions.
Flutter fits when the interface is a large part of the product — custom components, motion, a strong brand — and it should look the same on every phone. Flutter draws its own interface rather than borrowing each platform's components, so what the designer approved is what users see on iPhone and Android alike. It also fits when you need both stores from launch, have no JavaScript team to build on, or expect a tablet, kiosk or desktop version to share the same widgets later.
Four. Flutter imitates the platform look rather than using it, so a new iOS or Android visual style does not appear on its own. Apps start larger than a minimal native app. Device features arrive through plugins, so check each one you need is maintained, and expect some native Swift or Kotlin code. And there are fewer Dart engineers than JavaScript ones, which matters for whoever owns the code next. Flutter's web output also suits apps better than content sites that must rank in search.
Ask how they judge a plugin before relying on it and what happens if its author walks away, whether their own team writes platform channels in Swift and Kotlin, how they catch visual regressions, how custom widgets are made readable by screen readers, and how often they move to a new Flutter release. Ask to see apps they built. We don’t have a published Flutter case yet; on a call we can walk you through how we prepare design for a Flutter build.
A fit check and technical scope with acceptance criteria; the architecture and state management; your design system as Flutter themes and widgets; the Dart app for iOS and Android; API integration and device features through plugins or our own native code; widget, visual regression and integration tests, plus testing on the agreed devices; screen reader support and text scaling; crash reporting; releases to both stores; and a handoff with upgrade notes.
If the screens are not designed yet, start with Mobile App Design; a Flutter build rewards a design with a clear component library. If you are still choosing between native and cross-platform, Mobile App Development covers that. Unclear who the app is for? Product Discovery settles that before any widget is built. If your app is live and people drop off, a UX Audit shows why before anyone rebuilds it.
Approved designs, ideally with styles and components defined; documentation and test access for your backend; both store accounts registered to your company; sandbox accounts for payments, push and analytics; the phones your users carry; and one person who reviews builds on both platforms. Tell us who will own the Dart code afterwards, so the architecture suits them.
The Dart repository, the build pipeline, builds in both store accounts, a widget catalogue, architecture and upgrade notes, test results and a walkthrough with your engineers. Flutter ships stable releases several times a year and plugins follow, so the app needs an owner who upgrades on a schedule. That can be your team, or us on a separate scope: upgrades, fixes, new features, usability testing or a design refresh.
Mostly by how many journeys there are, how far the widgets and motion depart from stock, which plugins and native code are needed, the services involved, whether a backend is already running, and how many phones go on the test list. We set a custom scope and estimate in the proposal, fixed or phased, and agree the timeline once scope, access, dependencies and acceptance criteria are clear. Store review time sits with Apple and Google.
New screen design, web or desktop builds unless they are scoped, store promotion and paid installs; developer accounts, hosting and plugin or SDK fees remain yours. Store approval is Apple's and Google's decision. We make no promise on downloads or ratings, and security, performance and uptime are held to the acceptance criteria written before the build, nothing more.