Expo (React Native) vs Flutter Comparison

The framework that turns React Native into a platform, managed end-to-end via EAS

VS
Flutter

Consistent thanks to its own render engine, but an SDK whose setup is now more on you

12 min readCross-Platform

Quick Verdict

This is no longer a language decision — it's a call about who owns your ecosystem. For a JS/TypeScript team that wants to ship fast, Expo is the right default: EAS's six products (Build, Submit, Workflows, Update, Hosting, Observe) bring the whole chain onto one platform, at the cost of service dependency and paid EAS tiers. If you want full control over your design system, consistent rendering including desktop, and to avoid vendor lock-in, choose Flutter — you'll set up CI/CD and monitoring yourself.

Expo (React Native)Flutter
Read the full verdict

Score Comparison

Loading chart...

Detailed Scoring

Detailed Scoring: Expo (React Native) and Flutter — category-by-category scores out of 10
CategoryExpo (React Native)Flutter
Performance
8/10
8/10
Ease of Learning
9/10
6/10
Ecosystem
8/10
8/10
Community
8/10
8/10
Job Market
7/10
7/10
Future-Proof
8/10
8/10

Pros & Cons

Expo (React Native)

Pros

  • Only Node.js LTS is required to get started — test instantly with Expo Go/Snack without Xcode or Android Studio
  • EAS Build/Update/Workflows/Observe on one platform: you buy CI/CD, OTA updates, and performance monitoring instead of building them yourself
  • With CNG (expo prebuild), native folders are regenerable — 'eject' is no longer a one-way door
  • Instant JS/asset-level OTA updates via EAS Update, without waiting for store review
  • A team that knows TypeScript/React can start without learning a new language
  • The EAS Build Free plan includes 15+15 builds a month and 1,000 MAU updates — a zero-cost start for small projects
  • Direct access to React Native's massive npm ecosystem
  • The config plugin system makes native configuration programmatic and repeatable

Cons

  • SDK 57 currently ships React Native 0.86; RN 0.87 (August 11, 2026) hasn't landed in an Expo SDK yet
  • Never shipped an official built-in design/UI library — picking a third-party library for a consistent look is on you
  • Once you exceed the EAS Free plan, you need to move to a paid tier: Starter ($19/month + credits) or Production ($199/month)
  • Expo Go (iOS) has required login in both the terminal and the app since September 3, 2026
  • Because EAS is designed cloud-first, it fits poorly with enterprise requirements for on-prem CI
  • Writing a config plugin for very rare or custom native SDKs can take extra effort

Best For

Teams coming from a JS/TypeScript background who want to ship fastSmall-to-mid teams that don't want to build their own CI/CD, performance monitoring, and OTA infrastructureMVP/prototype development and rapid iterationApps with heavy OTA-update needs that want to ship JS fixes without waiting for store reviewTeams that also want to target web from the same React codebase

Flutter

Pros

  • Its own render engine (Skia/Impeller) delivers pixel-perfect, consistent visuals across every platform
  • 178,800+ GitHub stars and a mature, well-established package ecosystem on pub.dev
  • 4 target families (mobile/web/desktop/embedded) are officially supported — you can ship to desktop from a single codebase
  • Still in production use across Google's own products (Google Pay, Google Earth, NotebookLM)
  • material_ui/cupertino_ui are now standalone packages — they can ship bug fixes without waiting for the SDK's quarterly cycle
  • Hot reload gives a fast development loop on the Dart side too
  • Writing native modules/plugins is well documented (platform channels)

Cons

  • Dart is a new language that doesn't directly carry over your team's JS/TS knowledge
  • No official/integrated OTA JS-update mechanism — release builds are AOT binaries; you need a native build plus store review
  • No official managed CI/CD-build-monitoring platform (an EAS equivalent) — you set up CI/CD, crash/perf monitoring, and distribution yourself with third parties (Fastlane, Codemagic, Sentry, etc.)
  • Flutter 3.47 raised the minimum targets from iOS 13→15 and macOS 10.15→12 — projects that need old-device support may get stuck on an earlier release
  • The old in-SDK versions of Material/Cupertino will be deprecated in November 2026 — migrating (dart fix --apply --code=migrate_design_widgets) is extra maintenance work
  • There's no official, fixed price/services page because the framework is free — but that means you still have to buy (or build) the missing CI/CD/monitoring/OTA pieces separately

Best For

Teams that want full control over their design system and prioritize consistent multi-platform renderingTeams that want to target mobile + web + desktop from the same codebaseTeams that don't want to lock into a third-party managed service like EAS and are willing to build their own CI/CDLong-term, large-scale apps where the team can invest time in learning DartTeams that want deep integration with the Google ecosystem (Firebase, Google Cloud)

Code Comparison

Expo (React Native)
// Expo — OTA JS update via EAS Update, without waiting for store review (TypeScript)

// app.config.ts — update channel definition
import { ExpoConfig, ConfigContext } from "expo/config";

export default ({ config }: ConfigContext): ExpoConfig => ({
  ...config,
  name: "MyApp",
  slug: "my-app",
  version: "1.0.0",
  runtimeVersion: { policy: "appVersion" },
  updates: { url: "https://u.expo.dev/your-project-id" },
});

// Terminal: build for production and submit to the store
// eas build --platform all --profile production
// eas submit --platform all

// Bug found — ship a JS/asset fix without touching the native build
// eas update --branch production --message "Fix: login crash on cold start"

// Performance monitoring in production with EAS Observe (GA: August 20, 2026)
// -> https://docs.expo.dev/eas/observe/introduction/
// Requires a separate native library; doesn't work in Expo Go — a development or
// production build is required:
// npx expo install expo-observe
// Wrap the root layout in <ObserveRoot> and call markInteractive() once the app is ready.
// Metrics: cold/warm start, first render, time to interactive, bundle
// load, and EAS Update download time. JS error logging is in preview.
Flutter
// Flutter 3.47 — migrating to the standalone material_ui package (Dart)

// pubspec.yaml — add the new standalone package
// dependencies:
//   material_ui: ^1.0.0
//   cupertino_ui: ^1.0.0

// Terminal: automatic migration from the old in-SDK widgets to the new package
// $ dart fix --apply --code=migrate_design_widgets

// main.dart — import from the new package (old: package:flutter/material.dart)
import 'package:material_ui/material_ui.dart';

void main() {
  runApp(const MyApp());
}

class MyApp extends StatelessWidget {
  const MyApp({super.key});

  @override
  Widget build(BuildContext context) {
    return MaterialApp(
      title: 'Profile Card',
      home: Scaffold(
        appBar: AppBar(title: const Text('Profile')),
        body: const Center(child: Text('Hello, Flutter 3.47')),
      ),
    );
  }
}

// Note: Flutter has no official equivalent of "eas update" —
// to ship this change to users you need to cut a new build and
// take it through store review.

Conclusion

This is no longer a language decision — it's a call about who owns your ecosystem. For a JS/TypeScript team that wants to ship fast, Expo is the right default: EAS's six products (Build, Submit, Workflows, Update, Hosting, Observe) bring the whole chain onto one platform, at the cost of service dependency and paid EAS tiers. If you want full control over your design system, consistent rendering including desktop, and to avoid vendor lock-in, choose Flutter — you'll set up CI/CD and monitoring yourself.

Get Free Consultation
FAQ

Frequently Asked Questions

If you have a JS/TypeScript team and want fast shipping plus a managed build/update/monitoring service, go with Expo (SDK 57, EAS Observe is now GA as of August 20, 2026). If you want full control over your design system, consistent multi-platform rendering (mobile + web + desktop), and no dependency on a third-party service, go with Flutter — though with Flutter 3.47 Material/Cupertino are now separate packages, so your 'setup responsibility' has grown (August 12, 2026).

Introduction

Both sides changed direction in the summer of 2026. Flutter 3.47, released on August 12, 2026, shipped the Material and Cupertino design libraries as independent material_ui/cupertino_ui packages — note that in this release the move is opt-in: the core SDK still includes the old libraries, with formal deprecation landing in the November 2026 stable. On the Expo side there's SDK 57 (June 30, 2026, React Native 0.86) and EAS Observe, which reached GA on August 20, 2026. So the question is no longer "which language will I learn" but "whose infrastructure will I depend on, and how much." With Expo you start from your React/TypeScript knowledge; EAS handles build, OTA update, CI, and performance monitoring for you — in exchange you stay dependent on these services. With Flutter you learn Dart, but you get the same look on every platform with a single render engine; CI/CD, deployment, and monitoring are left to you. Below, these two models are compared across nine criteria. Note: there is no quantitative "cold start" measurement published by either side; you'll need to measure that with your own project.

Comparison Matrix

Comparison Matrix: Expo (React Native) / Flutter
FeatureExpo (React Native)Flutter
Origin (company founding / first release)2015 (650 Industries founded) · repo 20162017 (alpha, Google)
LanguageTypeScript / JavaScriptDart
Latest version (2026-09-06)SDK 57 (Jun 30, 2026, RN 0.86)3.47.0 (Aug 12, 2026)
GitHub stars52,063+178,800+ (Winner)
Official UI/design libraryNone (3rd-party choice)Yes (material_ui/cupertino_ui, separate package) (Winner)
Managed CI/CD-build platformEAS Build/Workflows (official) (Winner)None official (3rd-party: Codemagic, etc.)
OTA/JS updateEAS Update (official) (Winner)None (release is AOT binary)
Startup/performance monitoringEAS Observe (GA: Aug 20, 2026; JS error logging in preview) (Winner)None official (3rd-party: Firebase/Sentry)
Desktop targeting (Win/mac/Linux)Not in official scopeOfficial 1st-class target (Winner)
Web targetingYesYes
Free tier/planEAS Free: 15+15 builds/month, 1,000 MAU OTAFramework is fully free
Paid upper tierStarter $19/month+credit, Production $199/monthNone (3rd-party service cost separate)
Minimum setup requirementNode.js LTS (Winner)Flutter SDK + Xcode/Android Studio
Native module accessConfig plugin + expo-modules-corePlatform channels (direct)
LicenseMITBSD-3-Clause

Deep Dive

Expo (React Native)

Overview

Expo was founded in 2015 by 650 Industries (Palo Alto) as a framework + managed platform built on top of React Native. Historically, the "managed workflow" restricted access to native code, and "eject" was a hard-to-reverse operation; with expo prebuild, this model evolved into Continuous Native Generation (CNG) — the native ios/android folders are no longer source, but a reproducible output generated from app config. In 2026 the current version is SDK 57 (June 30, 2026, carrying React Native 0.86); with EAS Build, Update, Workflows, and Observe, which reached GA on August 20, 2026, Expo is now an end-to-end cloud platform. Unlike Flutter, Expo/React Native has never offered an official built-in design library — for Material Design and iOS-like components the team picks a third-party library or builds its own design system. This is the exact opposite of Flutter's "ready-made widget set inside the SDK" approach: Expo's bet isn't the UI layer, it's making the entire development-deployment-monitoring chain managed. Expo Go is still the fastest way to test instantly without installing a native SDK, but starting September 3, 2026, login is required on iOS (development builds are exempt).

Ecosystem

Package manager
npm / Yarn / pnpm (with Expo CLI)
Development environment
VS Code + Expo ToolsAndroid Studio (native build)Xcode (native build)
Popular libraries
expo-routerexpo-updatesexpo-notificationsexpo-cameraexpo-modules-core
GitHub stars
52,063

Learning Resources

Flutter

Overview

Flutter is an open-source UI framework written in Dart, developed by Google, whose first alpha release came out in 2017. Unlike other cross-platform solutions, it doesn't wrap native components — it draws every pixel itself with its own render engine (first Skia, now Impeller by default on desktop), which provides a consistent look across platforms but requires imitating the platform's native widgets. Flutter 3.47, released on August 12, 2026, brought a fundamental change to the ecosystem: the Material and Cupertino design libraries, which used to come embedded in the SDK's core, have now reached 1.0 on pub.dev as independent material_ui and cupertino_ui packages; the goal is for these libraries to release bug fixes and features at their own pace, independent of Flutter's quarterly release cycle. The old versions inside the SDK will be officially deprecated in the November 2026 stable — a migration tool is offered via dart fix --apply --code=migrate_design_widgets. In the same release, the minimum iOS target was raised from 13 to 15, and the macOS target from 10.15 to 12 (for Xcode 27 support). Unlike Expo, Flutter doesn't offer an official managed build/update/monitoring platform — CI/CD, deployment, and crash/performance monitoring are set up with third-party tools (Fastlane, Codemagic, Sentry, Firebase); in exchange, the framework itself is completely free and creates no dependency on any service.

Ecosystem

Package manager
pub.dev (pub / flutter pub)
Development environment
Android Studio + Flutter pluginVS Code + Dart/Flutter extensionIntelliJ IDEA
Popular libraries
providerriverpodgo_routerdiomaterial_ui (new, independent package)
GitHub stars
178,800

Learning Resources

Technical Analysis

Time to a Working App from Scratch, and Team Skill Fit

With Expo, getting started with npx create-expo-app gives you a working app within seconds; no setup is needed beyond Node.js LTS, and you can test instantly on your phone with Expo Go. With Flutter, the official path requires installing the Flutter SDK first, then the platform toolchains (Xcode + CocoaPods, Android Studio + Gradle) — the road to a "working app from scratch" structurally includes a longer first step. There's no quantitative, official measurement of this difference; both can be called "a few minutes" of work, but Expo's path requires fewer dependencies. The difference is clearer on the team skill fit side: Expo is built on React/TypeScript, so a web team's JS/React knowledge carries over directly. Flutter requires you to learn Dart — even though the syntax is close to the C family, the widget-tree model and state management patterns (Provider, Riverpod, BLoC) bring a new learning curve. If your team already has React knowledge, the ramp-up to productivity with Expo is shorter; if you're building a mobile team from scratch, this difference loses its significance because a learning process is required in either language.

UI Layer Ownership: Split-Out Packages vs. No Library at All

This is where August 12, 2026 marks the biggest break point. Until Flutter 3.47, the Material and Cupertino widgets shipped only in the SDK's core; now they can also be obtained as independent packages on pub.dev, named material_ui and cupertino_ui, which have reached 1.0. Note: in this release the move is opt-in — the core SDK still includes these libraries. The goal is for the libraries to be able to release on their own weekly-planned cadence, independent of the SDK's quarterly cycle. The practical result: the in-SDK old versions will be deprecated in the November 2026 stable, meaning every Flutter project will at some point have to make this move with dart fix --apply --code=migrate_design_widgets. On the Expo/React Native side, this debate never existed because an official built-in design library was never offered. The team picks third-party libraries like React Native Paper for Material Design-like components, or builds its own design system. If you want a consistent, platform-independent pixel-perfect look, Flutter's widget set (even in its new package form) brings less decision overhead; if you want the native platform feel exactly, on the Expo/RN side you build that yourself with third-party libraries.

Managed Service Scope: EAS's 6 Products vs. Build It Yourself

This is the axis that separates the two sides the most. Expo's EAS offers six separate products: Build (native compilation), Submit (store submission), Workflows (CI/CD automation), Update (OTA), Hosting, and Observe (startup/performance monitoring), which reached GA on August 20, 2026. All of them live under one account, one pricing model, one dashboard. The free plan includes 15 Android + 15 iOS builds per month and OTA updates for up to 1,000 MAU — a small project can start at zero extra cost; beyond that you need to move up to the Starter ($19/month + credit) or Production ($199/month) tier. On the Flutter side, this scope rests on the tools you choose rather than on a single official product. You integrate them yourself — Codemagic, GitHub Actions, or your own pipeline for CI/CD; Firebase Crashlytics or Sentry for crash/performance monitoring; Fastlane for deployment. The cost cuts both ways: the framework itself is free, but choosing, integrating, and maintaining these tools is your team's job. In a small team, Expo's "all-included" model noticeably reduces the DevOps burden; in an enterprise team with specific requirements, Flutter's "pick your own tools" flexibility is a preference, not a limitation.

OTA Update Support: An Official Product vs. Absence of a Product

EAS Update is one of Expo's most concrete differentiators: you can ship JS- and asset-level changes to users without waiting for store review. Its limit is also clear — both Apple's App Store Review Guideline 3.3.1 and Google Play policy only allow OTA to update interpreted code/assets; native code changes or features that would change the app's core purpose cannot be shipped this way. So EAS Update isn't a "bypass everything" mechanism — it's a safety valve for critical JS bug fixes. At this scope, Flutter has no official, documented OTA/code-push product — since release builds are AOT (ahead-of-time) compiled native binaries, a JS-style "runtime update" architecture isn't inherent to the framework's nature. The practical result is this: in Flutter, even a small bug fix requires a new build + store review cycle. If you're a product team that needs to ship frequent, small fixes, this is a concrete operational difference in Expo's favor.

Package Ecosystem Size and Maintenance Health

GitHub stars are a rough but comparable signal: flutter/flutter leads expo/expo, 178,800 stars vs. 52,063 stars (2026-09-06, live GitHub API data). But this number alone doesn't fully reflect ecosystem size — Expo is built on top of React Native's massive npm ecosystem; so an Expo project actually has access to both the Expo SDK packages and millions of npm packages. Flutter's pub.dev is younger but has more centralized quality control thanks to Google's direct contribution; official packages under flutter/packages (e.g. go_router) and community favorites (provider, riverpod) are updated regularly. On the maintenance side, both ecosystems carry the risk of "abandoned packages" — this isn't specific to either framework, it's a general fact of open-source ecosystems. Flutter's advantage, as seen in the material_ui/cupertino_ui example, is that Google officially maintains the core widgets; Expo's advantage is that first-party modules like expo-router/expo-updates/expo-camera are maintained by the same company, on the same release cadence, as EAS. Both are subject to the rule "official modules are trustworthy, check the maintenance status on third-party modules."

Web/Desktop Targeting and Total Cost of Ownership

Flutter officially supports four target families: mobile, web, desktop (Windows/macOS/Linux), and embedded; the documentation has a separate support matrix for each platform. Expo's official scope is limited to Android/iOS/web; desktop isn't on the first-party target list — for that you need separate projects in the React Native ecosystem (e.g. React Native Windows/macOS), and these aren't part of Expo's managed flow. If you genuinely want to target desktop as a first-class citizen, this is a clear difference in Flutter's favor. On the total cost of ownership (TCO) side, there are two different cost structures. In Expo, cost is concretized in the EAS subscription tiers: Free → Starter ($19/month + credit) → Production ($199/month) — the bill grows as you grow, but in exchange it includes CI/CD, OTA, and monitoring. In Flutter, the framework is free and there's no official price page, but the cost doesn't disappear — you need to choose and integrate separate tools for CI/CD (Codemagic or your own runners), crash/performance monitoring (Firebase/Sentry), and deployment (Fastlane), and take on the billing and maintenance burden of these tools. In short: in Expo, TCO shows up in a single bill; in Flutter, TCO is scattered but the framework itself is free.

Which One, When

A small team with React/TypeScript knowledge wants to ship a fast MVP

Recommendation: Expo

No setup beyond Node.js LTS; the EAS Free tier (15+15 builds/month) provides a cost-free start; zero language-learning overhead.

An enterprise team that already has its own CI/CD and monitoring infrastructure

Recommendation: Flutter

Existing infrastructure (Fastlane/Codemagic/Sentry) is already in place; the 'all-included' value EAS offers would mean paying twice for this team.

Mobile + web + desktop need to be targeted from the same codebase

Recommendation: Flutter

Flutter's 4 target families officially cover desktop; Expo's official scope is limited to Android/iOS/web.

Shipping frequent, small JS bug fixes without waiting for store approval is critical

Recommendation: Expo

EAS Update is official and integrated; Flutter has no documented OTA product, every fix requires a new build + review.

A consistent, pixel-perfect multi-platform visual identity is the top priority

Recommendation: Flutter

Its own render engine (Skia/Impeller) draws the same pixel regardless of platform; RN/Expo wraps native components, so consistency depends on a third-party library.

The team can't spare time to learn Dart, but native platform feel isn't important either

Recommendation: Expo

You start with TypeScript/React; the native-feel question is already solved flexibly with third-party libraries anyway.

I don't want to stay dependent on EAS's paid tiers (Starter/Production); I won't take on the risk of vendor lock-in to a cloud service

Recommendation: Flutter

The framework is completely free and not vendor-dependent; the cost is spread across the 3rd-party tools you choose, but you don't get locked into a single provider.

Common Pitfalls

  • Accepting the minimum iOS/macOS bump when upgrading to Flutter 3.47 without checking store analytics

    Flutter

    Solution

    Before upgrading, check the share of users still on iOS 13-14 / macOS <12 in App Store Connect/Play Console; if it's a critical mass, delay the upgrade or stage it.

  • Postponing the material_ui/cupertino_ui migration until the November 2026 deadline

    Flutter

    Solution

    Migrate early with dart fix --apply --code=migrate_design_widgets; don't get hit with a surprise breaking change after deprecation.

  • Old libraries using deep imports throwing type errors when moving to RN 0.87's Strict TypeScript API

    Expo (React Native)

    Solution

    Update your dependencies or use the opt-out mechanism (not permanent); since Expo SDK 57 still carries RN 0.86, if this doesn't touch your project yet, plan the upgrade.

  • Trying to ship a feature that 'changes the app's purpose' via EAS Update in a way that violates Apple guideline 3.3.1

    Expo (React Native)

    Solution

    Use OTA only for JS bug fixes and asset updates; leave changes to native behavior or the app's core purpose to the normal build+review cycle.

  • Ignoring Gradle/native module/asset incompatibilities under the assumption 'Expo = zero native config'

    Expo (React Native)

    Solution

    Check dependency version compatibility when adding a config plugin; the most common cause of build failures is still dependency conflicts and version mismatches.

Migration Guide

Expo (React Native) ↔ Flutter: Really a Port, Not a Step-by-Step Migration

Estimated time: Small app (5-10 screens): 1-3 months. Medium (20-40 screens): 3-8 months. Large (80+ screens): 8-18 months. Since this is a port, the duration depends more on screen/business-logic complexity than on the framework change.
  1. 11. An honest assessment: Expo and Flutter have completely different languages (TypeScript/JS vs. Dart) and architectures (native bridge/JSI vs. own render engine) — there's no official 'migration tool,' this is a rewrite project.
  2. 22. Take an inventory of the current app's screens: which native modules, which state management, which navigation pattern are in use.
  3. 33. On the target side (if you're moving to Flutter), identify equivalent packages: go_router for navigation, riverpod/provider for state, dio for networking.
  4. 44. Rewrite the business logic (API calls, validation, data models) in the target language with a one-to-one logical equivalent — there's no automatic translation tool.
  5. 55. Rebuild the UI screen by screen; if you're moving to Flutter, start with material_ui/cupertino_ui (3.47+), if you're moving to Expo, choose a third-party design library.
  6. 66. Re-evaluate your native module needs: write them with config plugin/expo-modules-core on the Expo side, with platform channels on the Flutter side.
  7. 77. Plan a parallel-running period: keep the old app in production while testing the new app in closed beta, migrating screen by screen.
  8. 88. Stage your store release (staged rollout) — instead of one big 'big bang' cutover, move the critical screens first.

Future Outlook

Expo (React Native)

Expo's direction is clear: it keeps evolving from a framework into a cloud platform. EAS Observe reaching GA on August 20, 2026, EAS Workflows expanding the CI/CD side, and the SDK regularly following React Native (SDK 57 → RN 0.86) confirm this direction. The expected friction point: it hasn't been officially announced when React Native 0.87 (August 11, 2026, Strict TypeScript API) will land in the next Expo SDK. However, the SDK 57 announcement points the other way: Expo is trying to offer React Native's non-breaking releases to developers almost instantly, as optional upgrades obtainable with npx expo install expo@latest --fix — SDK 57 describes itself as the first trial of this approach and a "small, focused release." The login requirement in Expo Go (iOS) is also a signal that reinforces the platform's identity as 'not just a framework, but a service requiring an account.'

Flutter

Flutter's direction looks like a continuation of the 'shrink the core, modularize around it' strategy that started with 3.47 — the material_ui/cupertino_ui split is its first big step, and the November 2026 deprecation is this strategy's first mandatory milestone. Google continuing to use Flutter in its own products (Google Pay, Google Earth, NotebookLM) shows the long-term investment is holding. The signals so far (the same 'framework, not a service' position Flutter has held for years) suggest an official managed CI/CD/OTA platform isn't likely in the short term; this isn't a prediction, just a straight-line continuation of the current trend.

Golden Insight

Where both sides fall short is still the same: Expo has never offered an official UI/design library, and Flutter has never offered an official managed CI/CD-OTA-monitoring platform. The moves in the summer of 2026 didn't close these gaps — they deepened them. So the right question isn't "which is better" but "which gap is cheaper for your team to fill." In an enterprise team that already has CI/CD and monitoring infrastructure set up, Flutter's "build it yourself" model brings no extra cost. In a small-to-medium team starting from scratch, the real cost of that infrastructure (time, tool selection, maintenance) is often more expensive than an EAS subscription. Make the decision with the question "which operating burden am I already carrying, and which one do I want to buy?"

Related Comparisons

FlutterVSReact Native

Flutter vs React Native

Cross-platform mobile titans compared: Flutter's Skia rendering vs React Native's native bridges, performance benchmarks, ecosystem, and 2026 enterprise adoption.

Kotlin MultiplatformVSFlutter

Kotlin Multiplatform vs Flutter

JetBrains Kotlin Multiplatform versus Google Flutter: native UI versus shared UI, performance, ecosystem, and 2026 enterprise mobile choice.

Native (Swift/Kotlin)VSCross-Platform (Flutter/RN)

Native vs Cross-Platform

Native iOS/Android development versus cross-platform Flutter, React Native, KMP: performance, time-to-market, hiring, and which strategy fits your product.

Related Blog Posts

View All Posts
Cross-Platform

Cross-Platform Choice for iOS Developers: The 2026 Decision

Cross-platform choice for iOS developers in 2026: a decision framework comparing Flutter, React Native, Compose Multiplatform, Skip, and Capacitor by team size, budget, and exit cost.

16 min read
Cross-Platform

Flutter vs SwiftUI: A Comparison at 60K LOC Scale (Build, Runtime, Team, Hire)

What most blog posts skip about maintaining a codebase at 60K LOC scale for years — a qualitative comparison. Build time, runtime cost, team velocity, hire pool, and a decision matrix.

18 min read
Cross-Platform

AI Agents Connect to Hot Reload: Compose MCP & Flutter

The MCP server that shipped with Compose Multiplatform 1.12.0 turns the AI-agent hot-reload Compose MCP flow real-time. We compare setup, the tool set, and Flutter's official equivalent.

15 min read

Related Projects

View All Projects
Travel & Transportation

Alfy

A client project for Alfred Concierge: I rebuilt Alfy in Flutter as 4 apps (Rider and Driver, each on iOS and Android), with a React admin panel and a real-time Node.js backend.

Sports & Analytics

Shutli

A live match analysis app I built and launched end to end at ADORB Bilişim: a Flutter client, a NestJS backend and real-time data flow over Redis and Socket.IO. It reached 30K+ registered users and 3K+ paying subscribers within 8 months of launch.

Sources

  1. 1.Flutter Blog — What's new in Flutter 3.47
  2. 2.Flutter — Release Notes
  3. 3.Flutter — Supported Platforms
  4. 4.Flutter GitHub Issue #187741 — iOS/macOS deployment target upgrade
  5. 5.Expo Changelog — SDK 57
  6. 6.Expo Changelog — EAS Observe is now generally available
  7. 7.Expo Pricing
  8. 8.React Native Blog — 0.87 Release
  9. 9.GitHub API — expo/expo repository
  10. 10.GitHub API — flutter/flutter repository
  11. 11.Flutter Showcase
  12. 12.Expo Docs — Continuous Native Generation
  13. 13.Expo — Services (Build, Submit, Workflows, Update, Hosting, Observe)
  14. 14.Expo Docs — EAS Observe: Introduction
All Comparisons