React Native vs native isn't a close call for most product apps. In our view, React Native is enough for most of them. Go native when your app depends on platform features React Native doesn't expose, or when so much of it is bespoke native work that the shared JavaScript layer stops earning its keep. Everything else is team shape, which is where the decision gets hard. This is part of the series Hire developers by tech stack: rates, vetting and interview guides.
"Native" here means Swift with SwiftUI on iOS and Kotlin with Jetpack Compose on Android. If you're weighing React Native against another cross-platform framework instead, that's a different question, covered in comparing React Native with Flutter. Kotlin Multiplatform sits between the two options here and gets its own comparison elsewhere.
React Native vs native at a glance
| Criterion | React Native | Native (Swift and Kotlin) |
|---|---|---|
| Languages | JavaScript or TypeScript, plus Swift, Kotlin or C++ where you write native code | Swift on iOS, Kotlin on Android |
| UI layer | React components rendered as platform views | SwiftUI (with UIKit) and Jetpack Compose |
| Codebases | One main codebase, plus native modules | Two |
| Platform API access | Through native modules and components, which you write or take from a library | Direct, first-party |
| New OS features | Available once a native module or library exposes them | Direct, through each platform's SDK |
| Team shape | One mobile team, ideally with a native specialist | An iOS team and an Android team |
| Tooling | Node, a framework such as Expo, and often Xcode and Android Studio | Xcode and Android Studio |
The table describes structure, not quality. Both columns ship excellent apps.
What React Native looks like in 2026
If your picture of React Native is an asynchronous bridge shuttling JSON between JavaScript and native code, it's out of date. That architecture is gone. React Native 0.82 made the New Architecture the only architecture, as the React Native 0.82 release post explains, ignoring the old opt-out flags, and scheduled removal of the legacy code to begin in the next version. The current release, described in the React Native 0.87 release post, shipped on 2026-08-11 with TurboModules always enabled. It also requires Node 22.13 or newer.
The mechanism behind this is JSI. According to the React Native architecture overview, JavaScript can now invoke native methods directly, without serialization costs. The same page is careful to say that adopting the New Architecture "may not immediately improve the performance or user experience" of an app. That's an honest sentence, and it matters for the next point.
The docs recommend a framework for new apps and point to Expo as the framework to start with. Expo SDK 57 came out on 2026-06-30 on React Native 0.86. If you skip the framework, you need Xcode and Android Studio set up anyway.
What the performance evidence says
Shopify builds all its mobile apps in React Native, according to the React Native showcase, and its engineers wrote up the migration of two of their largest apps, Shopify Mobile and Point of Sale, to the New Architecture with unusual candour. In one company's experience, as Shopify's migration post reports, launch time came out about 10% faster on Android and 3% faster on iOS. Load times rose by up to 20% on some complex components. Crash-free sessions dipped below the 99.95% target, recovering after a couple of weeks of bug fixing, and Reanimated showed severe frame-rate drops on both platforms until Software Mansion supplied patches that addressed most of the issues.
Shopify reports it spent a couple of weeks on bug fixing to recover crash-free sessions after launch. One company's experience, but it shows the migration is not free of regressions.
When React Native is enough
React Native fits when most of your app is screens, lists, forms, navigation and network calls, and the design is meant to look the same on both platforms. In our view, that describes many business and consumer apps, such as marketplaces, booking flows, dashboards, internal tools, content apps.
It fits especially well when your engineers already write TypeScript. A web team that knows React already knows the component model, although the first real native bug will slow them down (more on that in the team section).
It also isn't a closed box. The docs describe how native modules and native components expose Objective-C, Swift, Java, Kotlin and C++ code to JavaScript. Need a payments SDK that only ships native bindings? Wrap it once and call it from the shared code. That covers a lot of cases people assume force a full native build.
When to go native
The honest triggers are narrower than most comparison posts suggest. Opinions on 3D, AR and games run strong, but the speed claims behind them are rarely sourced, so this article doesn't repeat them. How much of your app is bespoke native work matters more than any category label.
Three triggers hold up.
The first is platform features that React Native and its libraries don't expose. If your roadmap leans on capabilities nobody has wrapped for JavaScript yet, you'll write the native modules yourself, and a team writing mostly native modules is a native team with an extra layer on top.
The second is heavy per-frame work. Shopify's Reanimated frame drops are the cautionary example, and they suggest animation-heavy screens deserve extra scrutiny. If your product's core experience is a custom, gesture-driven, continuously animating surface, prototype it natively before committing.
The third is wanting the first-class toolkit. Google's Android docs now frame Compose as the toolkit replacing Views: Google's case for adopting Compose says "Out of the box, Compose offers native performance," and treats View libraries as in maintenance mode. On iOS, Apple's SwiftUI overview describes a declarative framework for all Apple platforms that can be adopted incrementally alongside UIKit. If you want first-party access to each platform's UI toolkit, going native is the direct path. For the iOS side, see choosing between SwiftUI and UIKit.
One more case isn't technical. If you already have strong iOS and Android teams and the product will live for years, a rewrite into React Native buys little. Keep what works.
What it means for your team
Pick the stack and you've picked the org chart. There are three real shapes.
Two native teams. You get the deepest platform knowledge and the cleanest path to every new OS feature. You pay with two hiring pipelines, two backlogs, and the constant work of keeping features at parity. Every product decision gets made twice, or gets made once and implemented twice.
One React Native team. One backlog, shared feature code, and a hiring pool that includes strong TypeScript engineers. The risk is the day the app needs a native module and nobody on the team can write one. A web React developer isn't automatically a mobile one, a distinction covered in vetting a React Native engineer.
React Native plus a native specialist. In our view, this is the best default for a funded product team. The JavaScript engineers own features, and one engineer who knows Swift or Kotlin owns the native modules, the build setup and the upgrade path. That role is easy to skip in the plan and expensive to be missing in production.
Whoever owns the native layer also owns upgrades. React Native ships regularly, and a version such as 0.87 raises its Node requirement and its Android Kotlin minimum (2.0 or newer, per the release post). Somebody has to read those notes every time. Without a framework, that person also keeps Xcode and Android Studio working for everyone else.
A decision rule
- If most of your app is standard screens and your engineers write TypeScript, start with React Native.
- If your roadmap depends on new platform capabilities the day they ship, go native.
- If one surface is extremely animation- or graphics-heavy and the rest is ordinary, use React Native and build that surface natively.
- If you have healthy iOS and Android teams already, don't rewrite for the sake of one codebase.
- If you pick React Native, budget for a native specialist from the start.
Hiring iOS and Android engineers through HighCircl
If you decide to go native, HighCircl hires iOS and Android engineers from seven European countries: Poland, Hungary, Slovakia, Serbia, Slovenia, Romania and Spain. Senior engineers run €45-105/hr ($50-115/hr) with a transparent 20% capped margin, and there's no minimum hour commitment. Every engineer passes four vetting stages run by senior engineers, and about 1 in 10 applicants get through. You receive a shortlist of 3-5 candidates within 72 hours. React Native isn't one of the stacks HighCircl lists, so this applies to the native route only.
FAQ
Is React Native as fast as native?
Not as a blanket rule. React Native's own docs say the New Architecture "may not immediately improve the performance or user experience" of an app. Shopify, in one large-scale migration, measured about 10% faster launch on Android and 3% on iOS, but also saw load times rise by up to 20% on some complex components. For typical product screens you're unlikely to notice. For continuously animating or graphics-heavy surfaces, test on real devices before you commit.
Can you mix React Native with native code?
Yes. You can write native modules, which have no UI, and native components, which are views, and call them from JavaScript. They can be written in Objective-C, Swift, Java, Kotlin or C++. That's how you handle a single platform-specific feature without leaving React Native.
Does React Native still use the bridge?
No. The New Architecture has been the only architecture since React Native 0.82, and JSI lets JavaScript call native methods directly. Articles that blame "bridge overhead" describe the old design.
Should a startup start with React Native?
In our view, usually yes, if the product is a typical app with shared design across iOS and Android and your engineers write TypeScript. One team and one backlog help when you're still finding product fit. Choose native from the start only if your core feature depends on platform capabilities that React Native doesn't expose.
Is React Native the same as React?
No. React Native uses React's component model to build mobile apps, but it renders to native iOS and Android views and needs mobile tooling and platform knowledge that web React doesn't.