Native Apps vs Webview Apps: What's the Difference, and Which Is Right for Your Business?

When you start looking at launching a mobile app for your business, you'll come across terms like "native app" and "webview app".

You might be wondering what the difference actually is. You might also hear some negative connotations of one or the other online, and come in with some pre-conceived biases.

Let's clear it all up.

Here's the short version: native apps are built from scratch using platform-specific code. Webview apps take existing web content and deliver it inside a native app framework.

Both end up in the App Store and Google Play. Both can look and feel identical to the end user.

The longer version matters, because how you build your app affects what it costs, how long it takes to launch, how much work it takes to maintain, and whether it actually does what your business needs it to do.

This guide breaks down the difference in plain terms, covers the real pros and cons of each approach, and helps you figure out which one makes sense for your situation.

What Is a Native App?

A native app is built specifically for one platform (typically iOS or Android) using that platform's own programming language and tools.

Think of it like building a house from the ground up. 

You hire architects, pour a foundation, frame the walls, run the plumbing. Every detail is custom. The result is exactly what you want; but it takes a long time, costs a lot, and if you want a second house on a different street (the other platform), you're starting over.

In technical terms:

• iOS native apps are built with Swift or Objective-C
• Android native apps are built with Java or Kotlin
• Each platform requires its own codebase, its own developers, and its own maintenance cycle

Because iOS and Android are different operating systems with different design conventions, a native iOS app can't run on Android (and vice versa) without being rebuilt.

Together, iOS and Android account for over 99% of the global mobile OS market - so those are the only two platforms that matter for most businesses.

(technically “native app” can also refer to native apps for PCs, smart TVs, smart watches… but the majority of the time, this is used in a mobile app context)

What Is a Webview App?

A webview is an embedded browser engine inside a mobile app. 

It renders web content (HTML, CSS, JavaScript) but without the browser's usual interface (no address bar, no tabs, no bookmarks). The user just sees app screens.

Think of it like a furnished modular home.

The rooms are pre-built in a factory (your existing website), then delivered and installed on a proper foundation (the native app framework). From the outside (and from the inside) it looks and feels like any other house. It just got there a different way.

A webview app combines this embedded browser engine with native mobile components, things like navigation bars, tab menus, push notifications, and deep linking. 

The result is a hybrid: web content on the inside, native experience on the outside.

How Is a Webview Different from a Browser?

A web browser has two parts:

1. The rendering engine — takes HTML/CSS/JavaScript and turns it into something visual
2. The browser UI — the address bar, tabs, bookmarks, extensions

A webview is just the engine, without the browser UI. 

That lets developers replace the browser's interface with native app elements, so the web content appears as part of the app, not as a web page.

How Common Are Webview Apps?

More common than most people think. Multiple studies of Android apps have found that 83-90% contain webview components in their code. 

Even among the most popular apps (those with 100,000+ users) more than half use webviews as part of their architecture.

This isn't a shortcut used by small teams cutting corners. Some of the biggest apps in the world rely on webviews:

• Shopify published a detailed engineering post in 2025 about "Mobile Bridge," their framework for making webviews feel native. Their mobile app has around 600 screens, and they describe webviews as "a critical part of Shopify's mobile strategy."
• Amazon uses a hybrid approach with webviews for product detail pages and content-heavy sections.
• Instagram uses webviews for comments, profiles, and stories.
• Gmail uses webviews and HTML rendering for cross-platform consistency.

These companies could build everything natively. They choose not to, because webviews let them ship faster, maintain less code, and keep the experience consistent across platforms.

Can Webview Apps Get into the App Store?

Yes, but not all webview apps are created equal.

Apple and Google both have review guidelines that reject apps that are just a website stuffed into a frame with no added value. 

A bare webview with no native elements, no app-specific functionality, and no meaningful user experience beyond what the browser already provides will get rejected.

But a well-built webview app, one with native navigation, push notifications, proper loading states, deep linking, and a genuine app experience, passes review consistently. 

The app stores care about the quality of the experience, not the underlying technology.

This distinction matters. There's a big gap between a basic "website in a box" and a properly engineered webview app, and the app stores know the difference.

Webview App Advantages

Here are some of the top advantages of building a webview app.

Single Codebase

Building natively means maintaining separate codebases for iOS and Android (and potentially a third for your website). 

That's three codebases in different languages, often requiring separate dev teams.

A webview app draws from your existing web code. When you update your website, the app reflects those changes automatically. One codebase to maintain instead of three.

For ecommerce brands running on Shopify, WooCommerce, or similar platforms, this is a major advantage. 

Every product update, every new collection, every landing page - it's live in the app the moment it's live on your site.

Faster Time to Launch

Native app development typically takes six months or longer for a first version, with dedicated teams working on iOS and Android in parallel.

A webview app can launch in weeks, not months. The heavy lifting (your product catalog, checkout flow, account management, content) already exists on your website. 

The app build adds the native layer on top.

Lower Cost

This is often the deciding factor.

Building a native app from scratch typically costs $50,000 to $150,000 for a moderately complex app. And that's just for one platform. Double it for iOS and Android. Then factor in ongoing maintenance at 10-20% of the initial build cost per year.

A webview-based approach is a fraction of that. You're not rebuilding your entire product experience from scratch. You're extending what you've already built into a native app.

Full Feature Parity with Your Website

One of the underrated benefits: everything that works on your website works in a webview app. 

Every plugin, integration, theme customization, and third-party tool carries over without additional development.

If you've spent months fine-tuning your checkout flow, configuring your loyalty program, or integrating review widgets. All of that comes with you. You don't have to rebuild or re-integrate any of it.

Native App Advantages

Sometimes, native is best. Here are the main reasons why you’d want to consider a fully native app.

Full Control Over Every Detail

Native development gives you pixel-level control over the interface. Every animation, transition, and interaction can be tuned specifically for each platform's design conventions.

If your app's UI needs to do things that the web can't: complex gesture-driven interfaces, custom camera experiences, augmented reality; native is the way to make that happen.

Performance Edge

Native apps store most of their files locally and are built specifically for the device's operating system. 

This can make them feel slightly snappier, particularly for computationally intensive tasks like 3D rendering, real-time video processing, or complex animations.

They can also run without an internet connection; though for most ecommerce and content-based apps, offline functionality isn't a meaningful differentiator (because you need up to date content anyway; and besides, the majority of your customers these days have an internet connection live at all times).

Deepest Hardware Access

Native apps have the most direct access to device hardware: camera, microphone, GPS, Bluetooth, NFC, and other sensors. 

If your core functionality depends heavily on hardware features, native gives you the most flexibility.

That said, webview apps can also access most hardware features through native bridge layers. The gap here is narrower than it used to be.

App Store Approval Is Straightforward

A well-built native app will generally pass app store review without issues. There's no ambiguity about whether it meets Apple's or Google's guidelines for what qualifies as a "real app."

This is an advantage over poorly built webview apps - but not over well-built ones. A quality webview app with genuine native elements passes review just as reliably.

What About Cross-Platform Frameworks?

You might be wondering where frameworks like React Native and Flutter fit in.

These are a middle ground. They let developers write code once and deploy to both iOS and Android, while still rendering native UI components (rather than web content in a webview).

• Flutter holds roughly 46% of the cross-platform framework market
• React Native holds about 35%

They're popular for apps that need more custom native UI than a webview approach provides, but where building fully native for each platform is too expensive or slow.

The tradeoff: they still require developer teams who know the frameworks, they still involve building the app experience from scratch (rather than leveraging an existing website), and they still take months to build and maintain. 

For businesses that already have a well-built website and want to extend it to mobile, they solve a different problem than webview apps do.

Why Mobile Apps Matter (Native or Webview)

Regardless of how you build it, having a mobile app matters. And the data backs that up.

Mobile dominates your traffic. Roughly 60% of global web traffic now comes from mobile devices, and in categories like ecommerce and media, it's often higher.

Users prefer apps over browsers. Over 90% of mobile screen time is spent inside apps, not in the browser. Apps are stickier - one tap to open, stay logged in, less friction to browse and buy.

Apps convert better. Mobile app users view significantly more products per session than mobile web visitors, and app conversion rates run 3-6x higher than mobile web for many ecommerce brands.

Push notifications are a game-changer. Mobile app push notifications have an average opt-in rate of around 67%, with ecommerce apps seeing 68%. As a direct communication channel, push outperforms email on open rates and engagement - and unlike SMS, push notifications are free to send.

These advantages apply equally to native and webview apps. Push notifications, app store presence, home screen placement, faster load times - you get all of these regardless of how the app is built under the hood.

The Gap Between a Bad Webview App and a Good One

This is the part most "native vs webview" articles skip over. And it's the part that matters most.

A bad webview app is just a website opened inside a frame. 

• No native navigation
• No push notifications
• Slow loading with no visual feedback

The browser's default behaviors leak through; pull-to-refresh behaves weirdly, links open in unexpected places, the back button doesn't work right. 

It feels like a website pretending to be an app, and users notice immediately. Apple notices too, and rejects it.

A good webview app is nearly indistinguishable from a native app. Here's what separates the two:

• Native navigation: tab bars, headers, and back button behavior that follow iOS and Android conventions
• Push notifications: real native push, not web push, delivered to the lock screen with full notification center integration
• Deep linking: URLs that open directly to the right screen in the app, not a generic homepage
• Loading states and transitions: native animations and skeleton screens instead of a blank white page while content loads
• App-specific customization: splash screens, onboarding flows, login screens that feel built for mobile
• Smart handling of web content: hiding browser-specific elements, adapting layouts for the app context, handling navigation edges gracefully

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When all of this is done right, the user doesn't know (or care) whether the app was built natively or with webviews. They just know it works well.

How to Decide: Native or Webview?

Go native if:

• The app IS your product. Think Uber, Duolingo, or a mobile game. The entire business runs through the app, and the experience needs to be built from the ground up for mobile.
• You need heavy device integration. Bluetooth peripherals, augmented reality, complex camera features, offline-first workflows; these are areas where native development gives you the most flexibility.
• You have the budget and timeline. Native done well costs six figures and takes 6+ months. If that fits your roadmap, and the use case demands it, native is the most powerful option.

Go webview if:

• You already have a website that works well. If your site is responsive, your checkout flow is dialed in, and your tech stack is solid, a webview app extends all of that to mobile without starting over.
• You want to launch faster and spend less. Weeks instead of months. A fraction of the cost. For most businesses converting an existing web presence to mobile, this is the practical choice.
• Your app experience is content or commerce-driven. Product browsing, shopping, content consumption, account management, these are exactly the use cases where webview apps perform on par with native.
• You don't want to maintain separate codebases. Update your site, and the app updates too. No parallel development tracks, no version drift between platforms.

A simple test:

Ask yourself: Is what I want to show in the app fundamentally different from what's on my website?

If the answer is no; if the core experience is the same; a webview app is almost certainly the right call. You'll get the same result for a fraction of the investment.

What MobiLoud Does (and Why It Matters Here)

MobiLoud is the best example of what's possible when webviews are used correctly.

MobiLoud's team takes your existing website and builds it into a full native app - with native navigation, push notifications, deep linking, and all the details that separate a quality app from a website in a box.

The approach works because MobiLoud doesn't just drop your site into a frame. We add the native components that make the experience feel right: tab bars that follow platform conventions, smooth transitions, proper back-button behavior, native splash screens, and push notification infrastructure that integrates with tools like Klaviyo.

A few proof points:

• 2,000+ apps launched since 2013, with a strong track record of App Store and Google Play approval
• John Varvatos saw 10x revenue per user and a 4x purchase rate through their app
• Pharmazone drives 63% of online revenue through their app, with a 22% abandoned cart recovery rate via push notifications

MobiLoud handles app store submission, ongoing maintenance, and updates; so you're not managing another development project on top of your existing site.

If you're curious whether this approach makes sense for your business, get a free app preview to see what your site would look like as a native app, or book a consultation to talk through the details.

Frequently Asked Questions

Are webview apps slower than native apps?

For most use cases, no. The performance gap between native and webview has narrowed significantly as mobile hardware and web rendering engines have improved. For content browsing, ecommerce, and standard app interactions, users typically can't tell the difference. Native still has an edge for computationally intensive tasks like 3D graphics or real-time video processing - but those aren't relevant for most business apps.

Can webview apps use push notifications?

Yes. A properly built webview app uses native push notification infrastructure - the same system that fully native apps use. Push notifications are delivered to the lock screen, appear in the notification center, and can be personalized and automated just like in any native app. This is different from web push notifications, which are more limited and have lower opt-in rates.

Will Apple reject a webview app?

Apple rejects webview apps that are just a website in a frame with no added value. They don't reject webview apps that provide a genuine native app experience, with native navigation, push notifications, and functionality beyond what the mobile browser offers. The key is the quality of the experience, not the technology behind it.

What's the difference between a webview app and a PWA?

A Progressive Web App (PWA) runs in the browser and can be "installed" to the home screen, but it doesn't go through the app stores and has limitations on iOS - particularly around push notifications, background processing, and access to certain device features. A webview app is a real native app distributed through the App Store and Google Play, with full access to native features. It just happens to render some of its content using web technology.

How much does it cost to build a webview app vs. a native app?

Native app development for a moderately complex app typically runs $50,000-$150,000 per platform, with annual maintenance costs of 10-20% of the initial build. A webview-based approach (such as using a service like MobiLoud) costs a fraction of that, since you're building on top of your existing website rather than starting from scratch. Exact pricing depends on the provider and your specific needs.

Do webview apps work offline?

Most webview apps require an internet connection to load content, since they're pulling from your website. Native apps can store more data locally for offline use. In practice, this matters mainly for apps where offline access is a core requirement (like note-taking or field service apps). For ecommerce, media, and most business apps, users expect to be online when they're shopping or browsing; so offline capability isn't typically a deciding factor.