PWA vs Native App: Which Your Project Actually Needs (2026)
What a progressive web app can and can’t do on iPhone and Android in 2026, what a native app adds, the real costs of each, and a simple way to decide.
Key Takeaways
- A PWA is a website first. MDN defines it as an app built with web platform technologies that gives a user experience like a platform-specific app, from a single codebase across devices.
- Installing a PWA is easy on Android and manual on iPhone. Chrome on Android can show an install prompt. iOS has no install prompt; people use Share, then Add to Home Screen.
- Some device features are native-only on iPhone. MDN’s compatibility data shows Safari on iOS doesn’t support Web Bluetooth, Web NFC or Background Sync. Native apps can use the iOS frameworks for those.
- Store presence costs money and review time. Native apps need an Apple Developer Program membership (US$99 a year) and a Google Play account (US$25 once), and each release is reviewed. A PWA needs neither.
- A wrapped website isn’t a native app to Apple. App Review guideline 4.2 asks for features, content and UI that “elevate it beyond a repackaged website.”
Quick-Start Prioritization Framework
| If your project… | Lean toward |
|---|---|
| Serves people who already use your website (members, staff, customers) | PWA first |
| Needs to be found by strangers in App Store search | Native |
| Depends on reminders for iPhone users who won’t add a site to the Home Screen | Native |
| Needs Bluetooth, NFC or background sync on iPhone | Native |
| Must launch this week with no review | PWA |
| Has a small budget and changes daily | PWA first, native later |
| Sells digital content or subscriptions inside the app | Check Apple’s in-app purchase rules before choosing native |
A progressive web app (PWA) is a website that can be installed to a phone’s home screen and behave much like an app. A native app is one people download from the App Store or Google Play. In 2026 the gap between them is smaller than many people think, especially on Android, but it hasn’t closed, and on iPhone a few differences decide the question for most projects. This guide compares them on what users experience, what each can access on the device, what each costs, and how store review changes things. It ends with a short decision checklist and the option many small teams now choose: both, from one codebase.
What a PWA is, and what it isn’t
MDN describes a progressive web app as “an app that’s built using web platform technologies, but that provides a user experience like that of a platform-specific app.” It can be installed, work offline and in the background, and integrate with the device, all from one codebase. web.dev, Google’s web developer site, sums it up as three pillars: capable, reliable and installable.
Technically, a PWA is a normal website with a web app manifest (a small file naming the app, its icons and how it should open) served over HTTPS. A service worker adds offline support and push. MDN notes that a service worker isn’t actually required for a PWA to be installable in Chromium browsers.
How installing differs by platform
On Android, Chrome checks a few criteria (a manifest with name, icons and start URL, HTTPS, and some user engagement) and can then show an install prompt. On devices with Google Mobile Services, it creates a WebAPK, which appears in the app launcher and in Settings like any app.
On iPhone, there is no install prompt. web.dev and MDN both note that users install by tapping Share, then Add to Home Screen. Since iOS 16.4 that works from Safari, Chrome, Edge, Firefox and other browsers. Since iOS 26, WebKit says every site added to the Home Screen opens as a web app by default.
What a native app is
A native app is compiled for iOS or Android and distributed through the App Store or Google Play. It can be written in Swift or Kotlin, or with a cross-platform framework such as React Native or Flutter, or produced by a builder. What makes it “native” for this comparison is that it’s installed from a store, runs with the operating system’s app permissions and can call the platform’s own frameworks.
Native apps have to pass store review for every release, need developer accounts, and update when people install the new version (or automatically, depending on settings). In exchange they get App Store and Play discovery and full access to device features.
Feature by feature
This table focuses on iPhone, where the differences are largest. On Android, Chrome supports most of these web features.
| Capability | PWA on iPhone | Native iPhone app |
|---|---|---|
| Home Screen icon | Yes, added manually by the user | Yes, from the App Store |
| Push notifications | Yes, from iOS 16.4, only after adding to Home Screen | Yes |
| App icon badge | Yes, through the Badging API | Yes |
| Camera and photo upload | Yes, through the browser | Yes |
| Location | Yes, while in use | Yes, including background with permission |
| Bluetooth devices | No (Web Bluetooth isn’t supported in Safari) | Yes |
| NFC tags | No (Web NFC is Chrome on Android only) | Yes |
| Background sync | No (not supported in Safari) | Yes, within iOS limits |
| Health data, widgets, Siri | No web API exists | Yes, through Apple frameworks |
| App Store search | No | Yes |
| Updates | Instant, on your server | After review and user update |
Where PWAs are now good enough
For apps that are mostly forms, lists, bookings, messages, dashboards and photos, the web platform covers what you need. A booking app for a salon, an internal inspection checklist for a crew or a member portal for a club works well as a PWA. Push notifications on iPhone, which used to be the main reason to go native, have been available to Home Screen web apps since 2023.
Where native still matters
Hardware access is the clearest line. If your app talks to a Bluetooth scale or heart-rate strap, reads NFC tags, writes to Apple Health or shows a home screen widget, a PWA on iPhone won’t do it. The second line is discovery: if your growth plan is people searching the App Store, you need to be in it.
What users experience
Most of the comparison comes down to the first five minutes.
Getting started
A PWA has zero install friction for a first visit: someone taps a link and is using it. The friction comes later, on iPhone, when you want them to add it to the Home Screen for push notifications or a full-screen experience. Many people have never used Add to Home Screen, and you can’t show a one-tap install button on iOS, only instructions.
A native app has friction up front (go to the store, download, open) but it’s a ritual everyone knows. After that, the app is on the home screen, in the app switcher, and in Settings like everything else.
Trust and expectations
Some audiences expect an App Store listing as a sign of legitimacy, especially for consumer products and anything involving payments. Others, like staff using an internal tool, don’t care. Think about which audience you have before you spend on native.
What each costs
These are the costs you can predict for a small app. Development time is the big variable and depends on your tools.
| Cost | PWA | Native (iOS and Android) |
|---|---|---|
| Developer accounts | None | Apple US$99 per year; Google US$25 once |
| Store review | None | Every release, both stores |
| Build tooling | Any web host | iOS builds need Xcode on a Mac, or a cloud build service |
| Google Play testing for new personal accounts | Not applicable | Closed test with 12 testers for 14 days |
| Updates | Deploy the website | New build, review, then users update |
| Payments for digital content | Your choice of processor | Apple’s in-app purchase rules apply on iOS |
The payment rule that changes the math
If your app sells digital features or content, Apple’s guideline 3.1.1 says the iPhone app must use in-app purchase, with Apple’s commission. Physical goods and services, such as bookings, deliveries or classes, must use other payment methods under 3.1.3(e). A PWA isn’t subject to App Store rules at all. For some subscription businesses, this alone decides the question. This is general information, not legal or financial advice.
Putting a PWA in the stores
You don’t always have to choose. There are established ways to package a web app for the stores, with different results on each.
Google Play: Trusted Web Activity
Google documents Trusted Web Activity, which opens your PWA full-screen inside an Android app using the user’s browser engine, and Bubblewrap, a command-line tool that generates the project. The quick-start guide says the result can be uploaded to the Play Store. You verify that you own the site with a Digital Asset Links file. The app still goes through Play review and Google’s minimum-functionality policy, which doesn’t allow apps with limited functionality and content.
Apple App Store: a native shell needs more
Apple has no equivalent official wrapper. Tools such as PWABuilder can generate an iOS project, but PWABuilder’s own docs label iOS packaging experimental, require a Mac with Xcode, and note that the app still has to be approved. The bigger issue is guideline 4.2: Apple wants features, content and UI that “elevate it beyond a repackaged website,” and lists web clippings among common rejection reasons. A store app built from a web codebase needs real app features, such as accounts, saved data, push notifications and native navigation, to get through.
A simple way to decide
Answer these in order. The first “yes” usually settles it.
- Does the app need Bluetooth, NFC, health data or widgets on iPhone? Native.
- Will most users discover you by searching the App Store or Google Play? Native.
- Do iPhone users need reminders, and are they unlikely to add a website to the Home Screen? Native, or both.
- Are your users people who already know you (members, staff, existing customers) and will follow a link? PWA first.
- Do you need to launch quickly and change things daily? PWA first.
- Are you unsure? Start with the web app, learn what people use, then add native apps once the app has proven its features.
Common mistakes
These show up in both directions.
- Building native first for an audience that would have used a link, and spending weeks on review and store setup for little gain.
- Choosing a PWA for an iPhone-heavy consumer audience that depends on push, without planning how to get people to add it to the Home Screen.
- Wrapping a website in an app shell and submitting it to Apple without adding app features, then meeting guideline 4.2.
- Forgetting that in-app purchase rules apply to digital sales in the iPhone app but not on the web.
- Maintaining two separate codebases for web and mobile when one shared app and backend would do.
If you’d rather not do this yourself
The “both” option is easier when one tool produces both. Floot, for example, builds a full-stack web app from a plain-English description and then builds and submits native iOS and Android versions of the same app with your developer accounts, with web and phone push built in. You can start on the web and add the store versions when you’re ready.
Frequently Asked Questions
Is a PWA the same as a native app?
No. A PWA is a website that can be installed and behave like an app. A native app is installed from the App Store or Google Play and can use all of the platform’s frameworks. For many form-and-list apps the experience is similar; for hardware features and store discovery it isn’t.
Can a PWA be in the App Store?
Only inside a native app shell, which then goes through normal App Review. Apple’s guideline 4.2 asks such apps to offer more than a repackaged website. On Google Play, Trusted Web Activity is an officially documented way to publish a PWA.
Do PWAs work on iPhone?
Yes. iPhone users can add any site to the Home Screen, and since iOS 26 those open as web apps by default. Home Screen web apps can receive push notifications from iOS 16.4.
Are PWAs cheaper than native apps?
Usually. A PWA needs no developer accounts, no store review and no Mac. Native apps add the Apple (US$99 a year) and Google (US$25 once) fees and review time for each release.
Can a PWA work offline?
Yes, if it uses a service worker to cache what it needs. MDN lists offline and background operation among PWA capabilities, though Background Sync isn’t supported in Safari.
Should I build a PWA first and a native app later?
For many small projects, yes. Launching on the web lets you learn what people use before paying for store accounts and review cycles, as long as your backend and accounts can be shared with a native app later.
Sources
- MDN Web Docs, Progressive web apps, 2026 https://developer.mozilla.org/en-US/docs/Web/Progressive_web_apps
- MDN Web Docs, Making PWAs installable, 2026 https://developer.mozilla.org/en-US/docs/Web/Progressive_web_apps/Guides/Making_PWAs_installable
- web.dev, Learn PWA: Installation, 2026 https://web.dev/learn/pwa/installation
- WebKit, WebKit Features in Safari 26.0, 2025 https://webkit.org/blog/17333/webkit-features-in-safari-26-0/
- WebKit, Web Push for Web Apps on iOS and iPadOS, 2023 https://webkit.org/blog/13878/web-push-for-web-apps-on-ios-and-ipados/
- Chrome for Developers, Trusted Web Activity quick start, 2026 https://developer.chrome.com/docs/android/trusted-web-activity/quick-start
- Apple Developer, App Review Guidelines, 2026 https://developer.apple.com/app-store/review/guidelines/
- MDN browser-compat-data, Web Bluetooth compatibility, 2026 https://raw.githubusercontent.com/mdn/browser-compat-data/main/api/Bluetooth.json