MVP vs prototype vs proof of concept: what to build first
MVP vs prototype vs proof of concept explained: what each one proves, who it is for, what it costs in time, and how to choose the right first step for your app.
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PWA vs native app compared: device features, iOS limits, app store reach, offline use, cost and updates, so you can decide which one your product needs first.
A progressive web app runs in the browser but can be installed on a phone’s home screen, work offline and send notifications. A native app is downloaded from the App Store or Google Play and has full access to the device. The PWA vs native app question matters because one option is much cheaper to build and the other reaches much deeper into the phone. This post compares them on what actually changes for your users and your budget.
Build a PWA when your product is mostly content, forms, dashboards or ordering, users find you through search or links, and you want one codebase for desktop and mobile at the lowest cost. Build a native app (or a cross-platform app that compiles to native) when you need reliable push notifications on iPhone, deep device features, App Store presence, or the kind of daily habit that lives on the home screen.
Plenty of companies start with a PWA and add a native app later, once they know mobile users will come back often enough to justify it.
A PWA is a website built to behave like an app. It uses a web app manifest so the browser can install it, and a service worker so it can cache files, work offline and receive push messages. It is built with ordinary web technology and deployed like any website. Users open a link and can start immediately, then add it to their home screen if they want.
A native app is built for the platform, either with Swift or Kotlin, or with a cross-platform framework like React Native or Flutter that produces real store apps. It is reviewed by Apple or Google, installed from the store, and can use almost every capability the device has.
| Criteria | PWA | Native app |
|---|---|---|
| Distribution | A URL; optional install from the browser | App Store and Google Play |
| Store review | None | Required for every release |
| Updates | Instant, on next load | Through store releases (with some exceptions) |
| Codebase | One, shared with desktop web | One or two, separate from the website |
| Device features | Growing, but limited, especially on iOS | Full access |
| Push notifications | Supported, with limits on iOS | Fully supported |
| Offline use | Possible with a service worker | Built in |
| Discoverability | Search engines and links | Store search, plus links |
| Cost to build | Lower | Higher |
| Store fees on purchases | None from the stores | Store rules apply to digital goods |
Native apps can use Bluetooth, NFC, background location, health data, widgets, advanced camera controls and the rest of the platform. PWAs get a growing list of web APIs, such as camera access, geolocation and file uploads, but support differs between browsers. Android with Chrome supports far more than iOS with Safari. If a core feature depends on the hardware, check browser support for that exact feature before choosing a PWA.
This is where most PWA plans meet reality. On iPhone, every browser uses Apple’s WebKit engine, so Safari’s capabilities set the ceiling for every PWA. Apple added web push for home-screen web apps in recent iOS versions, but users have to install the PWA first, and the install step is less obvious than tapping a store button. Apple’s policies here have changed several times and differ by region, so check the current WebKit and Apple documentation before you rely on any feature.
A PWA is a website, so search engines can index it and anyone with a link can open it instantly. That is a large advantage for products people find through search, ads or sharing. Native apps get store search and the trust that comes with a store listing, but every new user has to install the app before they see anything. You can publish a PWA to Google Play using a Trusted Web Activity wrapper. The App Store generally expects more than a wrapped website, so plan on a native or cross-platform build for iOS distribution.
Native apps tend to win on retention for daily-use products. The icon is on the home screen, push notifications are reliable, and the app feels like part of the phone. PWAs can be installed too, but far fewer users take that step. If your business depends on people opening the app every day, that difference matters.
A PWA is usually cheaper because one web codebase serves desktop and mobile, there is no store review, and updates reach everyone at once. A native app needs mobile engineers, real-device testing on both platforms, store listings and a release process. Cross-platform frameworks narrow the gap, but they do not remove it. For a broader comparison of the two product types, read web app vs mobile app, and for budget ranges see how much it costs to build an app.
Selling digital goods inside a native app usually means following each store’s in-app purchase rules and fees, which vary by region and change over time. A PWA takes payments like any website. For physical goods and services, both can use normal payment providers. Check the current store guidelines if digital purchases are central to your model.
The PWA vs native app choice does not have to be permanent. A common route is a responsive web app first, made installable as a PWA, then a cross-platform native app once usage data shows mobile users return often. The back end and APIs carry over, so the second step costs less than the first.
If you already know you need the stores, Batriders’ 2Sprint takes a new product to a store-ready iOS and Android app in 14 days, starting at $5,000.
Not directly. Apple generally expects apps to offer more than a wrapped website, so a PWA in a thin shell is likely to be rejected. Google Play accepts PWAs packaged as a Trusted Web Activity. Check the current store guidelines before planning around either.
Yes, if they are built for it. A service worker can cache pages, files and data so key screens work without a connection. It takes deliberate design, and complex offline sync is easier in a native app.
Yes, in recent iOS versions, but only after the user adds the PWA to their home screen and grants permission. Fewer users take those steps than tap allow in a native app, so expect lower reach.
Usually, because one web codebase serves every device and there is no store process. The saving shrinks if you need features that browsers support poorly, because the workarounds cost time.
Start with the option that fits how your users will find you and how often they need you, and let real usage tell you when to add the other.
MVP vs prototype vs proof of concept explained: what each one proves, who it is for, what it costs in time, and how to choose the right first step for your app.
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