We often simply call them "apps," but they are not all the same. On one hand, there are the apps you download from stores that live installed on your smartphone. On the other hand, there are web applications, which don't ask for space on your device and run inside the browser. Sometimes they seem identical, yet they are born from different logics, use different infrastructures, and have limits and freedoms that a company must understand before choosing which direction to go.
What web applications really are
A web application is software that runs in the browser and is distributed via the Internet. You don't install it from a store, it doesn't take up memory like a native app, it doesn't require manual updates: every time you open the URL, you are using the latest available version. Technically, it relies on the same building blocks of the web: HTML, CSS, JavaScript, frameworks like React, Vue, or Angular, server-side services, and APIs.
Unlike a simple informational website, a web app is designed for the user to *do* something: manage an account, work on data, use complex tools. Gmail, Figma, Notion, dashboard interfaces, and control panels are all examples of web applications. They don't ask you to install, they ask you to log in.
How they work under the hood
When you open a web app, the browser downloads a portion of the code from the server and executes it locally. The front-end manages the interface, interactions, and application states. The back-end handles authentication, business logic, databases, notifications, and integrations with other systems. The dialogue between the two parts happens via HTTP calls or WebSockets, often in JSON format.
In effect, the browser becomes an execution platform. Thanks to the evolution of standards – just look at the MDN documentation on Progressive Web Apps – today a web app can work offline, send push notifications, and access device features like the camera and geolocation. We are no longer in the days of pages that reload with every click.
Why they are not the same as native apps
Native apps are built for a specific operating system: iOS, Android, sometimes desktop platforms. They are written with dedicated languages and frameworks (Swift, Kotlin, frameworks like SwiftUI or Jetpack Compose) and have direct access to system APIs. This allows for deep integration with hardware, finer performance management, and total control over the UI according to platform guidelines.
Web applications, on the other hand, live at a higher level of abstraction. They are loaded by the browser, which acts as an intermediary between the code and the device. They don't go through stores, they don't have to follow the same approval rules, and they don't require user updates. A web app can be updated dozens of times in a day without anyone having to download anything. This is where the big cultural difference lies: native apps are releases, web apps are continuous flows.
Of course, there is a price to pay. Native apps still have an advantage in terms of high-performance graphics, access to specific sensors, and system integration (advanced notifications, gestures, background services). Web apps focus on portability and speed of distribution.
The bridge of Progressive Web Apps
In recent years, an intermediate zone has emerged: Progressive Web Apps (PWAs). They are web applications that leverage some advanced browser features to behave similarly to a native app: they can be added to the home screen, work offline, manage advanced caches, and send notifications. Google has pushed this model a lot, as seen in the official guides on web.dev, precisely because it allows distributing near-native experiences without going through stores.
They are not a magic solution, but they represent well the direction the web is moving: no longer just pages to read, but applications to use, independent of the platform.
When to choose a web app and when to choose a native app
There are no universal answers here, only objectives. If the core of the project is accessible from a browser, must be multiplatform from day one, and is based on data flows, dashboards, and operational tools, a web application is almost always the most sensible starting point. It's cheaper to distribute, simpler to update, and more suited to a world where users constantly switch from one device to another.
If, however, the project lives primarily on the smartphone, needs deep integration with hardware (sensors, Bluetooth, local processing), and must leverage native stores and ecosystems, then the native app still has a clear advantage. In many cases, the best solution is not to choose, but to orchestrate: a solid web application at the center, complemented by lightweight native apps that rely on the same APIs.
In Meteora Web's experience, the choice never starts with technology, but with context: users, goals, channels, timelines, budget. A well-designed web app can become the core of an entire digital ecosystem. A powerful but isolated native app often remains just another icon on the screen.
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