When getting started on developing a mobile app, it’s easy to get carried away thinking about how your app will look and function, , and the overall value you imagine it bringing to your users.

But one of the first things you should be thinking about is what type of app you’ll build.

There are native apps, hybrid apps, web apps, and progressive web apps.

Choosing the right type is crucial to bringing your dream app to life, so think carefully about the decision.

In this article, we’ll bring you up to speed on the different types of , the technology behind them, and how to make the right choice.

Chapter #1: Native Mobile Apps

When you hear the term “native app”, this simply means that the mobile application was built for a specific operating system (OS).

Most mobile devices use either iOS or Android OS. So creating an app that’s native to one of these systems means making the most of the device’s functionalities.

With that said, , for example, can’t be used for other platforms, like Android devices.

1.1 How Native Apps Work

First and foremost, native apps are coded using like Kotlin, Java, Swift, and C++.

They function by having complete access to a device’s hardware and functionality. 

The platform provides developers with a set of standardized tools, libraries, code samples, and documentation, also known as a software development kit (SDK), that will help them create an app for that specific platform.

Platforms also provide an integrated development environment (IDE) for developers to use to write and test their software. This is a software suite that includes a code editor, compiler, and .

Apple has while Google has .

So why might you consider native apps? Well, there are a lot of benefits to opting for this type of mobile app development. 

1.1 Native Benefit #1: Better Performance

, native apps have the best performance. They’re fast and they overall function better than other types of mobile apps.

This is due to them being developed for a specific platform and are compiled using that platform’s . This makes for a more efficiently run mobile application.

There’s a variety of elements that come preloaded since they’re stored on the device, leading to faster loading times. And they have access to the device’s built-in features.

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1.2 Native Benefit #2: Familiar Look and Feel

Every device has its own default apps. When you create a native app that’s built for a specific platform, it’s naturally going to have a look and feel that’s recognizable to users.

It’s similar to the apps that are already on the device. This kind of consistency and conformity is important because it helps create a more intuitive user experience.

Non-native apps will attempt to imitate the look and feel of a native app, but it’ll never be exact, which can feel “off” to users. It falls short in generating that sense of familiarity from users.

1.3 Native Benefit #3: More Secure

Security vulnerabilities depend greatly on a platform and how well an app’s code is written.

However, the risks are higher for other types of apps, such as hybrid apps, because you’re dealing with not only vulnerabilities unique to the programming language it’s using, but it’s also open to vulnerabilities that affect web browsers.

With native apps, the security and data protection is overall more reliable.

1.4 Considerations for Native App Development

While native development can than other types of apps and can only be used for one specific platform, it’s a worthwhile investment that could end up saving a company money in the long run by doing things right the first time.

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If you’re concerned about the costs of creating a native app for multiple platforms, consider first and whether or not a multi-platform app is even necessary.

Chapter #2: Web Apps and Progressive Web Apps

Web apps are essentially , meaning they are accessed via a web browser, like Chrome, Safari, and so on. All a user needs is an internet connection and the URL to enter in their browser to access the app. 

No need to download or install anything, unlike native apps which get downloaded via a smartphone’s .

2.1 How Web Apps Work

Web apps are written using HTML5, CSS, and JavaScript, which are browser-supported languages.

In short, they rely on the web browser to execute the application, unlike native apps. The web server is necessary to manage client-side requests and for the app to perform.

2.2 Progressive Web Apps (PWA)

use similar web technologies to regular web apps, but are far more superior and are considered the future of the mobile web.

PWAs have additional functionality than standard web apps which help them provide an exceptional user experience.

Just like a native app, users can install and launch a PWA mobile app on their device. They run on HTML5, CSS, and JavaScript, but can also utilize frameworks like ReactJS, Vue.js, and so on.

Let’s take a look at some of the benefits of using a PWA.

2.2 PWA Benefit #1: Native Experience

One of the greatest benefits to using a PWA is that it offers a very native-like experience for users and can use similar native device features, like , geolocation, and .

PWAs are designed just like regular mobile apps, but they offer all of the , like access to databases and dynamic data. 

As mentioned earlier, the ability to use existing frameworks also contributes to PWA’s native-like UX and UI, offering them far better mobile user experiences than a mobile website or web app.

2.3 PWA Benefit #2: Offline Mode

You can’t access a website without an internet connection, but PWAs do offer offline availability, which can help drive engagement.

PWAs work offline because they have the ability to cache a page’s resources, which comes in handy when not only offline, but when using a slow internet connection.

2.4 PWA Benefit #3: No Need for App Store Submission

Another big benefit to developing a PWA app is that it doesn’t need to be published in , which can be a tedious process.

This also has the added benefit of making fast updates since won’t need to update via an app store, which can take time to get approved. to the PWA are automatic.

Similar to regular web apps, PWAs don’t need to be installed or downloaded onto a device, since they are essentially web pages. 

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Since PWAs aren’t accessed via app stores, you don’t have to worry about app store optimization (ASO) which is how apps are found. Instead, PWAs use SEO just like websites to get indexed by search engines.

2.5 Considerations for PWA App Development

has come far in what it can offer users, but at the end of the day, it has its limitations when it comes to functionality.

It’s also not discoverable in some , which is the place the majority of mobile app users find apps.

With that said, many companies offer PWA apps alongside their regular native apps to reach a wider audience and to reap PWA benefits, like offline mode.

PWA is also a good option if you’re on a tight budget and timeline since they take less time to develop and launch.

Chapter #3: Hybrid Mobile Apps

are a mix of web app and native app technology, and so they offer the best of both worlds.

What people love about hybrid apps is that, unlike with native apps, hybrid apps can work on many devices and platforms, which of course .

3.1 How Hybrid Apps Work

Hybrid apps run on the mobile device (like native apps) and are written with web technologies like HTML5, CSS, and JavaScript (like PWAs).

How it works is the app runs inside a native container and leverages the device’s browser engine to render the HTML5 and JavaScript locally.

And so instead of the app appearing in a user’s browser, it’ll run from inside its native application and its own embedded browser, which gives it a much more native look and feel.

3.2 Hybrid App Benefit #1: Enhanced UX and UI

Since hybrid apps combine tech from both web apps and native apps, the across platforms is consistent and superior to web apps and PWAs.

They’re also lightweight, so you can expect the UI elements and graphics to load quickly.

3.3 Hybrid App Benefit #2: Shorter Development Time

Similar to PWAs, , hybrid apps take much less time to develop than native applications. 

There’s no need to create multiple codebases for various operating systems. Hybrid apps function with just one codebase. 

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Shorter development time also means less money spent on building your app. So if budget is a major factor, a hybrid app may be just what you need.

3.4 Hybrid App Benefit #3: High Performance

Hybrid apps are known for being fast and high-performing since they don’t rely on network communication.

With that said, apps that have heavy graphics, like high-definition games with intense animations, will likely perform better as a native app. At the end of the day, native code will always be faster than HTML and JavaScript.

3.5 Considerations for Hybrid App Development

As already mentioned, hybrid apps do perform well, but not for asset-heavy apps, like games and apps with many animations.

And while hybrid apps can access the same native device features, it relies on using native plugins. As a result, when new features come out for native apps, it’ll take a while before that feature is ready and available for hybrid app use.

In addition to plugins, hybrid apps are also dependent on , which will need to be up-to-date on recent platform releases.

Overall, hybrid apps can save you , but just like PWAs and web apps, they don’t beat native apps in terms of consistency, performance, and overall user experience.

Final Thoughts

What type of app you should create is a big decision to make in the app development process. 

Each type of app, whether it’s a hybrid, native, web app, or progressive web app, has something to offer, but how well the tech will serve you depends on your project and business goals.

but not sure which type of app you should choose? With our package, we help you navigate the process to find the right solution for your project’s needs.

We do this in three steps—conducting , outlining your app’s technical specifications, and creating wireframes. All of which establishes a blueprint for your app ideas.

What’s your experience with the different types of mobile applications, and which has been the most reliable for you?