Unlike websites and web applications, native mobile apps do not run in the browser. You’ll have to get them through platforms like Apple’s App Store or Google Play. You can access each program after it has been installed by pressing its symbol on your device’s screen.

Designing a native app requires a different set of skills and technologies than developing a mobile website. There’s no need to worry about browser compatibility or behavior. You may leverage the natural capabilities of mobile OSs to deliver the user experience and implement the functionality of your app.

Examples of Native Apps –

It’s difficult to discern whether or not an app is native simply by looking at it. However, based on what you’ve just learned, you can assume that the quickest apps were created natively on your platform.

• Spotify
  Spotify is a music streaming service that allows users to listen to music on the go or at home without downloading songs or playlists to their phones.
  Spotify’s use of the cloud is particularly excellent, boosting performance far beyond what you’d expect from a hybrid app.
• LinkedIn
  LinkedIn is mainly a professional networking social media platform. Surprisingly, in an environment that encourages new connections, both job seekers and employers can better understand what they’re looking for.
  In terms of native app development, LinkedIn is far from the first corporation to make the error of using HTML5 for mobile web apps when the native was the way to go. LinkedIn’s performance in areas like speed and rendering improved after it went native.
• Waze
  Waze is a well-known navigation application for smartphones and tablets. Waze requires GPS support in order to function smoothly and effectively; hence native app development is needed.

  Native app development can take advantage of all of a device’s characteristics and assure accuracy where it’s needed.

• Pokémon GO
  Pokémon GO is a mobile-based augmented reality (AR) game. You can collect, train, and battle virtual Pokémon through the app, much like Generations Y and Z witnessed Pokémon trainers do on Toonami.

  The game’s official developer, Niantic improved Pokémon GO’s security features after players began to cheat the game with third-party software. Native app development makes it simple to respond quickly to security threats.

Perks of Native App Development

• Improved performance

To interface with native APIs, native mobile apps do not use middleware such as plugins or WebViews. Because they have fewer dependencies, native mobile apps are faster and more responsive than hybrid apps. This is particularly important for high-performance programs like games and graphics-intensive applications.

• Look and feel that is consistent

Their user interfaces are platform-agnostic because native mobile apps are built with native SDKs (software development kits). As a result, there are no design differences between the OS and the app, which assures a superior user experience.

• New features are available right away

Native mobile apps provide direct access to the most recent iOS and Android capabilities. Because web technologies can’t access native APIs directly, hybrid programs must wait until a plugin that supports the new feature is available.

• Better adherence to app store policies

Because of their architecture, native mobile apps are more compatible with app store regulations. In 2017, Apple’s submission guidelines were tightened. Apps that rely too much on WebViews, such as Ionic View, which allowed developers to test their Ionic apps, have started to be rejected. Because app stores are likely to continue cracking down on hybrid apps, native mobile apps are also a more future-proof investment.

iOS and Android App Development

1. Android Native App Development

Java, Kotlin, and C++ are all programming languages that can be used to create native Android apps. Advanced Android development tools are available from Google, including:

• Android Studio, the official IDE (integrated development environment) for Android, comes with the Android SDK (software development kit).
• Windows, Mac, and Linux command-line utilities.
• Firebase is a multi-platform mobile development system.
• Android Jetpack is a set of ready-to-use Android components.

Aside from Google’s own tools, there is a slew of third-party options for Android development. Android apps may be created on both PCs and Macs. You must submit your native Android app to the Google Play app store so that users can download (or purchase) it.

2. iOS Native App Development

Objective-C or Swift can be used to construct native iOS apps. Unlike Android, the iOS operating system is closed source, meaning it was designed specifically for Apple’s hardware. As a result, if you want to create native iOS apps, you’ll need a Mac.

Apple provides numerous outstanding tools and resources for iOS programming, including:

• The Cocoa Touch UI framework is integrated into the iOS SDK.
• The official IDE for iOS development is XCode.
• Swift Playgrounds is a Swift development learning tool.
• A beta-testing tool called TestFlight.

With well-known developer tools like AppCode and CodeRunner, iOS also boasts a great third-party ecosystem. The standards for reviewing apps on the App Store are relatively tight. They can reject your iOS app for a variety of reasons, including poor performance, security concerns, and a lack of helpful content.

Frameworks for Developing Native Apps

Although there are numerous benefits to developing native apps, it is not a simple process. Many businesses lack the expertise and resources necessary to create native mobile apps from the bottom up. As a result of this challenge, native app frameworks that allow cross-platform development arose. They’re not like hybrid frameworks like Ionic or Cordova in that they don’t employ WebViews to render the user interface.

How do you stay updated on native apps for issues?

End-user monitoring is crucial for a decent user experience, whether you build native apps from scratch or utilize native frameworks like Tabris. For each and every native platform, cutting-edge diagnostic tools have unique solutions. For example – Raygun Error Monitoring includes error monitoring tools for both Android and iOS. You only need to include a simple library in your app to notify your users of any issues.

You can also use a few app monitoring tips to ensure that you are aware of everything that occurs with your app, such as:

• Constantly evaluate your app’s performance from the standpoint of the user.
• Errors can be filtered by operating systems, app versions, or device types.
• Back-end services and third-party API calls should be monitored.
• Metrics that are important to end-users, such as launch time, UI reaction time, and data consumption, should be measured.

Conclusion –

Native mobile apps that are closely monitored can substantially assist you in achieving your company objectives. They crash less frequently, have higher app store reviews, and ultimately result in happier consumers and more downloads. Native apps are always preferred for User Experience and performance, but to develop a lower-budget app within a short period, one can always hire the Best Cross-Platform App Development Company