Mobile applications are becoming popular among users because of the convenience they provide. 143.6 billion apps were downloaded in 2021, with 55 billion games and 88 billion apps. The mobile app industry is expecting to generate $156 billion, which is a massive amount (Source). Mobile apps are giving massive exposure to businesses since they can reach a wider audience without any restrictions. iOS and Android app development are the two most prominent platforms where mobile app development companies deliver products for entrepreneurs. Although mobile app development is a very wide domain containing a number of programming languages and frameworks, we will talk about Native apps and React Native development.

Let us understand what React Native and Native app development are before moving to the pros & cons and ultimately the final conclusion of what to choose. The article contains info about React Native & Native app development. Later it discusses the pros & cons to make final conclusion of what to choose.

React Native App Development – Cross-platform

React Native is a framework built by Facebook. Businesses can develop an app for both iOS and Android platforms by using a single code base. React Native mobile app development companies integrate the framework with Javascript for user interface and programming languages like Kotlin and Java for the internal working of the app. The app built with React Native feels like Native but is delivered with cross-platform functionality, so it works on all the platforms without building separately.

Native App Development- Single Platform

The native app focuses on building an app for a single platform. Unlike cross-platform apps built for two platforms with single code lines, Native app development focuses either on iOS or Android app development. Mobile app developers use Java or Kotlin for Android and Swift or Objective C for iOS app development. Since native apps are built for a single platform, Native apps deliver a robust user experience. Now that you have understood the general overview of React Native and Cross-Platform app development. Let us check out the pros and cons you get with React Native app development.

Pros and Cons- React Native App Development

React Native is built and promoted by Facebook, proving its authority and support from a brand. Check out the pros and cons:

Pros React Native app development

1. Quick Development with a Cost-efficient Solution
   Since, React Native uses a single code base for multiple platforms, it shares most of the code between Android and iOS. When you eliminate the time to build an app for multiple platforms, you are saving them the time and resources required for the development. The less the time and resources, the less it costs for you to develop a cross-platform mobile app. So, React Native is a quick solution with cost-efficiency benefits.
2. Feels Native to Users: Native apps sit on the hardware resources directly, which is why the user experience is smooth and robust. But, there is no sacrifice in User experience with React Native cross-platform app development. JavaScript is capable of delivering the best user interface and experience to the users. React Native can use native language codes to develop crucial features in the app.
3. Live Reloading: React Native provides high ease of access for the developers since there is no need to refresh the code every time developers make changes. It saves a lot of time while performing maintenance for the apps.

A Massive Community Support

React Native is a very popular framework used by a massive number of mobile app developers. Worldwide, 38% of the developers used React Native for cross-platform app development (Statista). Read Also: Steps to Build a Minimum Viable Product: 2022 Guide

Cons of React Native app development

1. Complex Designs Cause Issues: iOS and Android do not have the same guidelines for design and React Native relies heavily on the guidelines to provide a cross-platform ability. When the design and its guidelines are too complex, it is not easy to implement the same code for both platforms.
2. Bridging Native APIs Affects the PerformanceWe have seen that you can link Native APIs with the React Native apps. But, when you create bridges for a lot of native APIs, it affects your app’s performance.

 We have seen the pros and cons of React Native app development, now let us take a look at the pros and cons of native app development.

Pros and Cons- Native App Development

Like, React Native app development, Native app development also has pros and cons for mobile app development.

Pros of Native App Development

1. Full OS support for appsNative OS has a number of features used by developers to build a heavy and robust application. You can use OS features like sensors, SDKs, Touch ID, ARKit, or specific hardware you require for your app.
2. Guarantees Robust Performance: When you create apps for a single platform, you are building a well-optimized app. From graphics to the size of the app, you can optimize everything to make your work flawless.
3. Limitless UI and UX Capabilities: Users’ interface with Native solutions offers limitless opportunities to create appealing apps. You can add seamless transitions and animations to your app without affecting the performance. Mobile apps provide the most user satisfaction because of their limitless user experience capabilities.

Cons of Native App Development

1. Development is Time & Resource Consuming: Native app development does not follow a single-line code formula. When you want to build an app for iOS and Android, you have to build it separately, requiring separate resources and time. Time and resources increase the development costs for the Native app development companies.
2. Complex to Maintain two Platforms SeparatelyWith Native mobile app development, you have to build apps separately for both platforms. Once the apps are live, they require regular maintenance and updates to make the best of an app. But, taking care of two apps separately on both platforms is a tough process. It needs proper planning to maintain the apps.

Conclusion

There is no doubt that Native app development and cross-platform development with React Native have their own pros and cons. But, if we look at the pros and cons deeply, React Native app development is a cost-efficient solution designed for building less demanding and light apps. Whereas if you are targeting a heavy app or game that requires the best optimization, it is advisable to use Native app development.

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Some of the world’s top companies like Facebook, Uber, Skype, Instagram, and Pinterest, among others, either have a React Native application or use it in their technology stack. It provides rapid app development for both iOS and Android. The demand for React Native developers is increasing as companies move from traditional frameworks to React.

While there are great benefits of React Native, developers face challenges as well. Companies often believe that React Native will solve all their cross-platform development requirements. However, they forgot to account for both the human and machine mistakes that might occur.

This article will highlight the top 10 mistakes that React Native developers might make while creating a cross-platform solution. We will understand how they can avoid such mistakes and make better React Native apps.

Top 10 React Native development mistakes to avoid

It is important to understand the mistakes that occur with React Native and JavaScript so as to avoid degrading the user experience. Here are the top 10 mistakes that developers must avoid while working with React Native projects –

1. Improper Redux store planning Even the best React Native apps go wild if the planning is improper. Often developers focus on the app layout and experience while paying little attention to the data handling part.

   Redux is the go-to tool for proper management and planning of data. It is highly suitable for large-scale enterprise applications that process tons of data. It will create a store hierarchy and offer a proper arrangement of all the files.

2. Incorrect image optimization Another mistake that a React Native app development company might make is not optimizing the images. Teams consider it to be a time-consuming process, which leads to neglect of the image optimization process. It ultimately increases the load time of the application.

   Image optimization enables easy uploading of images to the cloud. It provides properly aligned images that don’t take up a lot of space. Optimizing can simply be done by resizing the images.

3. Wrong estimation

   There are different areas where wrong estimations lead to dramatically bad outcomes. App layout, modules, forms, endpoints – everything has certain factors that can be easily estimated incorrectly.

   Developers need to properly estimate the requirements before making a plan. They need to evaluate the code for two separate platforms, even when it is reusable. Teams should create two different layouts and factor in the database structure before making an estimation.

4. Ignoring external module codes is a really big problem while building a React Native application. Many developers never read the external module codes. While it wastes a lot of time, it also takes developers more than the estimation to add a feature. External modules simplify the process of application development. They come with documentation and save tons of time when implemented. Development teams can easily recognize the problems related to the modules and solve them without any hassle.

5. Stateless component utilization
   React Native apps often have stateless components because developers are unaware of what they might do to the mobile app. Even though adding stateless components was an effective practice before React 16, it doesn’t work like that anymore.

   To avoid re-rendering a component, developers now prefer to use Pure Components. Therefore, to eliminate the change based on the parent component, using Pure Component makes sense as it only re-renders the specific components.

6. Ignoring writing unit tests one of the biggest mistakes in React Native projects is not writing any type of unit test. It is a risky move because once the product is in the market, fixing issues that arise may be a challenge. It often throws the budget and time estimations off the track.

   Unit tests are useful in identifying the issues and errors in separate parts before anyone else. It is important to test the functionality before launching it to the end-user.

7. Poor coding practices Poor coding practices often hinder React Native application development services by calling for modifications at regular intervals. If you are unaware of the best coding practices, it might increase the code length – ultimately leading to application lag.

   Create a plan for coding practices and ensure that you follow them. It enhances code readability and enables the team to work seamlessly on the codebase. Since React Native may have a complicated codebase due to cross-platform capabilities, it is important to follow the best coding practices.

8. Leaving “console.log” statements

   If you keep the render methods and logic internally, it can lead to a serious issue. With console logs, debugging becomes a hassle – especially when the render methods and logic are asynchronous. It also creates issues in the JavaScript thread.

   The best thing developers can do is keep the console.log statements handy. When they need to debug the application, they can just go through the documentation and implement the changes with ease.

9. Overlooking the project structure

   It is no surprise that a cross-platform application can have a complex project structure. Even a software development services company with great planning can get entangled in the complicated React Native structure of the project. It is also a neglected factor that leads to major problems ahead.

   There are multiple ways to structure a project. If files and folders are easily accessible, it will simplify collaboration. A good and well-organized project framework will offer tremendous benefits in the long run.

10. State inside render mutation

    The data and view are interconnected in React Native apps. The view consumes new data from the datastore and showcases a new state on the screen. The cycle of state changes is corrupted when the state inside is mutated directly. It can lead to the app crashing or performing poorly.

    Development teams must avoid mutating the state directly from the data store. They should focus on following the lifecycle of the component under examination in the React Native development process.

Wrapping Up

React Native application development is possibly one of the best options for cross-platform mobile development. It enables developers to build mobile apps 25% to 40% faster than several other frameworks. Avoiding the above mistakes can easily improve the speed of the development process and the performance of the application. 

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There are three types of mobile applications:

• Native applications are designed for a single platform and operating system.
• Web applications are reactive versions for users’ websites that can operate on either Mobile devices, IOS devices, and OS as they are distributed to use a mobile web browser.
• Hybrid applications are versions of both mobile and online applications, but they are bundled in a native app, allowing us to get their symbol or access via an app store.

Native Application

Native applications are designed for the operating system ( OS) of your Android or IOS mobile device. Users can use native Android mobile applications or native iOS applications, which are not mentioned in most other mobile platforms and devices. Since they’re designed for only one device, you can’t mix or match by saying, ” This is just used in the Blackberry applications on your Android smartphone, or also use in the iOS applications on your Windows phone. They were specifically designed for this application, and it can take full advantage of all the capabilities of a device. This app can use the microphone, camera, and also GPS, navigation system, compass, contact list, and many more.

Technologies are used in Native Applications

Native applications are written in different programming languages. Some of the programming languages are Java, react native, Perl, Python, Swift, JavaScript, Kotlin, Android, Ruby, C or C++, etc.

Pros of Native Apps

Along with their particular focus on the native apps get to have some benefit of becoming faster and more accurate in terms of quality. They are typically more effective with the resource management of Android device applications than some other kinds of device apps. Mobile applications are used for the mobile interface UI to offer customers a more customised experience and take good experience. However, since native applications attach directly to computer hardware, we have access to a wide range of Mobile device functionality, such as Bluetooth, phone directory, contacts, photo library, NFC, and many more.

Cons of Native Apps

The drawback with native applications, though, is that once you start creating them, you have to repeat the efforts on each of the various platforms. That software you build with one platform cannot be repeated on another platform. It is pushing up the price. To not even mention that the work is necessary to maintain, upgrade and update their version with the software.

But instead, each time your application needs to update its demand, the user does have to download their latest file, and then they reinstall the previous one. This also ensures that native applications take up some of the previous Storage space.

Web Applications

Web applications are similar to previous native apps, which are accessible through a web browser from your mobile device. These are not stand-alone applications in the way that you need to install and upload code on your system. In reality, they are very reactive websites that customise their interface design to just the system on which the user works. In actuality, when you find the option on your system to “install” the web applications, sometimes it essentially installs web pages from the same URL of your website on your System. One sort of mobile app would be progressive web applications (PWA), which are essentially a native application running on the web browser.

Technologies are used in Web Applications

Web applications are built to use HTML, CSS, React, PHP, JavaScript, Native JS, Python, SQL, .NET, Ruby, AngularJS, and various programming languages used for website work.

Pros of Native Apps

Since it’s a web-based application, there was no need to modify it to a site or an OS. This is increasing the costs of production. And, there was no need to download or install this application; you can add or modify nothing to this. They’re not planning to consume dynamic memory storage on your computer like such a native app, and It makes updating simpler just to move the latest updates across the network. Users will not need to download, install, and update from the app store.

Cons of Native Apps

And this is also applicable: web applications are completely based on the web browser that is used on the system. Features and functionality will be required on each web browser and, therefore, will not be accessible from another, providing users with various experiences.

Even though they’re cases besides websites, those who’re not going to work are completed securely encrypted. When they have some of their offline function, the system would also require an internet connection that is for back up your system information, they have some new information, or reload what will be on the device.

Hybrid Application

Technologies are used in Hybrid Applications

Hybrid Applications are a mixture of two apps, i.e. Native applications and Web Applications. So, it is also using a mixture of both the technologies Native and Web-like Java, Perl, Python, Swift, Kotlin, Android, Ruby, C or C++, HTML, CSS, React, PHP, JavaScript, Native JS, Python, SQL, .NET, Ruby, Angular, etc.

Pros of Hybrid Applications

Creating a hybrid app is very much easier and more cost-effective than the other two apps, native apps and Web apps. Even so, a hybrid device may be the least feasible option – a way of proving the feasibility of creating a native app. They also bill easily, are suitable to be used in poor countries for internet access, and provide users with a good experience. And also, these apps use a common coding standard, so there is far less access and maintenance.

Cons of Hybrid Applications

Hybrid apps can lack the power capacity and speed or Frequency that are the key features of these native apps.

Why should we choose these 3 Mobile Apps?

Each of these types of applications has some of its benefits and drawbacks, even though I have simply pointed them out; now, let’s describe them.

Application Feature

While mobile applications can take full advantage of certain functionality, native apps and it has access to the entire variety of devices that specify functionality, such as GPS, navigation system, contact list, camera, gestures, and alerts, and so on.

Speed of Mobile Apps

Native applications are leading the speed contest. Mark Zuckerberg reported in 2012 that Facebook’s greatest mistake was to invest in the mobile network and not to be local. Up to this point, this same Facebook app was a hybrid HTML, CSS, and JavaScript Core app; by the year 2012, it was replaced by a fully native version. The key functionality of this application is responsiveness.

Application Installation:-

Installing any native or hybrid application is a problem for users: we should be very inspired to support the cost of interaction. “Installation” of any web application requires building a bookmark mostly from the home screen; however, it’s easier than downloading and installing a new Mobile app to the application store, as it’s less common for users because people don’t need to use bookmarks as much on mobile.

Application Maintenance

Maintenance of any native application can be difficult, not just for customers, but also for developers, too, and even more so if several versions of the very same data have to be managed on various platforms. Its improvements need to be packed in such a new version and saved within the Mobile app store. But on the other side, running a mobile application or any hybrid application is as easy as managing their web page, which can be achieved as frequently or as much as possible.

Conclusion:-

Native applications, hybrid devices, and web applications are also approached to satisfy the requirements of all mobile phone users. That there’s no common perfect answer: every Application has its advantages and disadvantages. The preference for one over the other that are depends on the particular needs of every customer.

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