Hybrid Apps vs Native Apps: The Checklist to Discover Which is Right for You

Nowadays, developing a mobile app is the most dynamic business tool, offering unmatched efficiency for creating a relationship with the customer. Services of all types use mobile applications to make life hassle-free and useful for their customers.

Several reasons accumulate in favor of mobile applications for companies. Mobile notifications communicate directly with customers while keeping them updated. Most of the apps are developed either for Android or iOS or for both, as those are the two most popular mobile development platforms. It helps boost customer retention by using these mobile apps on websites. This is one of the general challenges businesses face when deciding on the type of app to be developed: whether a hybrid or native app and which one will be better in light of its functionality.

This depends on your business goals and the overall product intention—one of the major decisions since this can make or break the achievement of a mobile application strategy. Among other things, this decision to develop your mobile product as a native or hybrid application follows in the next stage.

What is a native mobile application?

It does not, however, run independently on various mobile devices or platforms. It works because of the usage of certain device-specific hardware and software in an individual mobile device and its operating system. Native apps are therefore mobile apps downloaded from Google Play or the App Store. The native apps are developed to provide superior performance with high leverage of the very latest technology like image processing and many more. There exist two platforms of mobile operating systems: Google's Android and Apple's iOS. For instance, the developers code iOS apps in Objective-C or Swift, while they code native Android apps in Java. Native mobile apps have high accuracy and speed of execution. Apart from speed, they also allow easy access to all of the layouts and controls from the native user interface for all users.

The technology used in native applications:

Native application development in both iOS and Android needs different frameworks.

For iOS:

1) Objective-C

This programming language supports many available libraries and has notable development experience. This language also supports other programming technologies.

2) Fast

Now, Swift is Apple's newest programming language replacing Objective-C. It also has much more reliable and better performance compared to Objective C. Because of its great power and smoother user experience, Swift has been used widely today.

For Android: 

1)Java

This language is not only limited to its use for mobile applications but is also used for web development. It provides access to an attractive library to access different features of the Android operating system. 

2) Kotlin

Well, Kotlin is the programming language developed to perform along with Java on Android. Google supports and approves Kotlin for Android development, offering an alternative way of developing Android apps. Moreover, Kotlin decreases the time used for programming in application development. 

 Advantages of native applications: 

 Native mobile application

Native applications: advantages and disadvantages

a) Native applications are generally faster, much more functional, and exploit the power of the main mobile device for which they are created.

b) They offer high-speed and responsive software performance and thus comparatively work better offline. This means that no internet connectivity is required to run it, as you will anyway be able to access the key functions of your application.

c) Since native applications have a recognizable look and feel, they provide a user interface similar to the user experiences of the operating system. All these familiarities add up to a better user experience.

d) Resource-intensive applications such as high-definition games and animation work well as native applications. This is because natively run code still runs faster than JavaScript and HTML.   

e) They maintain the aspect ratio; this helps enhance the quality of images and graphics within the app. It also comes with a push notification feature.

f) Some dependencies of the native apps are on platforms like Ionic and Cordova, and other open-source libraries, which makes them a bit easier to work with. 

g) Ratings within app stores can confirm the quality of these native apps. 

Disadvantages of native applications

a) Launching the same feature on all platforms simultaneously can get quite hectic and time-consuming. This is because native apps have to hold multiple codebases since each device has its own version of the app.

b) It involves more cost in terms of engaging different skill sets to develop and maintain the same application on all different platforms. More developers will be needed, which implies creating and managing a code base for each platform.

c) A lot of time is wasted on independent development for each platform. It becomes slow and cumbersome during each feature update.

d) Every platform code has its release cycle and updates, which somewhere eventually increases the development cost and time. 

e) Native apps take a longer time to download and due to this long downloading procedure, sometimes potential users may leave in the middle if it is very lengthy.   deve

A hybrid application merges the components of a web and a native application. Hybrid apps could be categorized through app stores similarly to native apps and may include OS features as well.

Like a web application, hybrid applications can also be used with mutually compatible web technologies. Hybrid apps are developed faster and more easily as compared to a native one and less maintenance is required.

One major reason that determines the speed factor of your hybrid app is completely related to the speed of the user's browser. You can make hybrid apps on one base, thanks to which you will be in a position where you can add new functionality to multiple versions of your app. While in native apps, you are required to replicate every new feature you want to bring for each platform.

Unlike native apps, hybrid apps are written in JavaScript and HTML5, just like web apps, but can be accessed either through a web browser or downloaded from app stores.

Because these native applications are made for an appropriate platform, the cross-platform attribute is reflected in hybrid applications. This simply means you can have hybrid applications running on more than one platform. You can consider these applications as websites placed in containers.

Hybrid applications access and utilize the rendering engine of the built-in operating system browsers. 

The technology used in Hybrid applications:

Among many frameworks for hybrid application development, four are extremely popular, which are as follows: 

1) Cordoba

Cordova is an open-source mobile development framework that helps us easily access and work with conventional web technologies for cross-platform development. This Cordova plugin is used to gain access to device features.   

2) Ionic

Ionic is the app platform for web developers to build stunning web, mobile, and desktop apps, all with open web standards and a single code base. Also uses Cordova.  

3) React Native

React Native is an open-source and cross-platform compatible application software from Facebook. It supports high performance, a simple user interface, and short development times. 

4) Xamarin

Well, Xamarin is an open-source framework, maintained and verified by Microsoft. It is easy to maintain but suitable for simple applications. It may therefore generally be a choice for business-driven projects. 

Advantages of hybrid applications

a) Since hybrid applications use a single codebase across all platforms, developers just have to write the code once and it runs wherever necessary. Unlike native applications that need maintenance separately and are thus coded redundantly for each platform.

b) Note that you also need to be aware of the fact that hybrid apps can also support such hardware-based speed acceleration, quite like native apps.

c) Hybrid apps reduce development time and budget by creating multiple copies of the same app because they have a form of "one-size-fits-all" build.

d) Hybrid applications offer both the same and consistent user experience across devices, regardless of whether a user is moving between any variety of devices, browsers, or operating systems.

e) Hybrid apps may be accessed both online and offline. Having only a website means you miss a demographic that can sometimes work outside of internet connections.  

f) Hybrid applications are based on web technologies. That's why some of them can be run in any browser.

Demerits of hybrid applications:

a) In most applications, hybrid applications run like native applications, but in applications with high-quality graphics, 3D, HD gaming, or generally any performance-focused application, you will find that the hybrid approach might not work as well.

b) Since these hybrid applications are of this nature, they sometimes appear different from user to user. This depends on the version and kind of operating system they use.

c) Hybrid apps can access all native device features, elevating their functionality to that of native apps with Touch ID and media access. Technically, however, such apps are still dependent on native plugins. Hence, in the case when a brand new device feature just arrived, the corresponding native plugin may not be available yet.

d) Hybrid applications rely on several frameworks and libraries, for example, Ionic, and Cordova, and are bound by their will to keep up with the latest platform versions and changes.

e) You can end up working on several different feature branches and user flows because the different platforms also have different hardware options to consider, all adding to development time and cost.  

Mobile app development services

What are some of the key differences between hybrid apps versus native apps?

There are a lot of factors that decide which way to go, native or hybrid. It all depends on how your users plan to use the finished product. However, some clear differences between the two can guide you in your decision.

The main difference is that hybrid apps are designed to work on any operating system and use the same code base, while native apps are developed for a particular operating system, be it Android or iOS. If you need a native app, developers need to write separate code for both the Android app and the iOS app. 

This can make a native app design more expensive at first, so you need to look beyond price and consider the type of functionality you need for your app. Native apps are more flexible in this area, even if they require more time to create. 

Hybrid vs native applications: Which one to choose?

At some point, you'll have to choose what type of app you need to develop: Hybrid App vs Native App, but how do you ultimately decide? Let's start by asking a few questions to let you know what would be best for you, your business, and your customers: 

Is your chronology accurate?

The timeline is one of the first things that decide when you want to introduce the app to the market. If you are one of them who wants to be the first to launch this type of application and conquer your competition? If yes, then a hybrid app is your best option. If you have more time, like eight months or more, a native app is a great option. 

Your budget?

Money is another very important factor. How much money can you invest in your application? If you are on a budget, choose the hybrid application, it can be done at a lower cost; But, if you have a big budget to work with, consider a native app. 

Does your app need regular updates?

Every app release update, however, how many do you think your app may need? If you expect to have bug fixes and regular updates, you should prefer a hybrid application, which needs less maintenance.  

In conclusion

The conflict between native apps and hybrid apps will never stop because, naturally, there is a place for both. Not all advantages may fit your requirements and not all limitations may bother you. Finally, to make the most appropriate decision for you, you must include the benefits that each one offers and evaluate them according to your objectives. 

Each approach has its clear and distinct advantages and disadvantages; However, at the end of the day, a native approach will have the most significant benefits to a company's bottom line. 

But in the long run, the biggest disadvantage of hybrid apps is that a company would be expected to spend more time fixing the app due to performance-related issues or user complaints about UI components. 

Additionally, native apps have the added advantage of features that are specific to the operating system the app is built on, for example, GPS, camera, address book, and more.

The decision to choose hybrid or native is based on business objectives and priority. The nature, use case, and environment of the application may influence your decision. Whatever path you take, just don't spend too much time fighting over your decision. Whether you prefer hybrid or native, you will get challenges, and there will be incredible victories! We hope this article helps you with the best solution to choose the right approach and the right type of application for you and your business.