Mobile applications have taken businesses by storm. If you want to make your business successful, you got to have a mobile application for your business. Mobile applications are used to promote your business.

Types of mobile applications:

There are multiple types of mobile applications. Now the question arises of which type of app the developer has to build. This depends on the requirements of the client and market saturation, developers’ comfort with the technology, etc. Some of the few types of mobile applications are:

1) Native apps: Such apps are developed in a specific programming language such as objective C for IOS and Java for android. These apps are expensive to develop because they are designed for only one type of operating system and need to be duplicated for another operating system.

2) Mobile web apps: These apps are not real apps. The websites are designed in such a way that they give a look at a mobile application. They run on your mobile phone’s browser and are developed using HTML5. As more and more apps are designed using HTML5, the fine line between web apps and web applications is fading.

3) Hybrid mobile apps: Hybrid apps are the app that are part web apps and part native. Like native apps, you can find hybrid apps on the play store as well as they take the advantage of mobile phones’ features.  Just like mobile web apps, they also use HTML5 for their development. I a developer is skilled in both, he can use hybrid apps to develop apps father and save a big chunk of money.

What to consider when choosing mobile development technologies:

Special considerations must be made when developing applications for mobile devices.  The limitations vary from device to device a customer uses. It also depends on how a user interacts with the device, its computing power, the screen size,

Understand the unique features of each mobile platform:

Technologies used in mobile app development:

There are multiple programming languages that are used in the development of mobile apps. Each language has a different purpose.

Each platform has its special features, capabilities, and limitations. Thus, you must design the operation in a way that allows it to harness the full eventuality of the mobile development technology – while still being easy to use, secure, scalable, and accessible to the widest possible quantum of people.


Else, you risk creating an operation that fails to deliver the kind of astral performance and capabilities that your target followership expects of you. This can affect lackluster deals, a sub-par stoner experience, and a failure to achieve your unique business pretensions and objectives.

Don’t believe us? Considering that up to 25 percent of druggies abandon an app after only one use, the significance of making a great first print can not be understated.


For this reason, it’s vital that you take the time to familiarize yourself with the different mobile technologies available to you. Also, choose the right bone for you grounded on your design conditions.

This way, you’ll enjoy a further streamlined development cycle, and you’ll deliver a much advanced- quality product – bone that you’ll be proud to partake with the world.


First out, you need to decide whether you plan to make a native or cross-platform mobile operation, as each option has pros and cons.



Native Operations are salutary if you intend to develop for one platform. This is because you have the occasion to harness the full eventuality of the platform in question. It enables you to gain access to and use a wide range of platform-specific features.

For illustration, iOS has exclusive features like iMessage, AirDrop, and App offloading, while Android has exclusive features like customizable home defenses, expandable storehouse, and split-screen support. So, when you develop an operation for a specific platform, you have the time and coffers necessary to take advantage of these exclusive features.


Cross-platform mobile operation development, on the other hand, is the process of developing an operation with a single law base to run on multiple mobile platforms.

There’s a wide range of cross-platform mobile app development technologies available. This makes it easy for inventors to conceptualize, develop, and launch a beautiful and functional operation on multiple platforms contemporaneously. Some of the most popular cross-platform mobile technologies include Flutter, Reply Native, and Xamarin.


While each of these platforms has its unique features and benefits, one thing that’s harmonious for all is that they enable inventors to write a cross-platform operation with just one codebase.


Faster development cycle

Without writing separate laws to feed to different biases and platforms, this dramatically speeds up the development cycle, provides a more harmonious stoner experience across all platforms and biases, and enables a business to reach wider followership across several platforms.

Easy to modernize and maintain

Another benefit to cross-platform mobile development is that it’s fairly quick, easy, and affordable to maintain and modernize these operations.

Why? Because you don’t have to modernize each operation for a different platform or device manually. Rather, you can make the necessary advancements across all performances and also contemporaneously modernize all performances of the same operation at formerly.


Lack of access to unique features

For one, while it’s possible to pierce the native API of a given platform – be it Android or iOS – with the applicable SDK (Software Development Kit), the number of features available to you may not be the same as if you took the native development approach. As a result, you may not completely use the wealth of features available to a specific platform.

Although, if these kinds of features aren’t essential to the success of your operation, also this could be a reasonable trade-off, as the benefits of having a briskly and more streamlined cross-development cycle will overweigh the con of having smaller features.

Implicit for reduced performance

Another common strike of cross-platform operations is the eventuality of reduced performance.

Still, it may not completely harness the computing power of a specific platform, which could mean slower performance, If your mobile operator is particularly complex. Still, if your operation is fairly light and simple, the performance difference between a native and cross-platform operation is slim.


When it comes to developing mobile operations, you have a lot of important design choices to make. You have to take into account the unique features and capabilities of the platform you develop for. You have to feed to the different specialized specifications of the bias you plan to develop for.

These specifications can include different screen sizes, different touch-screen gestures, varying situations of performance power, different conditions that apply to the Google Play and iOS App Store, and the quantum of support you give to history, current, and unborn performances of both Android and iOS.



During the development cycle, you’ll need to ask yourself a lot of important questions, similar as

.“ Do you target the rearmost and topmost bias to give the most ground-breaking stoner experience possible? Or should you gauge back your intentions so that your operation works on a wider range of mobile bias, both new and old?”

.For this reason, it’s a good idea to establish those guidelines beforehand so that you’ll enjoy a further streamlined development cycle and will admit a final product that meets your unique conditions.

Most importantly, you’ll need to have a deep understanding of what your target followership expects of your operation, the kind of bias they use, and the kind of analogous operations they’re formerly using.

1) Python: Python is one of the most popular programming languages used by developers around the world to build different types of mobile applications. Python is a dynamic, open-source language that is easy to understand with high-level project-oriented programming. Developers with basic coding knowledge and skills can start with python and build good mobile applications.
It is a portable language that has built-I debuggers which makes development flawless and smooth.  Along with that, Python offers GUI programming support, community support, various libraries and frameworks, and other several features that make the development of an app quick and easy.  It is preferred to build

2) Java: We all are aware of this high-level programming language which I used to build android applications. This object-oriented programming language is highly secure and easy to handle. Java offers plenty of open-source libraries, excellent documentation, and community support which helps the developers to build mobile applications efficiently without putting in the extra effort. Some of the great applications are built on java such as VLC media player, Telegram, SeaWeather, and many more.

3) Flutter: Flutter is an open-source mobile development language that is developed by Google. Flutter facilitates the developers to create a cross-platform mobile application which means once you have developed an app on flutter, you can run it on both platforms android and IOS efficiently and smoothly.  The demand for flutter developers is high in companies and start-ups because they look for developers who can build cross-platform applications over native applications that run only on a single platform.

To build native interfaces, flutter uses dart as the programming language. It also relives coders to

Advantages of Flutter:

  • It enables developers to make changes in the code and see the results real quick.
  • Creating beautiful and functional user interfaces is easy.
  • The documentation of flutter is clear and has nothing to do with the concepts of real-time.

4) React Native: React Native is an open-source programming language developed by Facebook.  It is used to build cross-platform mobile applications for IOS, Android, Web, and UWP. The applications built using React Native have native-like capabilities and can run on multiple platforms efficiently.  ReactJS and Javascript are sued by developers to create applications that witness skyrocketing success on various platforms. Facebook, Ubereats, are some of the great applications that are developed using React Native framework.

Advantages of React Native:

  • Saves Time and Money.
  • Great Performance.
  • Increased Flexibility.
  • Immediately View Changes.
  • Publish Updates for Your Apps Faster.
  • Augmenting an Existing App.

5) Swift: Swift, a general-purpose programming language is developed by Apple. Inc. It is used for macOS, watchOS, tvOS, Linux, iPad, and a few other platforms. Swift works with Cocoa and Cocoa Touch frameworks and C and objective C codes written exclusively to develop IOS applications.  The language uses a safe programming pattern and offers exceptional features to complete the process of IOS mobile application development process.

6) Kotlin: Kotlin is now declared as the official language for mobile application development by Google. It is used to build highly advanced mobile applications. It is a cross-platform, statistically typed, and general-purpose programming language that is considered the new Java. It interoperates with Java and was designed for only JVM initially.
Kotlin is preferred to build mobile applications because it has got some exciting features such as its safety,  clarity, and large tool support. Trello, Coursera, and Evernote are some of the examples of mobile applications that are built using Kotlin.


7) R Programming: The language R is most suitable for data analysis and machine learning. Apart from this, R is also used for general statistics computing and graphics. R is a platform-independent language that has got huge built-in libraries as well as frameworks that make mobile app development easy, flawless and on does not need to put extra effort to develop a mobile application using R. Developers using the R language, can also create machine learning algorithms that are capable of training themselves further.