INTRODUCTION

The software development industry is among one of the fastest growing business in the USA right now. This could be because of the fact that the world is on its way to innovation and coming up with newer and better technologies almost every now and then.

The number of software developers in USA’s Silicone Valley exceed thousands. With such a great number of available developers, it gets quite confusing for the aspiring and new entrepreneurs to decide who may or may not be the right one to partner up with on customized projects.

While many firms claim to be the best software development company in USA, we have decided to make this decision easier for you. We have created a list of some of the top-tier software development firms with specific and all-rounder digital services.

TOP-TIER SOFTWARE DEVELOPMENT COMPANIES

Unified InfoTech

ELEKS

Cubix

A3logics

Iflexion  

ENDNOTE

If you ever plan on getting customized digital services for your business, you can opt from the above mentioned companies for trusted and high class project results.

Every ambitious entrepreneur, including yourself, is interested in learning how much it will cost to develop a cross-platform business application. The purpose of this article is to shed light on the expense of developing a React Native app. If you want to create a React Native cross-platform app, this blog will teach you about the aspects that matter in React Native app development.

Learn about the elements that contribute to an increase in the cost of React Native app development and the factors that lower the cost. Let’s start with the basics, such as what React Native is and why you should use it for your business app.

Why Do Entrepreneurs Choose to React Native for Their App Development?

Most entrepreneurs and developers select the React Native app development framework since it is a widely used open-source, cross-platform app development framework backed by Facebook for developing applications for Android, Android TV, iOS, macOS, tvOS, Web, and Windows platforms.

Cross-Platform Coding

Because React Native is cross-platform, entrepreneurs do not require additional resources. Developers can create apps for multiple platforms using the same code base. Developers only need a defined set of skills, not a wide range of technologies.

Faster Go to Market Time

Developers can create React Native apps for various platforms using the same codebase, which cuts down expedition time. The primary rationale for cost-effective choosing is the shorter development time.

Needs Less Workforce

The advantage of adopting React Native over other native app development methods is that the resources required for React Native app development are significantly lower. Only a project manager, a designer, two developers, and one QA expert are needed. However, if you want to make a native app, you’ll probably need twice as many people.

Simple UI

When using the React Native framework, entrepreneurs benefit from the convenience and flexibility of creating great user interfaces. You can create responsive, fluid, and fast-loading applications with React Native.

Pre-built Components and Reusable Code

React Native allows you to share 90% of your code between Android and iOS apps, reducing development costs and time. There are reusable and readily available React Native components that you can use in your project.  

Community

All React Native docs are open-source and freely available to the development community. Another benefit is that you’ll get a lot of help from the large React Native community.

The Factor That Affects React Native App Development Cost

There are three levels of complexity in an app: low, medium, and high. Several factors influence the complexity of your software, including:

App Category

The complexity of your React Native project will be determined by the type of app you intend to create. A timer or calculator, for example, will contain independent capabilities that are far less complex than those found in an m-commerce app.

User Authorization

Compared to an app that doesn’t require a sign-in or sign-up, the complexity of a React Native app requires user login, authorization, and authentication increases.

Hardware Dependency

If your app is heavily reliant on hardware, its complexity will arise. Designing an IoT application utilizing the React Native framework, for example, will be more expensive than developing a native application.

Designing Application

Creating an interactive app will necessitate creating well-thought-out design plans and user flow, animation, and smooth transitions. Although such attribution will be costly, it will be far less expensive than developing a native app.

App Maintenance

You can’t expect your spending to stop after your app is produced and published because you’ll need to maintain it at all times. Updates, design changes, and bug fixes are all part of app maintenance. Annual maintenance might cost up to 20% of the overall cost of your React Native app development.

What Factors Increase the Cost of React Native App Development Cost

Additional UI Enhancements

You can utilize the same codebase for Android and iOS platforms with the React Native framework, which helps you save money on app development. However, crossing the UI constraints will cost you a custom app appearance for each device.

Optimizing Performance

If you want to improve the performance of your React Native app, you’ll need to enable third-party connectors and take advantage of the in-device functionality. Your React Native app development costs will undoubtedly rise as a result of such improvisation.

Low Learning Curve

Because React Native has a low learnability curve, your engineers will have to devote time and effort to master the nitty-gritty of the technology. The cost of developing a React Native application will rise due to the time and performance disparity.

Security Assurance

Your React Native app will be less secure than a native app in the long run. As a result, to provide a solution, you’ll need to pay a QA staff to monitor security flaws, which will raise the cost of developing a React Native app.

Factors Reducing The Cost Of React Native App Development

Synchronized Development For All Platforms

Simultaneous app development for every platform and application version is possible with React Native app development. This saves you money on app development costs for many platforms.

One Team

React Native engineers can let you build for both platforms with a single team rather than employing separate group Android and iOS development teams. This is the most cost-effective aspect of your app development.

Utilizing the Existing Framework

React Native developers can construct your enterprise app using existing skeleton frameworks, which speeds up the development process.

REUSABLE CODES

Because they can reuse the react codebase across multiple platforms, your hired React Native developers will save time and effort compared to designing a native app.

End Note

To summarize, estimating the cost of react native app development for android and iOS mobile app development is difficult due to the costing being directly proportional to the project complexity and development time. It also relies on the type of resources you’re hiring, the hiring process you’re using, and where you’re hiring from. To give you an idea, we estimate that developing a small, medium, or large react native app will take about 250, 1140, and 4850 development hours, respectively.

Mobile app development has grown exponentially in the past few years. Smartphones have made our lives easier and convenient, and there is always an app available for anything you need. From online shopping to playing games to sending emails and much more, everything you desire is now on your palm.

What Is Mobile App Development?

In plain words, mobile app development is a process of developing apps that can be installed on your smartphone and provide a specific set of functions and features. These are the software that gets installed on hardware (mobile device) and then runs on it using features of that device.

Obviously, there is much more to an app running on your smartphone, but we are just keeping it simple and concise. We will explore more about apps later in the blog.

What Is the Real World Application of Mobile Apps?

Mobile apps are doing pretty much everything in the world today. Like we said earlier, there is an app for everything in the market, but to make it clearer, let’s discuss it again.

These days, mobile apps are being used in every industry. From education to music to social networking. You name the industry, and there will be an app available for use. One thing to be kept in mind is that sometimes, an app is developed for the masses and often for a specific group of people so other people cannot use it.

For example, if you wish to use your bank’s online banking service, you can do that with their app (if they have one) because you are an active account holder of that bank. But individuals not having an account will not be able to use the app.

What Are Some Main Categories of Mobile Applications?

Practically speaking, categories for mobile apps are uncountable and but there are some having the most use around the world. Let’s briefly go through them.

1. Gaming & Entertainment

Entertainment and gaming mobile applications are the most popular apps globally and have millions of users worldwide. In entertainment, you can find apps that play you songs of your choice or an application that lets you see a movie or TV show based on the genre of your liking.

In gaming, there are games available in a number of categories such as sports, arcade, puzzle, strategy, and the most popular these days, battle royale games.

2. Shopping & Retail

Another main category that has a considerable application of mobile applications is the shopping and retail industry. Nowadays, you can buy anything while relaxing on your comfy couch at your home and without having to go out physically, it’s that easy.

The shopping and retail industries have seen a significant boost in their business after the widespread use of mobile apps, and a big chunk of their sales is now done through these apps.

3. Solution Provider

This is probably the most important market that mobile applications have captured. Since the inception of mobile applications, numerous apps have been built that focus on solving a particular problem using the latest features of the technology.

Whether it is transportation, education, consultation, information, traveling, or anything else, we have a digital, mobile app-based solution for every niche. Moreover, with each passing day, something new and innovative is launched in the market intended towards solving a problem.

Types of Mobile App Technologies

To develop mobile apps, there are many mobile app technologies that help us in building apps the way we like them. Initially, there was only one way to build the applications; the native mobile apps, but now there are other ways to develop your apps as well, with your chosen features. Let’s explore them one by one.

1. Native Apps

Native mobile applications are applications that are developed using platform-specific technology or language. There are two popular platforms having the most chunk of users, i.e., iOS and Android.

Google owns Android, while iOS is the brainchild of Apple. These two tech-giants are ruling the mobile industry right now, and currently their operating systems are the most used. Let’s learn a bit about these platforms as well.

2. Android

Android is an operating system for mobile devices and is the most used OS in the world right now. Android is an open-source platform and is owned and managed by Google. The IDE used for developing Android apps is called Android Studio, while there are other IDEs available as well. But what languages do we use to develop Android applications? Let’s find out.

3. Java

The first language that was used to develop native Android applications is Java. It is an old and mature programming language and has a wide use other than mobile apps. Android mobile applications are developed in Java, but some supporting components can be in C and C++.

4. Kotlin

In the year 2017, Google announced its official support of Kotlin programming language to develop Android-based mobile applications. One great feature of Kotlin is that its code can be used with Java, which means the libraries and functions in Java can be used while writing code in Kotlin. Many developers even prefer Kotlin over Java.

5. IOS

Apple’s iOS is the second most used smartphone operating system worldwide. The design and development constraints of this OS are different than Android. The IDE used for building iOS apps is XCode. iOS apps can only be built on Apple’s Mac OS, while Android has no such limitation. There are multiple languages used for developing iOS apps, have a look.

6. Objective C

Objective C was the first programming language that was used to build iOS-based mobile applications from Apple. This programming language borrows its design and development features from the C language and incorporates object-oriented techniques as well. It is still in use, and many developers use this language.

7. Swift

Swift is a relatively modern programming language used to develop iOS mobile apps. It was first introduced in the year 2014, and since then, it has become the first choice of many iOS developers around the globe.

8. Hybrid Apps

The term hybrid mobile applications refer to the apps that are developed once and can be installed and used on both iOS and Android platforms. These are also known as cross-platform mobile apps. There are quite a few technologies available now that let one develop hybrid applications. We will go through them sequentially.

9. React Native

React Native is a framework that uses JavaScript to build hybrid apps for Android or iOS. Any app written in React Native has almost the same code for both platforms but requires minor adjustments to it due to the platform-specific limitations. React Native is an open-source framework that is owned and created by Facebook.

10. Flutter

Flutter is another great tool to develop hybrid apps and it uses Dart as the programming language. It is a software development kit (SDK) by Google. Flutter, using Dart, is used to build impressive, backward-compatible hybrid mobile applications.

Other Cross-Platform Development Technologies

There are some other cross-platform mobile app development technologies too. Let’s have a quick look at them.

1. PWA

PWA, also known as Progressive Web App, is another modern way of developing hybrid mobile applications. These apps don’t need to be installed, instead accessed through a web browser and a URL. PWAs are built using HTML, CSS, JavaScript, and other languages and work on both mobile and desktop devices.

2. Ionic

Ionic is another SDK, similar to Flutter, for building hybrid mobile apps. It was built in 2013, and since then, many apps have been developed using it. It also uses HTML, CSS, JavaScript, and other languages to build hybrid smartphone applications.

3. Xamarin

Xamarin is another cross-platform apps development framework that uses C# to build applications for mobile devices. Other than Android and iOS, it also runs on Windows and has a slight advantage over other technologies because of it.

4. Others

Apart from those discussed above, there are a few other technologies used to build cross-platform applications. These include Native Script, BuildFire JS, Appcelerator, Cordova, and others, and all these come with their pros and cons.

Mobile App Development Process Flow

While this can be subjective, and there can be multiple ways companies develop applications, we have provided a holistic view of how things generally work in the mobile app development industry. Let’s dive right in

1. Research & Information Gathering

Before beginning work on a mobile app, the first step is to carry out thorough and extensive research on your mobile app’s idea. This phase requires brainstorming and inking down all the concepts and ideas that cross your mind. These can include the app’s functionality, the business model, your budget, resource allocation, and much more.

One good practice is to study your customers’ behavior and the market gap while keeping a close eye on your competitors, if there are any.

2. Identification of End Goals & Objectives

After you have jotted down all the ideas and possibilities, now is the time to filter them. Pick the goals and objectives of your app and try to define the scope of the project. Once that is done, you can now proceed with defining other functionalities of the system.

One crucial factor to be kept in consideration here is to mark your targeted audience and the value your system will add to the consumer’s lives. This will also help you allocate the budget for development and other needs.

3. Wireframing/UI Design

After the closure of the second phase, UI designing can begin. Designers assigned to the project will be briefed about it and will build beautiful yet easy to navigate designs that will define the app’s outlook.

After that, wireframing is done to define a roadmap and screen linkages on the app, and test the frontend functionality. Although wireframing doesn’t provide any functionality in the final product, it is essential to figure out any potential flaws and lay the design structure before the development work begins.

4. Backend Development

Next up is the backend development process. It can be considered as the backbone of any system because this is where all the data resides that can be fetched upon request through the use of Application Programming Interfaces or APIs.

During the development of the project, sometimes there might be a need to make changes in the wireframe design or the backend files, which is completely fine. It happens, and good practice across the industry is not to hesitate the change, rather accept it with open arms.

5. Integrate Frontend & Backend

Once backend development is complete, both frontend and backend are integrated. Any misconnections or flaws can be rectified at hand, and if the design is good, there is less chance that any major problem would occur.

6. Test, Test, Test!

Though testing never stops and is a continuous process, one final test against the use cases developed in light of the project scope is done on various parameters. This can include the design, frontend-backend integration, functionalities, loading times, memory usage, and more.

7. Beta Release

After everything is done, the app is then released for a small audience to be used and tested in real-world and actual scenarios. This helps cater to any errors that went unnoticed, which can be fixed at the earliest before the final release.

8. Final Release

The app’s final release is done after all the necessary checks are completed, and the app is ready to hit the market. Initially, the mobile app has to be closely monitored in case something comes up. Other routine support and maintenance checks are done according to the schedule while users enjoy the app.

Team Requirements

To develop a mobile app, you will require diverse skillsets, but it all depends on the project’s scale. The number of individuals varies and is on the personal prerogative to hire additional profiles for the project. The bigger the project and the higher the stakes, the bigger the team shall be. Below is a brief list of individuals that you need to build an app.

1. Designers

Designers are a necessary part of the mobile app development team. Their responsibility is to develop and design the UI/UX and make sure the design doesn’t lack in any pertinent aspect. These are the creative minds that create the application’s look and feel.

2. Developers

Developers are the individuals that do all the coding and bring life to the UI design. Coding includes backend, frontend, admin panel design, and other developmental tasks through various relevant technologies.

3. QA Engineer

QA is often ignored at many places, but it is always good to check the deliverables before reaching the client. QA Engineer is mainly responsible for managing all the tasks related to testing and quality.

4. Project Manager

A Project Manager is always needed to lead and close the project successfully. The Project Manager’s job is to make sure all the deadlines are met, and everything is running the way it is supposed to.

Development & Deployment Costs

The development and deployment costs of a mobile app differ according to its features, target industry, and other factors, but we will try to sum up how much an app can cost.

1. Native Apps

An Android App usually starts at $8,000 and goes up to $100,000 or even more, while an iOS app starts at $10,000 and goes up to $100,00 and more.

2. Hybrid Apps

Hybrid apps developed in Flutter or React Native for iOS and Android start at $20,000 and go way up depending upon their features.

End Note

Mobile app development is the future, and there is no denying it. This blog is intended to guide how mobile application development works, but this was just an overview, and there is still much more detail into this topic. If you want to develop a mobile app, instead of trying it on your own (unless you are an experienced coder), we suggest that you give this job to a reputed mobile apps development company, and they will take care of everything for you.