Hybrid Mobile App Development | edtechreader

Given the meteoric rise in mobile phone ownership over the past decade, virtually every company today needs to create some sort of mobile application. Yet, picking between native and hybrid mobile app development is one of the most important decisions you’ll have to make when making.

There are advantages and disadvantages to both approaches, but hybrid apps are becoming increasingly popular as a result of their many advantages for businesses in terms of cost, time to market, and other metrics. Thirty-seven of the top fifty retail apps in the United States are hybrids, according to a Forbes survey. Hybrid apps are also used by widely used websites such as Twitter, Instagram, Gmail, Uber, etc. This begs the question, what exactly are hybrid apps, and what advantages do they offer?

Building a hybrid mobile app: what does it entail?

The goal of hybrid app development is to create a single programme that can run on many mobile operating systems. A hybrid app can use a single code base across multiple operating platforms, as opposed to the more traditional approach of “native app development,” which necessitates the usage of a platform-specific programming language.

Building an app for the Android operating system requires you to use Kotlin or Java, whereas creating one for iOS requires you to use Swift or Objective-C. Yet, you just need a single code base if you develop with cross-platform technologies like React Native, Flutter, Xamarin, etc.

Hybrid apps are becoming more popular for a number of reasons, including their portability and ability to be built quickly and on several platforms. Hybrid mobile app development is one of the greatest choices for reducing development and maintenance expenses, which is vital in today’s competitive and demanding corporate market. Many of these factors contribute to the fierce competition among businesses for skilled hybrid app developers. Because of Turing’s hybrid mobile app development services, you get access to the top mobile app development team in the world.

Designing Mobile Apps: Native vs. Hybrid

The effort and cost of creating a mobile app are substantial. There are two main options to consider when developing a new mobile app: native applications and hybrid apps. The complexity, cost, schedule, and intended users of your mobile app will all play a role in helping you determine the best course of action to take.

Even so, let’s break down the distinction between building a native app and a hybrid one.

Native apps are those developed just for one operating system (for example, Apple iOS, Android). Code must be written in a language supported by the platform’s OS.

These apps can take advantage of all the hardware and software resources available on the user’s device, allowing for greater performance and security to be built in. Native apps have a number of advantages, but the high expenses of creation and upkeep can be a burden. In contrast, a native app is the way to go if you need to focus on users of a single platform or are looking for optimal performance.

Hybrid mobile app development has many benefits

Simple implementation

As hybrid app development just requires code for a single app, it is far simpler than developing a native app. Users can avoid the hassle of learning a new language for each OS they intend to use. HTML, CSS, and JavaScript are commonly used in the building of hybrid mobile apps. Furthermore, developers have a wide variety of frameworks from which to select, including Xamarin, Flutter, React Native, and others.

Shorter time to market

With hybrid app development, companies may use the resources they already have to create their apps’ coding. There is no need for them to learn new technologies or pay programmers who specialise in platform-specific ones in order to create their applications. In addition, you don’t have to reinvent the wheel by building a separate codebase for each platform because you can reuse the same code. Time spent on app deployment is greatly reduced as a result.

The ability to run on several platforms

Creating an app that works on several platforms is a major selling point for hybrid apps. Software can be developed once and deployed to various systems. Hybrid apps, in contrast to native ones, can be used across multiple platforms. Companies that don’t want to invest the time and money developing native apps for each platform might benefit greatly from using these frameworks.

Ability to expand with little effort

While making a mobile app, scalability is essential. A scalable software allows you to easily add new features and functions while maintaining its previous level of flexibility, stability, and security. There is little need for extensive alterations in order to increase the app’s scalability across platforms, making hybrid mobile app development a great option for those seeking scalability. To update the code once and have it take effect across all platforms, they need only do it once.


The price of creating an app is rising. Building native apps for each platform is more expensive than developing a hybrid app because it requires to hire android developers, resources, and time due to the cost of the development kit, employing engineers, and development time. On the other hand, hybrid apps can be built without using a platform’s own SDK. By eliminating the need to employ platform-specific developers, you can save a considerable sum of money and increase your profit.

Experiential Design

To save time and effort, hybrid mobile app development allows you to recycle your designs for use in other platforms. Consistency across platforms ensures that customers have a positive experience with the company.

Simple upkeep

Because developers aren’t juggling several code bases and platforms, hybrid app development makes code maintenance much simpler. Customers have the option of updating the apps across all platforms simultaneously from a single backend.

Challenges with Hybrid App Creation

A sluggish showing

More lines of code need to be written when developing hybrid apps than when creating native apps because of the need to support several platforms. The app’s performance may suffer as a result of the added weight. Hybrid apps suffer in performance and user experience since they employ a single codebase across all supported platforms.

Features take a while to implement

Hybrid app development necessitates the use of external, rarely-updated frameworks. Features take longer to release than native apps.

Complicacy of the Tests

It is more difficult to evaluate a hybrid app because it must be run on a wider variety of devices and operating systems. In addition, several platforms may share common code with these apps. Some of them are native in the sense that they were developed for a certain operating system, which complicates testing.

In order to create a hybrid app, there are six steps

Blending web-based features with in-app hardware controls is at the heart of hybrid app development. Here, we will examine the process of creating a hybrid app.

1. Initiating a Strategy

The first step is to determine if this is the best option for your current project. If you’ve decided that a hybrid app is the way to go for your company, the next step is to figure out what functions you’d like to see built in. Also, you need to make sure you’re using the appropriate technology stacks when developing the app.

2. System and User Interface Design

The software development life cycle’s design phase is of paramount importance (SDLC). At this point, the software architects have analysed the business needs and input from all relevant parties, and have designed a whole architecture for the product.

3. Advancement

After deciding on the appearance and feel of your app and the functionality it will have, the next step is to write the code for a fast, secure, and reliable back end. Creating a polished and aesthetically pleasing UI is a key part of this phase.

4. Debugging and testing

Developers need to run tests on the code they’ve written to make sure the app looks and works as expected before releasing it to the public. There needs to be front-end and back-end testing with bug fixes made afterward.

5. Sending Out

This is the last step before releasing your hybrid app to the public. The application must be made available to consumers so that they can download and install it on their preferred platform.

6. Maintenance

After release, you’ll need to perform maintenance on your hybrid app, such as bug fixes and software updates. It’s a handy tool for improving functionality and enhancing the user experience. In addition, you need to use cutting-edge tools and keep up with current trends in app development to be competitive.

Here are the top 6 hybrid mobile app development frameworks

Native Reaction

This framework was initially developed by Facebook in 2015 and quickly gained traction. The likes of Uber, Skype, Bloomberg, and Instagram all used React Native in their own hybrid app development initiatives. This free and open-source Javascript framework allows you to create JSX user interface components that can be used across several platforms and linked with native code.

  • On both Android and iOS, you can reuse around 90% of your code.
  • Massive fan base as a result of widespread acclaim.
  • The Node PackageManager (NPM) makes it simple for inexperienced programmers to get started.
  • It’s adaptable to different hardware using a wide variety of plugins.


There has been a lot of buzz about the Flutter framework for developing hybrid mobile apps over the past couple of years. Flutter has been found to be the most widely used Hybrid mobile framework, according to a recent analysis by Statista. This open-source framework is fast and reliable, and it is powered by Google. It also allows programmers to make innovative user interfaces with adaptable layouts. Amazon, Alibaba, BMW, Toyota, and many other well-known companies have all used this framework to develop their own apps.

  • Rapid, cutting down the time it takes to get a product to market.
  • Flutter requires only elementary coding skills to get started with.
  • Modern apps are responsive to the various screen sizes users may have.
  • With a unified codebase, testing can go more quickly.
  • Provide a fast and smooth experience, much like a native app, without sacrificing quality.


When it comes to creating hybrid mobile apps, it ranks among the top options. Developed by Microsoft and based on C#, Xamarin is a cutting-edge programming language that outperforms Java and Objective C. In order to create hybrid apps, this framework can be used by programmers.

  • Developers can reuse as much as 90 percent of their code when porting it to new platforms.
  • A Xamarin app runs as smoothly as any native software and has the same look and feel.
  • Simple to put through the ringer and keep up to date.
  • The resources necessary for testing are made available.
  • Provides everything needed to build a mobile app.


Another well-liked framework for creating hybrid mobile apps is Ionic. Front-end programmers often choose it because of its familiarity with HTML, CSS, and JavaScript and its in-built support for AngularJS. This framework makes it simpler to create Progressive Web Applications (PWAs) thanks to its comprehensive front-end development library and high-quality UI design components.

  • Many interface elements and configurations.
  • App shells that have been automatically produced but which have a unique design.
  • The testing and debugging tools help ensure the highest quality while creating interactive apps.


If you’re building a hybrid project and you’re using JavaScript, TypeScript, or Angular, NativeScript is one of the greatest frameworks you can use. It provides a bridge component that operates in tandem with a virtual machine that can execute JavaScript code. This framework allows for a truly native app experience across all mobile platforms.

  • It works as well as a native app would on any operating system or mobile device.
  • Provides access to all available Application Programming Interfaces (APIs) on iOS and Android
  • It is written in JavaScript, a simple and flexible programming language.
  • Rapid debugging and testing of applications
  • Enhanced speed of programme execution


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