Hero Vired Logo


Vired Library

Complimentary 4-week Gen AI Course with Select Programs.

Request a callback

or Chat with us on

What are Hybrid Apps and How do These Differ from Web and Native Apps?

Hybrid applications can be defined as applications that run both natively on mobile devices and through browsers on the web. Hybrid applications are extremely popular as they reduce the time taken to develop the application as well as make web applications more effective by allowing them to access various hardware features. For instance, hybrid apps allow the use of the camera, accelerometer, proximity sensor, GPS, and other various hardware which otherwise require native installation.

Also, hybrid applications can be seen as safer for those who value their privacy as unlike native applications, they are unable to use hardware resources once the browser or container is closed. Native applications on the other hand are able to use hardware such as GPS and internet connectivity even after the user exits the application. On the other hand, web applications are not able to fully utilize the hardware and are vulnerable to crashing if the user’s device is not too powerful and the client (browser) hangs.

So, what does a hybrid app mean? A hybrid app can be simply defined as an application that has features similar to a native app but is structurally similar to a web application. Due to having a fluid structure and native container, hybrid applications offer multiple benefits.

Through hybrid apps, one can add native elements from different platforms such as iOS and Android, which further allow us to use various platform-specific features. Hybrid apps are also great for providing a cross-platform experience.

With the help of WebView in hybrid apps, it is possible to build a seamless user experience across all kinds of web and native environments, even if we need to connect to JavaScript APIs. Hybrid apps allow companies to standardize the user experience across various platforms including browsers. Also, like other web applications, hybrid applications work almost the same across all kinds of devices that possess different resolutions. 

Popular platforms and applications must provide the same quality of user experience across all the operating systems and devices a user can run the app on. For example, if the UI/UX (user interface/user experience) and features of Instagram would be different in web browsers on iOS and Android devices, the experience would not be standardized. 

This would not be a good scenario and it would lead to many users feeling deprived and confused. Also, users on other devices would not be able to access certain features that are not supported by their OS’s version of the application.

With the help of a comprehensive full stack web development course, you can easily learn how to make hybrid apps that can run across multiple platforms.

What are Hybrid Apps?

Hybrid apps are applications that have a structure that works in multiple types of environments such as web and native mobile environments. Hybrid apps are known to possess native containers that allow full-fledged access to a mobile device’s hardware as seen in installed applications. These hybrid apps can access the same kind of APIs to connect to various services like in the applications we install from Play Store or App Store.

Hybrid applications are foundationally web applications with native features. With the help of native containers, hybrid applications can summon various features of the hardware that are OS-specific. For instance, with the help of hybrid applications, we can use the capabilities of an iOS system while we cannot even run an Android application on iOS. 

With native API requests, these applications can use our signed-in Google accounts, calendar, phone log, contacts, and other various features from our mobile devices. For example, a hybrid app that offers an AR (augmented reality) experience would be able to use our camera much more effectively for live video processing. 

What are Native Apps?

Native apps are applications that are developed to run on platforms such as iOS and Android. Native applications are developed using IDEs such as Swift or Kotlin. Notably, Kotlin allows us to develop Android applications while Swift and Objective C allow us to develop applications for iOS. Native applications are generally not cross-platform and are OS-specific.

However, with technologies such as React Native, we can also build cross-platform native applications that can run on multiple types of operating systems. 

With technology stacks such as MERN, we are also able to develop native applications. However, alongside React, we would also need React Native to do so. Native applications are extremely powerful as they can fully utilize the hardware resources of a mobile device as effectively as possible. As a matter of fact, there are native applications for computers that run on OS such as Chrome OS.

What are Web Apps?

Web apps are applications that are developed to run in web environments. These applications can be software or portals that are rendered in the frontend (client-side or browser side). The core functionalities and features of these applications are rendered or relayed from the backend. Technologies such as Node.js are used for backend development. 

Web applications can be completely built using JavaScript with technology stacks such as MERN or MEAN. Or, these applications can be developed using stacks like LAMP. 

Web applications do not need to be installed like native applications and can run on most devices that have a modern client or web browser. However, certain browsers block JavaScript code. Thus, using technologies like React or Angular is recommended to render JavaScript code as effectively as possible. 

Hybrid App Development Process

Now that we know what hybrid applications are, let us find out how they are developed.

Hybrid applications are initially developed as web applications that can function in containers for being run on native devices. First, the code is written for the web application and native elements are then added to the structure of the applications to make them run in native environments. 

Then, the ability to access hardware resources and send API requests is also embedded in these hybrid applications. Once the web version of these applications is developed with a stack such as MERN (MongoDB, Express, React, and Node), you can then use React Native to make these web applications into hybrid applications or even fully-native applications.

How do Hybrid Apps work? 

There are a few components that will help us understand how hybrid apps work as they do. First, let us learn about these components. The foundational components of hybrid applications are generally HTML, CSS, and JavaScript, which are the tools for frontend development. However, JavaScript is both a frontend and backend language. 

Hybrid applications work by relying on JavaScript or a stack-based structure it was developed with. However, during rendering on native devices, these applications depend on containers and native elements.

Here are the various features of hybrid applications:

  • Fast and powerful
  • Cross-platform
  • Lightweight but structurally simple

Comparison of Hybrid Apps vs Native Apps vs Web Apps

Here is a comparison of hybrid applications vs native applications vs web applications:

Hybrid Applications Web Applications Native Applications
Safer than native applications Cannot track or monitor users once the browser is closed Privacy concerns in regards to various services running in the background
Can work with or without being installed Does not need to be installed Needs to be installed in the storage of the device
Can work on browsers and containers Can only work in browsers Do not need browsers to run and are stand-alone applications

Advantages of Hybrid Apps

Here are the top 5 advantages of hybrid apps:

  • Hybrid applications do not need to be installed and can be used as web applications using containers or WebView.
  • Hybrid applications are lighter on hardware resources and can be used across all kinds of devices, even the ones with weaker hardware.
  • Hybrid applications are not as limited in their use as web applications like native applications for more powerful applications and functions. 
  • Hybrid applications also do not need to be installed and require only temporary storage for the cache.
  • Hybrid applications speed up development pipelines, especially when we need to build the application for all kinds of platforms.

Limitations of Hybrid Apps

Here are the limitations of hybrid apps:

  • Hybrid apps are not as powerful as their native counterparts. 
  • Hybrid apps are also limited in using hardware resources as native applications. 
  • Hybrid apps are also known for crashing when there is too much cache or a memory management problem.

Even though there are a few disadvantages of hybrid apps, they are not troublesome as the limitations that are experienced in web or fully-native applications. The main disadvantage of hybrid apps is the additional requirement to know how to use other frameworks and libraries apart from a stack such as MERN.

Tools for Building Hybrid apps

Here are some tools that are used for building hybrid apps:

  • MongoDB: A NoSQL database technology
  • Express: A JavaScript-based backend development framework
  • React: A JavaScript-based library for frontend development
  • React Native: A React framework for developing cross-platform native applications
  • Node: A JavaScript-based library for backend development
  • HTML: It is the foundational markup language used by browsers for rendering web pages
  • CSS: A scripting language for styling and designing web pages
  • JavaScript: A scripting language for developing both the frontend and backend of web applications or websites

Examples of Hybrid Apps

All of us have used the browser versions of various applications such as Twitter, Uber, and Instagram. However, we must not confuse these hybrid applications with web applications as unlike the desktop mode that is rendered in computers, hybrid applications work great in mobile browsers and through other applications.

So, what are the best hybrid mobile apps? There are many that we use on a daily basis and do not even notice. Some examples are:

  • Instagram
  • Uber
  • Twitter
  • Discord
  • BMW app
  • Evernote
  • Gmail
  • Amazon

For hybrid app development, technologies such as HTML, CSS, and JavaScript are absolutely necessary. Other than these, technologies like React, Node, and MongoDB are also suggested. In order to learn essential tools like these, a full stack web development course such as a certificate program in full stack development is highly recommended. 

The online certification in full stack development by Hero Vired is one of the best full stack developer courses out there. The curriculum features the popular MERN stack as well as foundational technologies such as HTML, CSS, and JavaScript. You also benefit from the industry-accredited certification and guaranteed job opportunities via the placement assurance service (T&C Apply). 

So, now that we know what are hybrid apps and how hybrid apps work, its time for you to learn how to build one!

High-growth programs

Choose the relevant program for yourself and kickstart your career

You may also like

Carefully gathered content to add value to and expand your knowledge horizons

Hero Vired logo
Hero Vired is a premium LearnTech company offering industry-relevant programs in partnership with world-class institutions to create the change-makers of tomorrow. Part of the rich legacy of the Hero Group, we aim to transform the skilling landscape in India by creating programs delivered by leading industry practitioners that help professionals and students enhance their skills and employability.

Data Science

Accelerator Program in Business Analytics & Data Science

Integrated Program in Data Science, AI and ML

Accelerator Program in AI and Machine Learning

Advanced Certification Program in Data Science & Analytics


Certificate Program in Full Stack Development with Specialization for Web and Mobile

Certificate Program in DevOps and Cloud Engineering

Certificate Program in Application Development

Certificate Program in Cybersecurity Essentials & Risk Assessment


Integrated Program in Finance and Financial Technologies

Certificate Program in Financial Analysis, Valuation and Risk Management


Certificate Program in Strategic Management and Business Essentials

Executive Program in Product Management

Certificate Program in Product Management

Certificate Program in Technology-enabled Sales

Future Tech

Certificate Program in Gaming & Esports

Certificate Program in Extended Reality (VR+AR)

Professional Diploma in UX Design

In the News
About Us
Contact us
Vired Library
18003093939     ·     hello@herovired.com     ·    Whatsapp
Privacy policy and Terms of use

© 2024 Hero Vired. All rights reserved