Different Types of Mobile Apps by Technology – Pros and Cons

mobile app user experience interface

In today’s mobile-dominated world, there is a large number of apps available for various purposes. A range of consumer demands are satisfied by mobile apps, from social networking and gaming to productivity and e-commerce. If you are aware of the numerous categories, you may select the best mobile application.

Let’s investigate the many categories of mobile apps and gain knowledge of their technology, pros, and cons.

Types of Mobile Apps by Technology:

When categorizing mobile apps based on the technology used to code them, there are three primary types:


1. Native Apps:

Native applications are created exclusively for a given platform, like iOS or Android. These apps are created utilizing software development kits (SDKs) and programming languages that are specific to the platform. Native apps provide improved speed and a seamless user experience by exploiting the native capabilities and features of the platform. They can use hardware elements like cameras, GPS, and sensors to their fullest potential and have access to device-specific functionalities. The App Store or Google Play Store are two examples of platform-specific app shops where native apps are often delivered.

Technology Used

Numerous coding languages are used to create native apps. Java, Kotlin, Python, Swift, Objective-C, C++, and React are a few examples. Each platform has its preferred language and development environment. For instance, Android apps often utilise Java and Kotlin, whereas iOS apps typically use Swift and Objective-C.


  • Performance:

Native apps are known for their speed and reliability. They are optimised to leverage the full power of the device’s hardware and operating system, resulting in better performance compared to other types of mobile apps.

  • Efficient Resource Usage:

Native apps are designed to efficiently utilise the device’s resources, such as memory and processing power. This optimization ensures smooth and responsive app performance.

  • Access to Device Features:

The capabilities and features of a variety of devices are directly accessible to native apps. This includes functionalities like Bluetooth, a camera, NFC (Near Field Communication), phonebook contacts, and more. Utilising these features can enhance the functionality and user experience of the app.


  • Platform Dependency:

Developing native apps requires creating separate codebases for each platform. The code written for one platform cannot be easily reused on another, leading to duplicated efforts and increased development costs.

  • Maintenance and Updates:

It can be time- and resource-consuming to maintain and update native apps for several platforms when they have different codebases. The total amount of work required for development and maintenance is increased by the necessity to make any updates or problem fixes independently for each platform.

2. Web Apps:

Web applications are essentially mobile-friendly versions of websites that can be viewed through a mobile browser on any mobile device or operating system. They are distributed and accessible through the Internet rather than being installed on the device. Web apps are created using industry-standard web technologies like HTML, CSS, and JavaScript, and they may be customised to fit any screen size or device capability. Web apps do not have access to the hardware or operating system functions of the device like native apps do. However, they offer the advantage of cross-platform compatibility, as they can run on any mobile device with a compatible browser.

Technology Used

HTML5, CSS, JavaScript, Ruby, and other programming languages that are frequently used for web development are utilised to create web apps.


  • Platform Independence:

Web applications are independent of any one platform or operating system. They are independent of the operating system and can be used on any device that has a suitable web browser. This eliminates the need for customizations and reduces development costs associated with targeting multiple platforms.

  • No Installation Required:

Web apps do not need to be downloaded or installed on the device like native apps. Users can access them directly through a web browser, saving storage space on their devices.

  • Easy Maintenance and Updates:

Since web apps are delivered over the web, updates can be pushed live without requiring users to download or install updates from an app store. This makes maintenance and updates of the mobile app easier and more efficient.

3. Hybrid Apps:

Native and web app components are combined in hybrid apps. Similar to web apps, they are created using web technologies including HTML, CSS, and JavaScript. However, hybrid apps can be loaded on the device and accessible through an app icon because they are housed in a native container. This integration with the native platform gives hybrid apps access to some device-specific features and functionalities through plugins or APIs. Hybrid apps can be offered through app stores and provide offline access in addition to app installation simplicity. They provide a balance between cross-platform compatibility and accessing native capabilities.

Technology Used

Web technologies and native APIs are both used in the building of hybrid apps. Ionic, Objective C, Swift, HTML5, and other popular technologies are utilised to create hybrid apps.


  • Development Efficiency:

Building a hybrid app is generally quicker and more cost-effective compared to developing separate native apps for multiple platforms. By leveraging web technologies and a single code base, developers can save time and effort in the development process.

  • Consistent User Experience:

A consistent user experience is offered by hybrid apps on several platforms. No matter what device or operating system users are using, they will have a familiar experience with the app thanks to the usage of a single code base that keeps the program’s appearance and feel constant.

  • Code Maintenance:

With a hybrid app, there is only one code base to maintain, reducing the complexity and effort required for ongoing maintenance. The shared code may be updated and fixed, saving time and resources.


  • Performance:

Hybrid applications might not be as powerful or quick as completely native ones. As they rely on web technologies and a layer of native APIs, they may not achieve the same level of optimization and performance as apps developed exclusively for a specific platform.


When it comes to choosing the right type of mobile app, it’s important to consider the specific needs and requirements of your project. By evaluating the trade-offs and aligning them with your project goals with the help of experts in mobile application development in Dallas, UK, Canada, and UAE you can make an informed decision on the type of mobile app that best suits your needs.

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John Adams
Experienced content writer proficient in creating engaging and informative written materials to meet diverse audience needs.

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