Best Frameworks for Mobile Application Development

Developers within the mobile applications industry rely on effective and simple mobile app development frameworks to create high-quality apps for users. Due to the increasing popularity of mobile applications, businesses rely more on mobile apps to attract more customers, increase productivity, and expand products and services to larger target audiences. Additionally, developers and companies that integrate the best mobile app development frameworks also capitalize on opportunities to deliver different products or services from standalone mobile applications.

Why are frameworks important?

The correct framework software assists developers with building mobile applications with optimal functionality. For example, a more user-friendly mobile app development framework operates on reusability features that simplify web app creation for the developer. These reusability features allow developers to input universal codes that work on various platforms and enhance mobile applications’ overall functionality.

Moreover, reusability features on specific frameworks decrease time spent on each project and offer developers more straightforward methods to extract specific files from more complex programming scripts.

More importantly, applying the correct framework when designing specific mobile applications is essential for a better user interface (UI) and application performance. For instance, mobile applications may require accessibility into built-in features within users’ devices to operate the mobile app. To better understand which frameworks best assist developers and businesses with reaching business objectives, Sunlight Media in Los Angeles provides mobile app development services. In this instance, allocating a useful mobile app development framework ensures that the features run optimally and that the app’s features maintain quality performance for the mobile app user.

Different types of mobile applications

Presently, mobile applications are available on Application Distribution Platforms like the Apple App Store, Google Play store, and Windows app stores. IOS, Android, and Windows smartphone and tablet users gain access to a wide selection of mobile applications through direct download or purchase from the App stores to mobile devices. In regards to mobile app development, mobile applications classify as web-based, native, and hybrid apps.

Web-based mobile apps

Web-based mobile apps allow users to visit specific web pages via smartphone or tablet. The mobile devices require access to standard web browsers to access applications. Commonly, most web-based mobile apps use programming languages such as HTML, CSS, and Javascript when constructing mobile apps. In return, these particular programming languages offer a better presentation on mobile application user interfaces (UI) and better user interaction responsiveness. Moreover, these applications use standard programming scripts to construct the mobile app, helping developers maintain and update the application.

Native mobile apps

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When browsing an Apple or Google mobile applications store, users will most likely download or purchase Native mobile applications. Compared to Web-based apps, Native apps also integrate well with Android, Windows, and iOS platforms. However, Native mobile applications tend to offer better performance, better user interface (UI), and typically run offline. Regarding development difficulty, Native apps require developers to engage in native programming languages such as Swift or SDK. Lastly, Native apps generally are more expensive to construct and harder to maintain.

Hybrid mobile apps

Hybrid mobile apps apply various web technologies that incorporate both native and web-based applications. The build depends on an Angular programming configuration that supports more familiar languages such as HTML and Javascript for better cross-platform integration. Developers use frameworks for hybrid mobile apps due to the design’s ability to input single sets of codes in an app that also translates across multiple platforms.

Best mobile app development frameworks

Choosing the best mobile app development framework ensures that mobile applications run correctly, help developers construct and maintain apps, and businesses reach business objectives. When considering the benefits of mobile app development, it is essential to review the frameworks and websites to help you create your own apps. These various development sources and software assist developers with the development process by enabling easier methods for cross-platform integration and quality mobile app performance.

Angular UI Mobile

First, Angular UI Mobile is a mobile app development framework designed to assist developers with hybrid mobile application development. The framework uses Angular and Bootstrap programming to build mobile applications that work well with HTML5 codes.

Within the Angular UI Mobile Framework, developers gain access to various software demos and informative documentation for better mobile app development assistance. The software also allows users to apply bootstrap stylesheets to use Angular directives better. Furthermore, mobile components are easily accessible for developers like switches, overlays, sidebars, and scroll bars.

Appcelerator Titanium

Next, Appcelerator Titanium is an open-source mobile app development framework for developers. Similarly to Mobile Angular UI, Appcelerator also uses Angular and Bootstrap to build HTML5 hybrid mobile applications. Moreover, the software supports Android, iOS, and Windows platforms while integrating single Javascript web technology code basing for more straightforward app construction.

Mainly, Appcelerator Titanium is a robust framework that applies code reusability for more responsive mobile apps, Bi-directional designs for easier code optimization, and effortlessly combines data from multiple sources to allow better payload optimization and mobile format conversions. The framework accommodates seamless integrations of drag and drops pallets and software with SEM and Mobile Device Management (MDM) solutions.


As an open-source, cross-platform framework, Corona is a great software for building interactive mobile applications. The hybrid capabilities offer developers the incentive to use LUA scripting language to construct mobile apps for both mobile and desktop platforms. Unlike traditional frameworks, Corona uses programming languages like C++, Objective C, and Java extensions.

Additionally, Corona operates with various third-party packages, plugins, and extensions for better compatibility with mobile and desktop platforms, distributions stores, and connected Apple, Fire, and Android Televisions. Moreover, the Corona framework offers developers the ability to apply in-app advertising, analytics, and media streaming from within the software.


From Google, the Flutter mobile app development framework consists of cross-platform capabilities for iOS and Android devices. The single code-based software relies on Dart programming language for better configuration and testing. With Flutter, mobile app developers enjoy the in-built architecture with useful components to effectively communicate with native modules using C++ protocols, channels, and compositions.

The framework also includes various API structures for mobile apps, module unit, widget, integration testing, and strong CLI. To elaborate, the Command Line Interface (CLI) uses direct app binaries for easier building app management. Above all, the Dart framework ensures that developers maintain apps to comply with updates in industry cycles and apply continuous integration and development support for link testing and external sources.


Iconic, an open-source framework, uses SDK programming to develop hybrid, desktop, progressive, and web-based applications. Developers gain access to extensive libraries, front-end building blocks, and advanced user interface through the App Development Kit. Within the App flow module, developers input traditional HTML, CSS, and Javascript scripts for quicker app development with various automation technologies. The framework hosts automation technologies to convert better with native scripts and apply live update reporting.

Other essentials that make Iconic one of the best mobile app development frameworks are the vast channels of community support, Command-line interface, and extensive web components. More specifically, the software’s web components include Application Program Interfaces (API) technologies to create customizable and reusable HTML tags for developing mobile applications.

JQuery Mobile

JQuery mobile features a touch-optimized framework that focuses on cross-browser compatibility for smartphones and tablets. The framework uses more straightforward syntax for developers, allows theme customization, and incorporates HTML5 and Ajax powered software. In essence, developers layout pages with minimal scripting and apply Ajax for animated page transitions. Moreover, jQuery includes touch optimization user interface (UI) widgets for better user interaction.


NativeScript is an open-source framework that operates nicely with Angular to develop iOS and Android native mobile applications. The framework’s adaptability allows developers to view the root, construct code with a robust Graphical User Interface (GUI), and template upgrades. To add, NativeScript frameworks allows one or more frames during project development, provides compatible script integration of Angular and Java, and provides Livesync and Webpack for high performing icon and splash screens with quality resolutions.


Next, PhoneGap is an open-source, easy to use, and API friendly mobile app development framework. The build consists of HTML5, CSS3, and Javascript to allow multiple application creation with less developer involvement. Along with documentation and tutorials, PhoneGap excels with device software integration to produce mobile apps that support device cameras, locations, and microphone settings.

React Native

React Native is a cross-platform framework with a wide array of useful features. The architecture consists of a Javascript baseline programming language that compiles into native codes at runtime with advanced user interface (UI) rendering, device access modules, and third-party libraries and modules. Along with strong community support, React Native includes livery loads for better code modification and testing that is both cost-effective and provides snapshot analytical reporting.


From Microsoft, Xamarin applies .Net and C# programming languages for iOS, Android, and Windows mobile app creation. More specifically, Xamarin manages transmission shared code with principal platform codes to assist developers with applying single language or reusing available application codes to Native apps. With SDK bindings for better iOS and Android compatibility, developers with the more advanced skill sets take advantage of the frameworks navigability features and compile-time checking technologies to decrease runtime errors for higher quality applications.

Also, developers gain access to more libraries for more app functionality. Xamarin also includes access to database collections, XML string, and sterilizations work well within the Visual Studio compressive project library templates. Within Visual Studio, users apply components such as autocompletion and solution management systems when constructing mobile apps.


In summary, mobile app developers ensure that users engage in responsive and interactive content through useful framework software. Depending on the mobile application, a framework better supports an application’s performance through programming language code optimization, reusability features, and compatibility across various app distributions and devices.

Written by Rosa Donaldson

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