An average smartphone user binges 10 apps daily and 30 apps monthly, which shows how heavily we rely on mobile apps during the day. If your car breaks down and you need a ride, you can book a cab on Uber. If you want to learn how to set up your brand-new toaster, you’ll open YouTube. Mobile app development services have played a pivotal role in making our lives a whole lot more convenient.
With over 1.96 million apps available on Apple Store, Google Play Store boasts an equally impressive 2.87 apps! With so many existing apps available at our fingertips, what’s the magic option that keeps these apps running smoothly? Developers use a tool called Mobile Frameworks to develop all those apps. In this blog, we’ll be diving deeper to understand this concept.
Mobile App Framework: What Is It?
A mobile app development framework is a prewritten code that helps developers to create an app. These prewritten codes save them a lot of time and ensure that the app runs smoothly on different devices. There’s a prewritten code for every element used in a mobile app – need a button to make the checkout process easier? There’s a prewritten code for it. These frameworks act as a foundational infrastructure for developing a mobile application.
These mobile frameworks fall into 3 categories –
i) Native Apps – These apps are specifically designed for a particular device. For example, a writing app called Ulysses is only available for iOS devices
ii) Web Apps – Web apps can easily be used on the web and your smartphone. For example, Google Docs and Facebook!
iii) Hybrid Apps – A combination of native and hybrid apps is called hybrid apps. It can be developed for any platform by using a single code base. Instagram initially started out as a native app but became a hybrid app that allows users to view content and ads on their web browser.
Deep Diving Into Mobile App Development Frameworks
Moving forward, you’d want to familiarize yourself with the most popular mobile frameworks. Going through so much data is only going to confuse you further. To make it easier for you, we’ve curated a list of the 10 most used mobile frameworks used by developers globally –
1. Flutter
One of the most popular frameworks used widely by developers is Flutter. Google introduced Flutter in 2017 to help developers create dynamic apps for iOS and Android. It’s free and open-source, too! With Flutter’s help, developers can develop apps with its native code. To top it off, Flutter also helps developers develop apps in less time! Some of the most known apps created by using Flutter include Alibaba and Google Ads app.
2. React Native
Another well-known mobile framework is React Native. Like Flutter, React is also an open-source platform allowing developers to render iOS and android apps. It’s easier for developers to code while using React, provides cross platform functionality and helps develop stable applications. Facebook, Walmart, Airbnb, Instagram and Discord have been developed by using React Native.
3. Ionic
Launched in 2013, Ionic is ideal for creating hybrid applications, Ionic is an efficient mobile framework. It uses a combination of technologies such as HTML, CSS3 and Javascript. Ionic provides a uniform user interface, optimizes performance, and can be adapted easily. JustWatch, Diesel and Swordkit has been created with Ionic.
4. Xamarin
Launched in 2011 by Microsoft Language C#, Xamarin is a dotnet-based mobile development framework. Just like Ionic, Xamarin is also used to create hybrid applications. Xamarin provides features such as a robust backend infrastructure, can be used to create offline applications and allows developers to access the CSS library. HCL and Alaska Airlines was developed by using Xamarin.
5. JQuery Mobile
A UI based framework based on HTML, JQuery provides mobile and tablet applications effortlessly. It supports several operating systems such as iOS, Kindle, Windows, Firefox and Android. What sets JQuery apart is that this framework provides plugins to create web pages easily and has an extensive and simple APIs.
6. Swiftic
One of the easiest mobile frameworks to use is Swiftic. Its main purpose is to create, promote and publish a mobile application. It’s highly preferred by developers due to its straightforward and user-friendly interface. Some of it’s well-known features include push notifications, scratch cards and application promotion. Muve Magazine app was developed by using Swiftic.
7. Framework 7
Another open source and easy to understand, Framework 7 allows developers to build iOS, Windows and Android apps with a native like look. Popular coding languages such as HTML, CSS3 and JavaScript is used in Framework 7.
8. Vue Native
Vue Native supports cross-functional mobile app development and allows real-time testing and debugging. It also offers direct access to native APIs and an effective reuse of VUE components. Task management and smaller ecommerce apps are created by Vue Native.
9. Mobile Angular AI
Used to create hybrid apps, this open framework uses AngularJS to create web and mobile apps. Navigation bars, accordions, dropdowns, sidebars, tabs, and toggle switches are some of the elements of an app that’s developed with the help of Mobile Angular AI
10. Corona SDK
Corona SDK is popular in creating mobile gaming apps. It’s free to use and is an open-source platform. It’s much more powerful than we think – it allows developers to do real time testing, utilizes Lua’s efficiency to keep your games running smoothly and is quite easy to learn and grasp!
Conclusion
Let’s recap – So we know that a mobile app development framework helps you in creating mobile apps for different platforms. Being heavily dependent on mobile apps is crucial for a business to have an online presence so that they can reach their target audience easily. To be ahead of your competitors, having an experienced mobile app developer on your team is important. We at OrangeMantra offer mobile app development services to cater to your business’s requirements. Our dedicated team of developers is skilled in cutting-edge technology and has years of work experience behind them.
