A few days ago, Google launched Google Hummingbird, Google’s new application development platform and released a stable version of Flutter, Google’s open-source mobile app development SDK.
Flutter is Google’s open-source SDK for creating superior-quality apps for Android and iOS using single codebase.
On December 4th, Google hosted Flutter Live event to celebrate Google’s new mobile SDK, Flutter and its first stable version.
They also announced Google Hummingbird project that allows developers to build an app once and then run it everywhere.
2.6 million apps in Google’s Play Store. [source]
Almost 2 million apps in Apple’s App Store as of the third quarter of 2018. [source]
Surprisingly, the popularity of mobile apps seems no decline over the recent time. A number of apps are being developed and deployed on the leading app stores day-by-day. Not only native app development, cross-platform app development, and hybrid app development become prominent among the app developers and business professionals.
Beyond advantages and disadvantages, each framework has their unique architecture to build apps. While native apps offer superior user experience, cross-platform and hybrid designed to save time and cost along with providing faster time-to-market.
In this post, we will be discussing the similarities and differences between two cross-platform app development tools, React Native and Flutter. We have already discussed React Native vs. Ionic and React Native vs. Native Script vs. Ionic in our previous posts.
As mentioned above, this open-source and free SDK is backed by Google and used to develop applications for Android and iOS.
It is based on Dart language and provides captivating graphics library. The major features of this platform are:
It was introduced by Google and community in May 2017 following stable release on December 4, 2018. There’s one more thing you should consider: Flutter can be used to create applications for Google Fuchsia, a capability-based operating system from Google.
This feature lets developers build UIs more quickly and easily. It injects updated code into running Dart Virtual Machine, enabling quick reflection of the changes and fixing of bugs.
On the other side, React Native is also thriving with superior app performances on both the platforms, iOS, and Android. As of now, React Native is one of the top open source projects on GitHub according to this React Native Blog.
Facebook majorly uses React Native for its several important projects.
Oculus Go VR Headset comes with a companion mobile app which is fully built with React Native.
Facebook and React Native Community are working on a large-scale re-architecture of the framework to make it more flexible and better.
Despite differences, there are several common factors of both the frameworks.
React Native and Flutter, both offer superior, rapid, and high-quality app performances on multiple platforms including Android, iOS, and UWP.
(Note: Flutter supports Android and iOS platform)
React Native is offered by Facebook and Flutter is Google’s open-source SDK for mobile app development. Both have strong developers’ community which is again a common factor between them.
React Native and Flutter are open-source and free SDKs that let developers create amazing apps quickly due to their native performances.
The communities of both these frameworks are putting extra efforts to keep documentation up-to-date with API references and comprehensive resources.
React Native uses fundamental UI building elements as you use in Android/iOS to deliver the native experience. Flutter also makes use of rich widgets to provide remarkable native experience on Android and iOS platform.
React Native supports “Hot Reloading” that enables simultaneously running new code and keeping hold of application state, instead of recompiling. This makes development faster, instant, and efficient.
Flutter is not left behind. Introducing “Stateful Hot Reloading” as explained above, Flutter supports immediate reflection of changes without restart or in case of loss of application state.
Now, we have become familiar with the similarities, we are going ahead with the differences they have in the process, flow, and features.
Flutter uses Dart.
In terms of stability, there isn’t any significant difference as both are managed by well-established tech communities.
Talking about flexibility and customization, Flutter offers a rich set of customized widgets to build attractive experiences. React Native, on the other side, offers seamless user experience via directly communicating with the native platforms.
Flutter is still trying to make its position in the market due to the recent stable release, and React Native is enjoying the first position in the list of cross-platform app development tools in the market.
Leveraging cross-platform, companies already save time that generally occupies in coding apps in multiple languages.
In addition to that, React Native and Flutter both are committed to providing faster time-to-market of an app. You can use third-party libraries and ready-to-use components to build an app. A customized and high-quality range of widgets helps build an app in lesser time than native app development.
Flutter certainly wins over here due to its simplicity.
Both are reliable choices when you choose cross-platform but, Flutter has competitive advantages of its simplicity and Dart platform.
Flutter is new and supported by Android Studio/IntelliJ, Visual Studio Code at present. As React Native has passed 3 years since its launch, it is supported well by almost all leading IDEs.
Both these frameworks have their own set of advantages and disadvantages.
Well, we can’t determine which one is best as the selection depends on many criteria such as requirements, budget, features, and developers. However, you can prefer any one of them for your next cross-platform app development project as both are consistent, straightforward, and leading tools.
Choose Flutter when you want cross-platform, highly-attractive UI, excellent native performance, quicker time-to-market, and competitive advantage of using Dart in your programming environment.
We hope that you enjoyed reading this post. We tried to stay unbiased while writing this post and try to cover every aspect as better as we can. Though, if we are missing something or you would like to add something, you can tell us. Leave us a comment and help make this article a worth read.