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15 Best Tools And Frameworks For Android App Development In 2025
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Undeniably, Android is one of the biggest lucrative markets with approx. 2.87 million apps available on Play Store. It has maintained its position in the world with a market share of about 71.75%.
Nowadays, App development companies are looking for more and more useful tools and frameworks to create splendid mobile applications that perform incredibly well on various operating systems. However, with so many options available out there, choosing the right tools has become more challenging.
We've carefully hand-picked the top 15 most powerful, popular, and user-friendly Android app development tools and frameworks for 2025.
Let's get started!
What are Android App Development Tools and Frameworks and Why Do They Matter?
In simple terms, Android app development tools and frameworks are the software, platforms, and libraries developers use to build functional, secure, and user-friendly Android apps.
These tools cover everything from writing and testing code to designing UI, managing data, and even deploying apps to the Google Play Store. They allow developers to build apps quickly, often for multiple platforms at the same time.
But why are they so important?The reasons are endless. Some of them include;
15 Top Android App Development Tools & Frameworks to Explore in 2025
Now, let's discover the top 15 best Android development tools and frameworks that every developer should know in 2025.
Android Studio is the official IDE for Android app development. It offers a complete set of tools for creating, testing, and debugging Android apps.
Developers can use features like the smart code editor, which helps with real-time suggestions and error detection.
The built-in emulator allows for quick testing without needing a physical device. Additionally, the visual layout editor helps designers create user interfaces with a drag-and-drop interface.
Integration with Firebase makes it easy to connect your app with backend services like authentication and databases.
Key Features:Visual Studio paired with Xamarin is a powerful tool for building both Android and iOS apps. It allows developers to write apps in C# and share code across platforms.
With Xamarin, developers can access native APIs and user interfaces to create high-performance applications.
Visual Studio provides a rich environment for building apps, complete with debugging tools and seamless integration with the .NET ecosystem.
The built-in emulator and virtual devices make testing apps easier. Xamarin's ability to support multiple platforms with a single codebase saves time and effort for developers.
Key Features:Eclipse is a free, open-source IDE that supports Android development through plugins like ADT (Android Development Tools). Though less popular today, it remains a good choice for developers working on Java-based projects or older Android apps.
Eclipse is highly customizable, allowing users to tailor the IDE to fit their needs. Its lightweight design makes it an attractive option for developers who need flexibility and speed.
The following Android tool also has a large community of users, offering strong support for troubleshooting and guidance. It is a solid choice for those who are working with legacy Android projects or prefer a more hands-on development experience.
Key Features:Unity is a powerful game development engine, but it's also widely used for Android app development. While it's primarily known for building 2D and 3D games, it can also be used for interactive apps. Unity allows developers to build rich, immersive experiences with a lot of flexibility for creating dynamic and feature-rich applications. Developers using Unity for Android benefit from a range of tools for physics simulation, real-time rendering, and cross-platform support.
Key Features:
Pros & Cons:
Pros Cons -Excellent for 2D/3D game development -Can be overkill for non-game apps -Powerful real-time rendering and physics -Steep learning curve for beginners -Large community and extensive resources -May result in large file sizes for mobile apps -Cross-platform supportCocos2d-x is an open-source game development framework that's ideal for building lightweight 2D games.
It provides a highly efficient environment for developing Android apps, especially if you're focusing on game apps.
It supports multiple platforms and is highly customizable and efficient in terms of memory and performance. This makes it an excellent choice for game developers aiming for smooth and responsive gameplay.
Key Features:
Pros & Cons:
Pros Cons -Lightweight and fast -Limited 3D game support -Excellent for mobile devices (low memory usage) -Small community compared to larger engines like Unity -Free and open-source -Can be challenging for beginners to master -Extensive documentation and support -Not as beginner-friendly as other game enginesFirebase is a platform from Google that provides a suite of backend services to help developers build high-quality apps.
It's widely used in Android app development for real-time databases, cloud storage, user authentication, crash reporting, and more.
Firebase integrates seamlessly with Android Studio and helps developers focus on building features instead of managing server infrastructure.
It also offers powerful analytics and performance monitoring tools, which help track app usage and improve user experience.
Key Features:
Pros & Cons:
Pros Cons -Quick setup and easy integration with Android Studio -Can become expensive as the app scales -No server management needed -Limited customization on some services -Real-time data sync -Documentation can be overwhelming at times -Scalable and reliable -Can become complex for larger apps with custom backend needsAppcelerator Titanium is a framework that enables developers to build Android and iOS apps using JavaScript.
The main advantage of this tool is that developers can write a single codebase for multiple platforms, saving time and effort on development.
It allows access to native APIs for performance while still using web technologies. This can be very beneficial for web developers who want to expand into mobile development without learning new languages like Java or Kotlin.
Key Features:
Before choosing a framework, it's smart to estimate your app's budget and timeline. This app cost calculator uses AI to give you a full MVP plan in under 3 minutes.
Android App Development Frameworks (For Cross-Platform & Hybrid App Development)Flutter is an open-source UI toolkit introduced by Google in May 2017, primarily designed for cross-platform mobile development, including Android.
Developers can create natively compiled applications for Android, iOS, web, and desktop using a single codebase. Flutter has quickly gained traction for its performance and stunning UI capabilities.
By 2021, it surpassed React Native in GitHub stars, showcasing its rapidly growing community. With its use of the Dart programming language and features like "hot reload", it allows developers to build high-performance, all-platform apps with a native look and feel.
Major companies like Alibaba, eBay, and Google Ads use Flutter in production, making it a robust and scalable solution for modern mobile app development.
Key Features:Ionic, launched in 2013, is a hybrid app development framework that helps developers build high-quality mobile apps using web technologies like HTML, CSS, and JavaScript.
It simplifies the development process by allowing developers to use their existing web development skills to create apps for Android and other platforms.
Ionic uses Capacitor (previously Cordova) to access native device features, providing a bridge between web technologies and native functionalities.
The following tremendous Android framework pairs seamlessly with popular front-end frameworks like Angular, React, and Vue. It makes it a preferred choice for developers who are already familiar with these tools.
With over 5 million apps built using Ionic, it's a trusted solution for teams aiming to create apps for multiple platforms using web development expertise.
Key features:Pros & Cons:
Pros Cons – Easy for web developers to transition to mobile – Performance can be slower than native apps – Cross-platform support – Less native feel compared to other frameworks – Uses web technologies (HTML, CSS, JavaScript) – May require third-party plugins for advanced features – Active community supportJava has been a cornerstone of Android app development since the platform's inception. Officially adopted by Google as the primary language for Android in 2008, Java is a robust and widely used programming language.
It remains the backbone of many Android apps, especially in large-scale, enterprise environments. While Kotlin was introduced as an official alternative in 2017, Java is still widely used due to its stability, scalability, and mature ecosystem.
It offers developers access to a wealth of libraries, frameworks, and tools, making it an ideal choice for building complex Android apps that require long-term maintainability and scalability.
Key Features:React Native, introduced by Facebook in 2015, is an open-source framework for building cross-platform mobile apps using JavaScript and React.
Its core advantage is that it allows developers to write code once and run it on both Android and iOS platforms, providing a native user experience while utilizing web development skills.
React Native quickly gained popularity due to its ability to render UI components using native APIs, making it faster and more efficient than traditional hybrid app frameworks.
It's now used by major apps like Facebook, Instagram, Skype, and Tesla, and continues to change with Meta's ongoing contributions.
Key Features:Apache Cordova (formerly PhoneGap) is an open-source framework that allows developers to build mobile apps using HTML, CSS, and JavaScript.
The framework provides a bridge to access native device features (like camera, GPS, and contacts) through APIs, making it easy to develop hybrid mobile apps.
Cordova wraps the web application in a native wrapper, allowing it to be deployed on Android, iOS, and other platforms.
This is a great option for developers familiar with web development but wanting to extend their apps to mobile devices.
Key Features:NativeScript is an open-source framework for building native mobile apps using JavaScript, TypeScript, or Angular.
Unlike hybrid frameworks, it allows developers to build truly native apps using a single codebase that directly interacts with native APIs and UI components.
It offers a rich set of tools for building complex, high-performance mobile apps with a native look and feel.
Key Features:
Pros & Cons:
Pros Cons – Truly native apps with full access to APIs – Steep learning curve for beginners – Uses JavaScript, TypeScript, or Angular – Smaller community compared to React Native – Cross-platform (Android and iOS) – Some advanced native features require manual handling – Rich ecosystem and pluginsSencha Touch, now known as Ext JS, is a framework used for building mobile web applications. It allows developers to build cross-platform apps with a native feel using HTML5, CSS, and JavaScript. Ext JS comes with a rich set of pre-built UI components and tools to build high-quality mobile apps that work across Android, iOS, and other platforms.
Key Features:
Pros & Cons:
Pros Cons – Rich UI components for mobile apps – Less suitable for native app development – Optimized for mobile web development – Commercial licensing may be required for enterprise use – Cross-platform support (Android, iOS, Web) – Smaller community compared to React NativeCorona SDK is a cross-platform framework primarily used for developing 2D games and mobile apps. It uses Lua scripting and provides access to native device features. Corona SDK is known for its speed and simplicity, making it a favorite for game developers and mobile app creators who want to quickly prototype and build apps.
Key Features:
Pros & Cons:
Pros Cons – Fast development cycle – Primarily limited to 2D apps and games – Easy to learn (uses Lua) – Smaller community – Ideal for 2D games and apps – Limited support for advanced native features or 3D apps – Cross-platform (Android, iOS, Windows) Final ThoughtsKeep in mind that selecting the right tools and frameworks is highly critical in order to build efficient, high-performing Android apps.
With so many options available, using a tailored tech stack can significantly boost both development speed and user experience.
Whether you're building a native app with Android Studio or a multiple-platform solution using Flutter or React Native, the key is selecting what best fits your project's needs and long-term goals.
From code editors to backend services and libraries, each tool covered in this guide serves a specific purpose to streamline development, boost performance, and enhance user experience.
Keep experimenting, stay updated with industry trends, and don't be afraid to mix and match tools to build your perfect development stack.
FAQ's 1.How do I choose the right tool or framework for my project?Choose a tool based on your target platforms, team expertise, performance needs, and community support. If you're building for multiple platforms, Flutter or React Native are great options. For Android-only development, Android Studio is the best choice due to its native support and robust features. Consider your team's proficiency with languages like Java, Dart, or JavaScript as well.
2. What is the best tool for Android app development?The best tool for Android app development is Android Studio, as it's the official IDE by Google. It offers native support for Android APIs, debugging tools, and a built-in emulator, making it the most comprehensive and recommended option for Android app development.
3. Which framework is ideal for cross-platform app development?Flutter and React Native are two of the best frameworks for cross-platform development. Both allow you to build high-performance apps with a single codebase for Android and iOS, with Flutter using Dart and React Native using JavaScript.
4. Are these development tools free to use?Yes, most Android development tools like Android Studio, Flutter, and React Native are free to use. However, some advanced features in tools like Firebase or Xamarin may require paid plans.
5. Can I build Android apps without learning Java or Kotlin?Yes, you can build Android apps without Java or Kotlin by using frameworks like Flutter (with Dart), React Native (with JavaScript), or Xamarin (with C#), allowing developers to use other languages to create Android apps.
6. Which programming languages are commonly used for Android app development?The most common languages for native Android development are Java and Kotlin, with Kotlin being the preferred language. For cross-platform development, Dart (with Flutter), JavaScript (with React Native), and C# (with Xamarin) are also popular choices.
Best Mobile App Development Software Of 2025
We list the best mobile app development software, to make it simple and easy to develop apps for your business, without needing to know how to code.
This is important because while mobile apps may have been traditionally associated with information and gaming, business apps are now an essential part for many everyday business operations.
This is underlined by the easy availability of smartphones and BYOD (Bring You Own Device) work policies with MDM (Mobile Device Management) solutions in place, which means that employees can now use their iPhones or Android phones for general business process, covering everything from productivity apps to collaborative software apps.
The technology continues to develop, with the increasing availability of augmentation and machine-learning options to provide additional layers of information and communications into your digital services. Whether for marketing services, retail, product development and deployment, as well as Software as a Service (SaaS), app development has come of age.
The market reflects this, with a huge number of companies out there that will offer to design and code apps, not just for iOS or Android, but also smart TV's, game consoles, and other hardware, as well as software solutions.
However, there are also software development platforms available to create white label apps from basic templates and configurations. These aim to make it easy for businesses to create their own in-house apps as required, or even create apps for the open market.
Below we feature the best mobile app development software platforms currently available.
We've also highlighted the best laptops for programming.
Why you can trust TechRadar We spend hours testing every product or service we review, so you can be sure you're buying the best. Find out more about how we test.
Best mobile app development software overall
1. Appy Pie
The best no coding app development platform
Reasons to buy +Drag and drop editor
+AI integration
+Training and support
Appy Pie is a software platform that allows you to develop your own apps without having to do any coding. There are a number of options and tools provided that are easy to use to create the app that you need.
The process is relatively simple, and involves selecting a design and personalizing it, adding the features that you need, then publishing to Google Play and the Apple AppStore.
The interface used is a simple drag-and-drop system that allows you to add features such as chatbots, AI, augmented or virtual reality. To help with development, a learning platform and suite of training videos are provided to help guide you.
The app you create can be for almost any business need, such as for a small business, restaurant, real estate, or even a radio app.
Once you've developed your app, there are options to distribute it to the Google Play and Apple App stores.
Best mobile app development software for flexibility
2. Zoho Creator
The flexible app developer
Reasons to buy +Drag and drop editor
+Integration options
+For business or sale
Zoho Creator is a multi-platform app builder that allows you to create a new app or use a ready-made one.
The software is especially aimed at businesses looking to simplify and automate tasks, such as creating apps for functions such as sales management, order management, event management, logistics, or recruitment tracking, for example.
However, whatever you're looking to do, you can entirely customize it the way you want. Zoho Creator includes a drag-and-drop editor to help build you app from within a single dashboard.
While initially targeted at businesses looking to develop apps for specific needs within their company, Zoho Creator can also be used to develop apps for the wider market.
Even better, you can integrate data from other apps, increasing its usability. Potential integrations include other Zoho apps, Paypal, Twilio, Google Workspace, and Quickbooks.
Pricing starts at $20 per user per month when billed annually, including 5 apps, 10 BI & analytics workspaces and 20 Integration flows. There is a free version to try, but it is limited to one user and one app.
Best mobile app development software for business
3. AppSheet
Apps for business software solutions
Reasons to buy +Easy to use
+Spreadsheet inputs
+Rich features
AppSheet is another platform that allows you to create bespoke apps for your business, without having to write with or develop code.
Driven by your own cloud-hosted data in spreadsheet format, you can then select a template to work around the options and features you want, before deploying your app.
It's easy to integrate data from multiple sources, not least from Google Sheets and Forms, Excel from Microsoft 365, or even SalesForce. Alternatively, you can import spreadsheets saved on Dropbox or OneDrive, or directly from MySQL or SQL Server.
On top of these you can add features such as GPS and maps, image capture, code scanning, signature capture, charts, and email notifications.
There's no charge for developing your app, or time limit, and up to ten users can be involved in the process. Once deployed, pricing is according to per active user per month.
AppSheet has several price bands starting with their Starter plan which costs around $5 per user per month. This includes basic application and automation features and connects to spreadsheets and cloud file storage providers.
Best mobile app development software for speed
4. Appery.Io
For digital mobile platforms
Reasons to buy +Fast development
+Flexible and extensibe
+Multiple apps from same base
Appery.Io is an established app development provider, offering its app builder platform for enterprises to create their own apps. Creating an app is as easy as using a drag-and-drop interface, and selecting data sources as well as using HTML 5 and Javascript as required.
The aim is to jump start app development for a faster and cheaper development process. The process can take as little as a week during which time Appery.Io will set up installation, configuration, integration, testing, and training for its completion.
In addition to increased turnaround time, Appery.Io also allows for a focus on extensibility, so that the same apps can be modified easily and without requiring significant development time.
Built on an open platform, Appery.Io allows for multiple apps to be developed from the same base according to needs, in order to reduce the need for replication in evolving apps. By also ensuring that configurations can be changed rather than be dependent on pre-existing settings, it allows for the flexible development of apps according to enterprise needs.
Appery.Io offers several choices of plans starting with the Beginners package for one developer which includes 2 apps and 50K Platform API calls per month, priced at around $25 per month.
Best mobile app development software for enterprise
5. Appian
Tanked up about mobile apps
Reasons to buy +For enterprise apps
+Automative processes
+Visual editor
Appian promote the development of "low code" apps which they advertise as taking as little as eight weeks between developing the idea and completing the app.
The main focus of Appian's app development software is enterprise apps for business, to optimize processes using automotive processes and AI, in order to present company data in useful and meaningful ways.
Additionally, by orchestrating data from multiple sources, information can be unified to provide real opportunities for insights on everything to management processes to workflows to operations.
The development process itself involves using a visual editor, to select desired functions and how data is to be routed through these. The aim is to allow for complex options to be set up in a simple way, so that data can be intelligently managed.
Once completed, the design can be saved as a web app or native app for Android and iOS as required. Further changes can be made on the fly without causing downtime.
We've also featured the best apps for small business.
Best mobile app development software FAQs Which mobile app development software is best for you?When deciding which mobile app development software to download and use, first consider what your actual needs are, as budget software may only provide basic options, so if you need to use advanced tools you may find a paid platform is much more worthwhile. Additionally, higher-end software can really cater for every need, so do ensure you have a good idea of which features you think you may require from your mobile app development software platform.
How we tested the best mobile app development softwareTo test for the best mobile app development software we first set up an account with each provider, then we tested the service to see how the software could be used for different purposes and in different situations. The aim was to push each development software platform to see how useful its basic tools were and also how easy it was to get to grips with any more advanced tools.
Read how we test, rate, and review products on TechRadar.
Get in touchWhat Is Flutter? Mobile App Development For Android, IOS, And More
Flutter lets you build compiled, cross-platform mobile, desktop, and web applications from a single codebase. Here's a quick look at Flutter and its easy-to-use programming language, Dart.
There was a time when you had to choose between creating universal mobile apps and native apps. Universal apps used web technologies like HTML and JavaScript, which often performed badly in mobile devices. Native apps performed better because they were written separately for each platform you wanted to support, but they were expensive and required a specialized development team for each platform.
Flutter, an open source framework developed by Google, changed that. Today, developers have more options for creating fast mobile apps that run on multiple platforms, including Ionic, React Native, and Xamarin. Flutter and its built-in programming language, Dart, remain popular and widely used.
Flutter 3, released earlier this year, adds support for macOS and Linux desktop apps, in addition to the original Android, iOS, web, and Windows targets. The release also includes performance improvements to fix noticeable UI pauses.
Multiplatform development with Flutter 3Flutter is an open source framework developed by Google that lets you build natively compiled, multiplatform applications from a single codebase. Flutter 3 supports six platform targets: Android, iOS, Windows, macOS, Linux, and web applications.
Flutter widgets are built using a modern framework inspired by React. As shown in Figure 1 below, the most used widgets and layouts are text widgets, Flexbox row and column layouts, stack absolute positioning layouts, positioned widgets, and container widgets.
Let's say that you are building a multiplatform application that starts with the Flutter MaterialApp widget. This widget builds various other useful widgets at the root of your application, including a navigator. The navigator manages a stack of widgets identified by strings, also known as routes in Flutter. The navigator lets you transition smoothly between application screens.
To create an iOS-centric design, see the Cupertino components package. The Flutter team recommends only using the Cupertino components on iOS-only apps; for multiplatform apps, consider using another set of widgets; for example, the Material Design set.
The first three screenshots below show stateless widgets, gesture handling, and stateful widgets. It's worthwhile to go through the entire Flutter development tutorial, starting with the widgets intro we've started here. It's also worth trying the DartPad samples and viewing the Flutter gallery, as well as trying the Flutter codelabs.
Beyond widgets and layouts, Flutter has navigation and routing, animations, actions and intents, shortcuts, state management, networking and HTTP, JSON serialization, and Firebase integration.
Figure 1 shows a Flutter Material widget example using DartPad in a web browser. The Dart code is to the left and the web display is to the right.
IDG Figure 1. A Flutter Material widget example using DartPad.
Figure 2 shows an example of gesture handling in Flutter. The onTap method of the stateless GestureDetector widget attached to the Engage button fires when the button is pressed.
IDG Figure 2. Flutter gesture handling example.
Figure 3 is an example of a stateful widget. Pressing the Increment ElevatedButton widget triggers its onPressed method, which calls the private function _increment. That calls setState() to tell Flutter that something has changed, and increments the _counter variable. Then, the framework calls the build() method to redraw the button and text.
IDG Figure 3. A stateful widget example.
Flutter and DartFlutter is
A very basic Dart program might be:
// Define a function. Void printInteger(int aNumber) { print('The number is $aNumber.'); // Print to console. } // This is where the app starts executing. Void main() { var number = 42; // Declare and initialize a variable. printInteger(number); // Call a function. }Dart is strongly typed, but type annotations are optional because Dart can infer types. The preferred style is to use var and type inference for local variables, and strong typing for functions and public variables. Unlike Java, Dart doesn't have the keywords public, protected, and private. If an identifier starts with an underscore (_), it's private to its library.
Dart can compile to ARM and x64 machine code for mobile, desktop, and back end applications, as well as to JavaScript for the web. In debug mode, Dart lets you hot-load running apps after you save changes to the source code. Dart has both JIT (just-in-time) and AOT (ahead-of-time) compilers.
Dart has optional null safety. If your minimum SDK constraint (in your application's pubspec.Yaml file) is at least 2.12.0, then you have opted into null safety. In that case, only variables with a type followed by a question mark (e.G., "int?") are allowed to contain nulls.
IDG Figure 4. Dart compared to Kotlin, Swift, and TypeScript.
Flutter 3 features and upgradesIn a blog post, Tim Sneath, Google's product manager for Flutter and Dart, summarized new features in Flutter 3, noting that "Flutter 3 completes our roadmap from a mobile-centric to a multiplatform framework."
Flutter 3 expands available platform targets to include macOS and Linux desktop app support, fully integrates Flutter with Firebase, adds native development support for Apple Silicon, and includes numerous productivity and performance features.
Flutter Showcase and Flutter GalleryThe Flutter Showcase is essentially a collection of case studies about production apps built with Flutter. It's most useful to managers considering Flutter.
The Flutter Gallery holds a collection of widgets, behaviors, and vignettes that demonstrate what Flutter does and how it behaves, and is most useful to developers and designers. You can view the Gallery on the web or run it locally on any of the supported platforms using the Flutter gallery repository.
Installing FlutterYou can install Flutter on Windows, macOS, Linux, or Chrome OS. Exactly how you install depends on the system. You have a choice of downloading a system-specific .Zip file or tarball and unpacking it, or cloning the repository. Then, you'll need to add the flutter tool to your path and run flutter doctor. I've shown the output of flutter doctor below.
Running "flutter pub get" in flutter_tools... 5.1s Doctor summary (to see all details, run flutter doctor -v): [✓] Flutter (Channel stable, 3.0.1, on Mac OS X 10.15.7 19H1922 darwin-x64, locale en-US) [✗] Android toolchain - develop for Android devices ✗ Unable to locate Android SDK. Install Android Studio from: https://developer.Android.Com/studio/index.Html On first launch it will assist you in installing the Android SDK components. (or visit https://flutter.Dev/docs/get-started/install/macos#android-setup for detailed instructions). If the Android SDK has been installed to a custom location, please use `flutter config --android-sdk` to update to that location. [!] Xcode - develop for iOS and macOS (Xcode 12.4) ✗ Flutter requires Xcode 13 or higher. Download the latest version or update via the Mac App Store. ✗ CocoaPods not installed. CocoaPods is used to retrieve the iOS and macOS platform side's plugin code that responds to your plugin usage on the Dart side. Without CocoaPods, plugins will not work on iOS or macOS. For more info, see https://flutter.Dev/platform-plugins To install see https://guides.Cocoapods.Org/using/getting-started.Html#installation for instructions. [✓] Chrome - develop for the web [!] Android Studio (not installed) [✓] IntelliJ IDEA Ultimate Edition (version 2022.1.1) [✓] IntelliJ IDEA Ultimate Edition (version 2022.1.1) [✓] VS Code (version 1.67.1) [✓] Connected device (2 available) [✓] HTTP Host AvailabilityYou can see in the output that my Intel MacBook Pro is too old to support the minimum version of Xcode required for iOS and macOS flutter development. The Flutter team needs Xcode 13 to create universal Intel/M1 macOS binaries. I can develop for Android by installing the Android SDK toolchain, and I can already develop for the web. Adding the Flutter plugin to Visual Studio Code took less than a minute. If I ever get serious about developing multiplatform applications with Flutter, I will need to upgrade at least one of my Macs.
ConclusionFlutter 3 is an interesting benchmark, offering stability on six platforms while continuing to focus on performance improvements. For developers who need to create multiplatform apps, now might be a good time to consider Flutter.
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