Mobile applications have long become an integral part of our lives: from banking operations to ordering food — everything is solved through a few screen touches. According to Statista, in 2025 the number of mobile app downloads reached 257 billion, and app store revenue exceeded $170 billion. The market is growing, and developers who master cross-platform frameworks are at the center of demand. But where should a beginner who wants to enter this industry start? Which stack should you choose: Flutter or React Native? And how quickly can you turn an idea into an app published in stores? The answers are in the course "Mobile Development" on the asibiont.com platform.
What is cross-platform development and why is it needed?
Traditionally, every Android developer wrote code in Kotlin, and iOS developers in Swift. These are two different languages, two different toolkits, two different ecosystems. If a business needs an app for both platforms, they have to hire two teams or find compromises. Cross-platform development solves this problem: one codebase — and the app works on both Android and iOS. The savings in time and budget are obvious, but which framework should you choose? The two main players in this field are Flutter from Google and React Native from Meta (Facebook). Each has its strengths, and the course "Mobile Development" offers to study both so that you can consciously choose the tool for a specific task.
Flutter vs React Native: comparison by key criteria
To make an informed decision, let's analyze both frameworks on four parameters: performance, ecosystem, learning curve, and implementation cost. Below is a table that will help you quickly orient yourself.
| Criterion | Flutter | React Native |
|---|---|---|
| Performance | Compiles to native code (AOT), ensuring high speed and smooth UI. Rendering is done through its own Skia engine, so the UI looks the same on all devices. | Uses a bridge to communicate between JavaScript and native modules. The main work happens in the JavaScript thread, which can cause delays with complex animations. However, with the advent of the Fabric architecture (React Native 0.72+), the situation has improved. |
| Ecosystem | Large library of ready-made widgets from Google, active community. Packages via pub.dev. Development tools — Android Studio, VS Code. | Huge community of JavaScript developers, thousands of libraries via npm. Use everything that works with React. Tools — Metro, Redux, React Navigation. |
| Learning curve | If you know Dart (Flutter's language), learning goes quickly. Dart is easy to learn, similar to Java and C#. Flutter widgets are intuitive, but there are many — it will take time to study them. | You need to know JavaScript and the basics of React. If you've already worked with React for the web, the transition will be smooth. But understanding the native bridge and JS asynchrony requires practice. |
| Development cost | One codebase — one team, saving up to 30-40% of budget compared to separate development. Typically, Flutter developers' rates are lower than iOS/Android specialists. | Also saves budget, but may require hiring a native developer for fine-tuning. React Native developers' rates are comparable to Flutter. |
Performance: what benchmarks say
Flutter prides itself on compiling code to native machine code (AOT), giving near-native performance. For example, in tests published on GitHub (repository benchmark-mobile), Flutter demonstrates stable 60 FPS during complex animations, while React Native on the old bridge dropped to 30-45 FPS. However, with the arrival of Fabric and New Architecture (React Native 0.76, released in October 2024), the difference has become less noticeable — now RN also approaches native speed.
Ecosystem and community
Flutter is supported by Google, which constantly develops the framework. As of 2026, the current version Flutter 3.22+ includes support for web, desktop, and embedded devices. Packages can be found on pub.dev — there are more than 30,000. Among popular ones are provider for state management, dio for HTTP requests, sqflite for local databases.
React Native, in turn, uses the full power of the JavaScript ecosystem. If you are familiar with React for the web, you won't have to learn a new language — JavaScript/TypeScript is enough. Npm offers more than 2 million packages, although not all are compatible with RN. Popular libraries: react-navigation for navigation, axios for requests, firebase for backend.
Learning curve: what should a beginner choose?
Beginners who have never programmed are often recommended Flutter — largely due to the Dart language, which is simpler than JavaScript with its asynchrony and prototypal inheritance. Dart is a statically typed language, allowing you to catch errors at compile time. The Flutter framework uses a declarative approach: you describe how the interface should look at any moment, and Flutter takes care of updates.
React Native requires knowledge of JavaScript and React. If you've already built websites with React, you'll immediately feel at home. But if not, you'll have to learn both the language and the framework in parallel. However, after RN, you can easily transition to web development with React — this expands career opportunities.
Development cost and market demand
According to the Stack Overflow 2025 survey, about 12% of professional developers use React Native, and Flutter — 10%. Both frameworks are in demand on the market. The average salary of a Flutter developer in Russia, according to Habr Career, is 150-200 thousand rubles, and React Native — 170-220 thousand. On freelance, the cost of developing an MVP on Flutter starts from 200 thousand rubles, on React Native — from 250 thousand. But it's important to understand: these figures depend on project complexity and region.
Step-by-step plan for creating an MVP on Flutter
Let's imagine you chose Flutter. How to create a minimum viable product (MVP)? Here is a concrete plan:
- Install Flutter SDK — download from the official site flutter.dev. Make sure you have Android Studio or VS Code and an Android/iOS emulator installed.
- Create a new project — run the command
flutter create my_appin the terminal. - Develop screens — use widgets: Scaffold, AppBar, ListView, Container. For state management, add the provider package:
flutter pub add provider. - Connect a database — for local storage use sqflite:
flutter pub add sqflite. If you need cloud synchronization — Firebase:flutter pub add firebase_core firebase_auth cloud_firestore. - Set up navigation — use Navigator.push or the go_router package for more complex routing.
- Test on a real device — run
flutter runwith a connected phone. - Build release versions — run
flutter build apk --releasefor Android andflutter build ios --releasefor iOS (only on macOS). - Publish — upload the APK to Google Play Console and the .ipa to App Store Connect.
Why AI learning on asibiont.com is effective?
The course "Mobile Development" on the asibiont.com platform is built on a fundamentally new approach: artificial intelligence generates personalized lessons for each student. The neural network analyzes your knowledge level and goals, then creates a program that suits you. If you are a beginner, AI will start with the basics: explain what variables, functions, object-oriented programming are — and gradually lead to complex topics such as working with APIs and databases. If you already know how to program, AI will immediately move to more advanced topics, skipping known material.
Learning takes place in a text format: you read lessons, complete practical tasks, and the neural network instantly checks your code and gives detailed feedback. This is convenient because you can study at any time of day, at your own pace, returning to difficult topics as many times as needed.
How does the learning process on asibiont.com work?
The asibiont.com platform uses AI to create interactive lessons. Instead of static video lectures, you receive live text materials generated based on your questions and mistakes. For example, if you misunderstood how asynchrony works in Dart, AI will explain it with simple analogies and offer additional exercises. If you want to delve into Firebase, AI will provide current code examples and architectural patterns.
In the course "Mobile Development" you will practically learn:
- Flutter and Dart — creating interfaces, state management, animations.
- React Native and JavaScript — component approach, hooks, navigation.
- Swift for iOS — basics of developing for iPhone and iPad in Apple's language.
- Kotlin for Android — modern way to create apps for Android devices.
- UI/UX for mobile devices — design principles, adaptability, accessibility.
- Working with APIs — how to receive and send data via REST and GraphQL.
- Databases — Firebase and SQLite for storing and synchronizing information.
- Publishing to App Store and Google Play — all steps: from preparing metadata to passing review.
- Monetization — in-app purchases, ads, subscriptions.
Who is this course for?
The course "Mobile Development" is designed for a wide audience:
- Absolute beginners who have never programmed. AI will help with basic concepts, and step-by-step guides will allow you to take your first steps without fear.
- Web developers who want to expand their skills and enter the mobile market.
- Technical students who want to gain practical skills for an internship or first job.
- Entrepreneurs and product managers who want to understand the development process and even create a prototype of their app.
Career prospects after the course
You will learn not just to write code, but to create full-fledged applications ready for publication. This is a portfolio (by the way, the platform has the ability to save your projects) — a weighty argument in an interview. Many companies are looking for developers who can quickly make cross-platform apps, and your skill with Flutter and React Native will be in demand.
Real-life example: how a student created a food delivery app
Imagine: you start the course, learn Flutter, and after a few months you have a working app for ordering food in your area. You connected Firebase for authentication and database, used Google Maps API to track the courier, integrated the CloudPayments payment system. You publish the app on Google Play and App Store, and now your neighbors can order dinner through your product. This is a real scenario that is possible after completing the course.
Why AI learning is modern?
Traditional online courses offer recorded videos that do not adapt to your progress. You can get stuck on an unclear topic and not get an explanation different from what the instructor recorded. AI learning solves this problem: the neural network adjusts the program to your level, answers questions in real time, explains complex topics in simple language. It's like a personal tutor that is available 24/7 and knows the answer to any question on the course topic.
For example, if you don't understand the difference between StatelessWidget and StatefulWidget in Flutter, you can simply ask AI, and it will explain the difference using a click counter example. If you want to know how useEffect works in React Native, AI will show several use cases and warn about common mistakes.
How to start learning?
Go to the course page Mobile Development. There you will find a detailed description of the program and can enroll. Don't put off the dream of creating your own app — start today, and in a few months you can release your first product to app stores.
Mobile development opens doors to high salaries and creative self-realization. The choice between Flutter and React Native is not a problem, but an opportunity: by learning both, you become a versatile specialist. The asibiont.com platform with AI learning will help you go through this path most effectively. Act now!
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