React vs React Native: Key Differences, When to Use Which, and More
- Software
- May 15, 2025
React is the best choice for building user interfaces in web app development, while React Native is for cross-platform mobile app development. But what leads to these two separate technologies helps understand the fundamentals of both and when to choose which. We have curated this blog post explaining the key differences between React and React Native, the pros and cons of React, the pros and cons of React Native, a tabular comparison of React Native vs React JS, and more.
In the ever-evolving world of front-end development, choosing the right framework can make or break your project. Two of the most popular, and often confused, technologies are React and React Native. While they share a name and some core principles, they serve fundamentally different purposes: one powers modern web applications, and the other fuels cross-platform mobile apps.
Whether you’re trying to decide which tool to learn next or planning your next digital product, understanding the key differences (and overlaps) between React and React Native is crucial.
Let’s understand these two seemingly interchangeable technologies in detail.

What is React?
React is a JavaScript library for building user interfaces, especially for web applications.
React lets you build websites like Lego blocks. Each part of your site (like a button, a menu, or a form) is a component. You write these components in JavaScript, and they describe what the UI should look like. React then updates the webpage automatically when data changes; no need to manually touch the page’s code (DOM).
Key features of React JS:
- Component-Based: Reusable chunks of UI.
- Declarative: Describe the UI; React handles the updates.
- Virtual DOM: React creates a copy of the page in memory to make updates faster.
- One-Way Data Binding: Data moves from parent to child components, making it easier to manage.
- JSX (JavaScript XML): Lets you write HTML-like syntax inside JavaScript.
- Server-Side Rendering (SSR): Improves SEO and performance (initial load time).
- React Hooks: Add state and lifecycle features to functional components
What is React Native?
React Native is a popular open-source framework developed by Facebook (now Meta) that allows developers to build mobile applications using JavaScript and React.
Instead of writing separate code for iOS and Android, React Native developers for hire write one codebase that works on both—and it uses real native components, so the apps feel and perform like native apps.
It came as an attempt by Facebook engineers to bring the benefits of React to mobile. At an internal hackathon, engineer Jordan Walke discovered a way to generate UI elements for iOS using JavaScript, this was the seed idea for React Native.
Key features of React Native:
- Cross-Platform Development: Write once, run on both iOS and Android with a shared codebase.
- Native Performance: Uses native UI components, not WebViews.
- Hot Reloading / Fast Refresh: Instantly see changes in your app without rebuilding it.
- Access to Native APIs: Can interact with device features like camera, GPS, file system, etc.
- Modular Architecture: Easier to separate different parts of the app and work in parallel.
What Is the Difference Between React and React Native?
At first glance, React and React Native might seem almost identical—they share a name, a component-based structure, and many of the same development patterns. But despite these similarities, they serve very different purposes and operate in distinct environments. The former is used by companies offering ReactJS development services for building modern, responsive web applications, while React Native is tailored for creating native mobile apps that run on iOS and Android.
The following table breaks down the key difference between React and React Native, including their platforms, rendering methods, styling approaches, and more.
Key Differentiators | React | React Native |
Definition | A JavaScript library for building user interfaces for web applications. | A framework for building native mobile applications using React. |
Purpose | Build interactive user interfaces for web applications | Build native mobile apps for iOS and Android |
Platform | Web browsers (Chrome, Firefox, Safari, etc.) | iOS and Android devices |
Language Engine | JavaScript (runs in the browser’s JavaScript engine). | JavaScript (runs in the mobile environment using a JS engine, like V8 for Android). |
Architecture | Virtual DOM → Browser DOM | JavaScript Core (JS thread) ↔ Bridge ↔ Native Modules |
Rendering Mechanism | Renders to HTML DOM using Virtual DOM | Renders to native mobile UI using a bridge |
Learning Curve | Moderate (especially if familiar with JS/HTML/CSS) | Slightly steeper, especially for those new to mobile development |
Code Reusability | Limited to web apps | High code reuse between iOS and Android |
Customization | Full flexibility using HTML, CSS, and JavaScript | Customization limited to native components and libraries |
UI Components | Uses HTML and CSS for rendering UI | Uses native components (e.g., <View>, <Text>, <Image>) |
Performance | Fast for web, but can be slower than native apps due to DOM | Near-native performance as it uses native components |
Styling | CSS and CSS-in-JS | Stylesheets specific to React Native (similar to CSS, but different syntax) |
Navigation | Browser-based navigation using libraries like React Router | Uses libraries like React Navigation for stack and tab navigation |
Native Features | Limited access to native features | More access to native features via native APIs |
External Library Support | Huge ecosystem, easy integration with most JS/web libraries | Good support, but native modules sometimes needed for full functionality |
Animation | CSS animations, Framer Motion | Native Driver (for smoother animations), Reanimated, Lottie |
Security | Relies on web standards (CSP, XSS protection, HTTPS) | Depends on mobile OS security + app code security |
Build Size | Typically small to moderate | Larger |
Testing | Jest, Enzyme for unit testing | Jest, Detox, Appium for unit and end-to-end testing |
Deployment | Deployed to web servers, accessible via browsers | Compiled to native apps, deployed to App Store/Play Store |
Community Support | Very large, older | Large, but slightly smaller and more mobile-focused |
Typical Use Cases | Web dashboards, SPAs, marketing sites, eCommerce | Mobile apps, cross-platform development, MVPs |
React vs React Native: Key Similarities
Both are born from Facebook’s (now Meta) vision for efficient, component-based UI development, leveraging the same core principles of JavaScript, reusable components, and more. There is a lot that these two different technologies have in common.
Let’s explore the key similarities that tie these two technologies together, from their use of JavaScript and JSX to shared architectural patterns like component-based design and declarative UI.
Aspects | Similarities |
Backed by | Both are created and managed by Meta (Facebook). |
JSX Syntax | Both use JSX (JavaScript XML) to write UI components in a declarative way, combining HTML-like syntax with JavaScript logic. |
Component-based architecture | Both frameworks follow a component-based structure, where the UI is built using reusable, encapsulated components. |
Programming language | Both use JavaScript (or TypeScript) as the primary programming language. |
Virtual DOM | Both use virtual DOMs for efficient UI updates. |
State and Props | Both manage data and UI state using state and props, enabling predictable data flow and component interaction. |
Declarative UI | Both React and React Native use a declarative approach to building user interfaces. |
Pros and Cons of React
Among the countless options, React has emerged as a favorite for web app development, backed by Facebook and used by tech giants like Netflix and Airbnb. But is React always the best choice? Like any other technology, it comes with both strengths and weaknesses.
Let’s explore the pros and cons of React to help you decide if this JavaScript library is the right fit for your next web app project.
Advantages of React
Backed by Meta (formerly Facebook) and supported by a massive developer community, React empowers developers to create dynamic single-page applications with ease. Here are the advantages that make it a go-to technology for modern web development.
- Component-Based Architecture: Promotes reusable, modular code.
- Fast Rendering with Virtual DOM: Efficient UI updates.
- Strong Community and Ecosystem: Lots of libraries, tools, and tutorials.
- JSX Syntax: Combines HTML with JavaScript for easier UI coding.
- One-Way Data Binding: Makes data flow predictable and easier to debug.
- SEO Friendly (with SSR): Can be optimized with tools like Next.js.
Disadvantages of React
Despite its strengths, ReactJS also comes with certain drawbacks like a steep learning curve, a lack of framework capabilities, and more that should be considered before adopting it. Below are the main disadvantages of using React.
- Not a Full-Fledged Framework: React only handles the view layer, requiring other technologies for a complete application.
- Boilerplate and Setup: Not being a full framework, it needs tools like Webpack, Babel, etc.
- Frequent Updates: Can break compatibility or introduce new patterns.
- Steep Learning Curve: JSX and state management (e.g., with Redux) can be confusing at first.
- Poor Documentation for Some Libraries: Especially third-party ones.
- Verbose code: Managing props, state, and logic across many components can get messy.
Pros and Cons of React Native
React Native, developed by Meta (formerly Facebook), has become one of the most popular frameworks used by companies offering cross-platform development services for building mobile apps. But while React Native promises the benefits of efficiency and code reusability during mobile app development, it isn’t without its limitations.
Let’s understand these key pros and cons of React Native.
Advantages of React Native
As a powerful framework backed by Facebook, React Native has revolutionized the way companies offer mobile app development services by combining the efficiency of JavaScript with the performance of native platforms. Here are some advantages of React Native that have contributed to it:
- Cross-Platform Development: Build iOS and Android apps from one codebase.
- Native Performance: Uses native components, better than hybrid frameworks.
- Hot Reloading: Accelerated development and debugging.
- Over-the-air (OTA) Updates: Instantly update app logic and UI without app store approval.
- Large Community: Plenty of shared modules, libraries, and support.
- Integration with Native Code: Write platform-specific code when needed.
Disadvantages of React Native
While companies offering React Native development services avail powerful advantages like cross-platform development and fast iteration, it’s not without its challenges. Below are the key disadvantages of React Native you should be aware of.
- Performance Limitations: Slower than fully native apps for intensive tasks (e.g., animations, complex calculations).
- Dependency on Third-Party Libraries: Many libraries are outdated, poorly maintained, or inconsistent.
- Complex Native Module Integration: Bridging native code (Java, Swift, Objective-C) can be hard.
- Longer Debugging Cycles: A mix of JavaScript and native code makes debugging more complex.
- Limited Multithreading Support: JavaScript runs in a single thread, limiting concurrency.
Understanding the pros and cons of React Native in detail is critical to knowing how it will impact the decision of choosing this cross-platform framework to power your business-critical mobile app. To learn more about them, explore our blog on the advantages and disadvantages of using React Native as cross-platform app development.
React Vs React Native: When to Use Which?
If you’re serious about building modern web apps, React is a no-brainer. On the other hand, if you’re building a mobile app and don’t want to maintain two separate codebases, React Native is hands-down the smartest choice. They’re not interchangeable. Here is how you can pick the right one:
Use React when:
- You’re building a web application (runs in browsers)
- You’re building single-page applications (SPAs)
- You want to create interactive UI for desktops or mobile browsers
- You want to create responsive web design
- You’re integrating with existing web platforms or CMS systems
- Your audience primarily uses desktop or web-based interfaces
If you are developing an enterprise-level app, surprisingly, ReactJS could be the ultimate choice. To learn more about the reasons, explore our blogs on why choose ReactJS for enterprise app development.
Use React Native when:
- You’re building a mobile application (iOS and Android)
- You’re developing cross-platform applications
- You want native performance, access to device features (like camera, GPS, etc.), and native APIs.
- Your app needs to feel like a native mobile experience
- You’re looking for cost-effective options
- You want to launch your app faster to market faster
💡Quick Thumb Rule:Need a web app or web-based product? Go with React.Need a mobile app with access to native APIs and platform-specific features? Choose React Native. |
Concluding Thoughts on React vs React Native
Both React and React Native are powerful tools developed by Meta, but they serve different purposes:
- React is best for building web applications. It empowers ReactJS developers for hire in creating fast, dynamic UIs in the browser using components and virtual DOM.
- React Native is designed for building mobile applications for iOS and Android, using the same principles but rendering native mobile components.
In many modern projects, using both together can lead to faster development with shared logic and consistent UI patterns. Ultimately, the choice depends on your target platform, team expertise, and project goals.
At MindInventory, we specialize in both React and React Native development, helping startups and enterprises alike build high-performance digital products, whether for web, mobile, or both.
Whether you’re looking to launch a new digital product or improve an existing one, our expert developers help turn ideas into polished digital products with the right technology behind them. Reach out to us today to see how we can help you in navigating the decision between technologies or bringing your digital product to life with the best fit one.
FAQs on React vs React Native
React Native for Web is a compatibility layer that allows React Native components and APIs to run in web browsers. It enables developers to write a unified codebase in React Native that compiles to both native mobile apps and web apps, leveraging React DOM under the hood for web rendering.
Here are some of the critical factors that you can consider when choosing React and React Native:
– Target Platform: Use React for building web applications and React Native for mobile apps (iOS and Android)
– Platform requirements: React uses HTML, CSS, and the DOM; React Native uses native UI components.
– Performance needs: React Native offers near-native performance, while React relies on the browser.
– Code reusability: If building for multiple platforms, React Native with shared logic (across iOS and Android platforms) or React Native for Web can reduce duplication.
– Third-party library support: React has broader support for web-specific libraries, while React Native may require native modules.
– Development team expertise: Choose the framework aligned with your team’s experience: web (React) or mobile (React Native).
– Ecosystem and tooling: Both have rich ecosystems but differ in build tools, testing, and deployment processes.
Neither is inherently “better” than the other; it would entirely depend on your project’s needs or use case. ReactJS is best for building user interfaces for web applications, while React Native is best for building cross-platform mobile apps using native components. React uses HTML, CSS, and the browser’s DOM to render interfaces, making it ideal for websites, web dashboards, and progressive web apps. React Native, on the other hand, uses native UI components, offering performance and look-and-feel close to native mobile apps.
The “native” in React Native refers to the use of native or platform-specific UI components that are rendered using the native APIs of iOS and Android, rather than web technologies like HTML and CSS.
This means apps built with React Native don’t run in a web browser; they run as real mobile apps with the same look, feel, and performance as those built with Swift (iOS) or Kotlin/Java (Android). React Native bridges JavaScript code with native modules, allowing developers to write logic in JavaScript while still delivering a truly native user experience.
Yes, React Native remains a valuable mobile app development framework even in 2025, especially for building cross-platform mobile apps with a shared codebase for iOS and Android. It offers cross-platform efficiency, an active ecosystem, near-native performance, third-party integration, web support, and more.
You can’t directly convert a React (web) app to React Native, but it is possible to migrate and reuse significant parts of your codebase. Planning for cross-platform development early makes this process much smoother.
No, React Native is not outdated. It’s still one of the most popular and actively maintained frameworks for building cross-platform mobile apps. With updates like the Fabric renderer, TurboModules, and the Hermes JavaScript engine, React Native continues to evolve for better performance and scalability.
Many major companies rely on React Native to build their mobile apps, including:
– Meta (Facebook, Instagram, Messenger)
– Shopify
– Microsoft (Xbox, Office apps)
– Walmart
– Discord
– Pinterest
– Tesla
– Uber Eats
– Bloomberg
– Netflix
– Coinbase
– Airbnb
– Klarna
– SoundCloud
ReactJS is adopted by many leading tech companies, including:
– Facebook
– Netflix
– Yahoo
– Airbnb
– Dropbox
– Airbnb
– Slack