Skip to main content

React Native’s New Architecture 2025 : The Tricky Parts (1/2)


            Imagine you have a brand-new, super fun playground where all your favorite toys work faster and smoother than ever before. In this playground, you have a magic bridge, speedy race cars, and an amazing art studio that all help you build the coolest apps. This is what React Native’s new architecture in 2025 is like—a new way to build apps that makes things work really well, but it also has some parts that are a bit tricky to learn.

The Magic Bridge: Talking Really Fast

            Think of your app like a big toy city with two parts: one part is like your brain (where all the smart ideas live in JavaScript) and the other part is like your muscles (the Native code that makes things happen on your phone).

In the old playground, these two parts used an old, creaky wooden bridge to talk to each other. It worked, but it was slow, like when you try to pass a note on a rickety bridge with a wobble. Now, in 2025, this old bridge has been replaced by a brand-new, shiny magic bridge called JSI (JavaScript Interface)!

Real-Life Example: The Super Fast Playground Slide

            Imagine you go to the playground, and there’s an old slide that makes you wait too long because it’s a bit rough and twisty. One day, a new, super smooth slide is installed. When you slide down, you zoom quickly and safely to the bottom—almost like magic!

This new slide is just like our magic bridge (JSI). It helps the brain and the muscles in your app talk to each other very quickly. But just like you have to learn how to ride the new fast slide safely (by holding on tight and going in the right way), you need to learn how to use the new magic bridge so your app doesn’t get confused.

TurboModules: The Speedy Little Helpers

            Next up in our magical playground are the TurboModules. Imagine you have a set of tiny toy race cars that zoom around on a race track. In the old way of doing things, some of your toy cars had to wait their turn in a long line, which made the game slow.

With TurboModules, your toy race cars can zoom around super fast without waiting! They help your app do tasks in the blink of an eye.

Real-Life Example: The Toy Car Race Track

            Think about when you set up a race track for your toy cars. If the race track has too many bumps or if the cars are not lined up right, they might crash or go off course. With TurboModules, it’s like having a perfectly smooth race track where every car zooms along exactly as planned. But remember, even on a smooth track, if the cars aren’t properly prepared, you might still have a little crash.

So, in React Native’s new architecture, TurboModules work like those speedy race cars. They make things happen much faster, but you must set them up carefully—just like arranging your toy cars so they don’t bump into each other.

Fabric Renderer: The Amazing Art Studio

            Now, let’s visit the Fabric Renderer. Imagine you have a giant art studio with the best drawing board ever. In the past, when you tried to draw with your old board, your pictures might have been a bit blurry or slow to show up. With Fabric, it’s like having a magic art studio where every color is bright and every drawing comes out perfectly.

Real-Life Example: The Magic Whiteboard

            Picture your classroom’s whiteboard. An old whiteboard might take time to erase or might not show your drawings very clearly. But a brand-new smart whiteboard lights up instantly and shows your drawings in bright, clear detail. That’s what the Fabric Renderer does for your app—it makes sure that every little picture, animation, or color change on the screen is smooth and beautiful.

However, just like learning to draw perfectly on a new whiteboard might take a little practice, using the Fabric Renderer well means you need to learn the best way to tell your app how to show things on the screen.

Bringing It All Together: Building Your Dream App

            Let’s imagine you are planning a huge toy parade in your new playground in 2025. In your parade:

- All your toy figures need to talk to each other fast—that’s the magic bridge (JSI) doing its job.

- Your speedy race cars (TurboModules) zoom around delivering balloons and snacks to everyone.

- And your bright banners and colorful signs, created by the magic art studio (Fabric Renderer), make the parade look amazing.

When these parts work together perfectly, your parade is a fantastic, fun event! But, just like organizing a big parade, you have to learn how to use each tool the right way. You have to learn how to ride the fast slide, set up the race track without crashes, and draw perfectly on your magic whiteboard. These are the tricky parts of the new React Native architecture.

Why It’s Exciting (Even if It’s Tricky)

            Even though learning all these new magic tools can be a little hard at first, they help make your apps super fast, fun, and beautiful. Every time you learn a trick—whether it’s how to use the magic bridge or how to set up your speedy race cars—you get better and better at building your dream app.

Just like how you become an expert at riding the fastest slide or winning toy car races after practicing, you’ll soon master React Native’s new tricks. And before you know it, you’ll be creating apps that work like magic!

Final Thoughts

            React Native’s new architecture in 2025 is like having a brand-new, magical playground with all the coolest toys. The magic bridge (JSI), speedy race cars (TurboModules), and amazing art studio (Fabric Renderer) all come together to make apps that are fast and beautiful. It might have some tricky parts, but every challenge is just another chance to learn and have fun.

So, grab your explorer’s hat, jump on the super fast slide, and race your toy cars around the track. With a little practice and lots of fun, you’ll soon be a master of this magical new world—and your apps will shine just like your favorite playground creations!

Happy coding, and enjoy building your magical world!

🙏 Thank You 🙏

Comments

Popular posts from this blog

20 Basic Essential React Native Interview Questions and Answers for Mobile App Developers: Ultimate Guide

1.What is React Native?      React Native is a JavaScript framework for building mobile applications. It allows developers to create apps for iOS and Android using a single codebase. Unlike web-based frameworks, React Native uses native components, ensuring better performance and a native look and feel. It leverages React principles, such as component-based architecture and declarative programming, making development efficient. React Native also supports hot reloading, enabling developers to see changes instantly. It is widely used for cross-platform development, saving time and resources while maintaining high-quality user experiences. Interview Perspective Answer       Think of React Native as a bilingual genius. It speaks JavaScript fluently but can also translate your code into the native languages of iOS and Android. It bridges the gap, allowing developers to write a single codebase while delivering apps that feel perfectly at home on both platfor...

Beginner’s Guide to React Native: Your Gateway to Cross-Platform App Development

          Welcome to the world of React Native, where you can build mobile apps for both Android and iOS using a single codebase! With the latest updates in 2025, React Native has become even more powerful, offering developers cutting-edge tools and features. This guide will walk you through the essentials in a creative, easy-to-follow way, while incorporating Google-optimized keywords to help you stay ahead in the search game. 1. What is React Native? Imagine being able to write one set of code and have it work seamlessly on both Android and iOS. That’s the magic of React Native, a framework developed by Facebook. It uses JavaScript and React to create native-like apps that feel smooth and responsive. Why Choose React Native? - Cross-Platform Development: Write once, run anywhere. - Native Performance: React Native uses native components, ensuring your app feels like it was built specifically for the platform. - Community Support: With a vibrant developer ...

React Native Interview Questions - My Own Experience

 1.What is the difference between var, let, and const in React Native? var (Old way, avoid using it) Function-scoped (not block-scoped). Can be redeclared and reassigned. Not recommended in modern JavaScript due to scoping issues. Example: javascript var message = "Hello, React Native!"; console.log(message); // Output: Hello, React Native! var message = "Changed!"; console.log(message); // Output: Changed! (Re-declaration allowed) let (Block-scoped, recommended for variables that change) Cannot be redeclared within the same scope. Can be reassigned. Supports block scoping. Example: javascript let count = 10; count = 20; // Allowed console.log(count); // Output: 20 let name = "Alice"; // let name = "Bob"; // ❌ Error: Cannot redeclare 'name' const (Block-scoped, immutable reference) Cannot be reassigned. Cannot be redeclared. Best for constants and values that shouldn't change. Example: javascript const appName = "MyReactApp...