3 Cutting-Edge React Libraries

8 min readMay 8, 2023

It’s not surprising that developers are constantly looking for novel ways to improve their React applications given that React has grown to be one of the most widely used and well-liked JavaScript libraries for creating user interfaces. This blog post will examine three innovative libraries that can greatly enhance your development experience and give you the ability to produce web applications that are fast, adaptable, and effective.

We will explore powerful libraries including TanStack Router, Million.js, a virtual DOM replacement that improves the performance of your React components, and Shadcn UI, a novel method for creating reusable components that gives developers complete control over the design and implementation of their components.

Learn how these three ground-breaking libraries can help you improve your React development process and produce top-notch web applications as we explore their features, advantages, and use cases. Let’s start exploring uncharted territory for React development!

Million.js: a Faster Virtual DOM Solution for React Components

Million.js is an effective option for those looking to enhance the performance of their React applications and can speed up component loading and rendering. By simply enclosing your React components in a single function, you can achieve faster performance thanks to this innovative library, which acts as a virtual DOM replacement.

How does Million.js work with React?

The core concept behind Million.js is the use of “blocks”. Think of blocks as special Higher Order Components (HOCs) that you would normally use in your React applications. However, with Million.js, these blocks are rendered using its own virtual DOM implementation.

Example million.js component:

import React, { useState } from 'react';
import { createRoot } from 'react-dom/client';
import { block } from 'million/react';

function NameList({ names }) {
return (<ul>
{names.map((name, index) => ( <li key={index}>{name}</li> ))}

function App() {

const [names, setNames] = useState(['Alice', 'Bob', 'Charlie']);
return (
<h1>Name List</h1>
<NameList names={names} />

// Create a block for the App component
const AppBlock = block(App);

// Render the AppBlock
createRoot(document.getElementById('root')).render(<AppBlock />);

Why use Million.js for your React components?

The virtual DOM is a widely used method for declaratively building user interfaces and effectively managing updates to the real DOM. You create a virtual representation of the DOM rather than directly manipulating it, and the virtual DOM library takes care of updating the actual DOM for you.

The virtual DOM is used by well-known libraries like React and Preact, but this method can have performance overhead, making it less effective. The “block” virtual DOM used by Million.js, in contrast, enables it to omit the diffing step by directly mapping the props to the DOM after dirty checking the props.

The main objective of Million.js is to be a devoted partner to current frameworks like React, enabling them to become faster and lighter without necessitating a full framework migration.

Compiler and Integration with Build Tools

Block initialization can be done using Million.js’s optimizing compiler in the optimize mode. Additional features supported by the compiler include React Hooks, non-primitives, and automatic component optimization in React mode.

Additionally, Million.js provides support for a number of build tools and frameworks, including Next.js (beta), Vite, Webpack, Rollup, RSPack, and ESBuild.


In conclusion, Million.js is a great option for developers who want to improve the speed and familiarity of working with React components without sacrificing the performance of their React applications. Million.js can aid in the development of more rapid and effective web applications by utilizing an optimized virtual DOM implementation and providing seamless integration with well-known build tools. Try it out to see the changes in performance for yourself!

Link https://millionjs.org/

TanStack Router: A Powerful Alternative to React-Router

As a developer, you might have already used or heard about React-Router, the de facto standard for routing in React applications. It provides an easy and flexible way to handle client-side routing, which is essential for building single-page applications (SPAs). However, there is another powerful alternative to React-Router that is worth considering — the TanStack Router.

TanStack Router is a React routing library developed by the creators of TanStack Query (React Query). This library offers an extensive range of features that can help you build robust and efficient web applications. In this post, we will discuss the TanStack Router, its advantages over React-Router, and why you should consider using it in your projects.

What is TanStack Router?

TanStack Router is a modern routing library designed for React applications. It comes with built-in support for TypeScript, allowing developers to write type-safe code for their applications. The library also includes many other features, such as nested routing, integrated route loading APIs, automatic route prefetching, and more.

Some of the key features of TanStack Router include:

- 100% inferred TypeScript support

- Typesafe absolute and relative navigation

- Nested Routing and layout routes

- Integrated route loading APIs (data, assets, suspense)

- Designed for stale-while-revalidate caches (React Query, SWR, etc.)

- Automatic route prefetching

- Suspense-like route transitions

- Asynchronous route elements and error boundaries

- Typesafe JSON-first Search Params state management APIs

- Path and Search Parameter Schema Validation

- Search Param Navigation APIs

- Custom Search Param parser/serializer support

- Search param middleware

- Route matching middleware

TanStack Router vs. React-Router

While React-Router is a widely-used and popular solution for routing in React applications, TanStack Router offers several advantages that make it a strong alternative. Here are some key differences between the two libraries:

1. Type safety: TanStack Router provides type safe actions, loaders, and routes. React-Router, on the other hand, is not type safe at all. Routes, actions, and loaders are hit or miss.

2. Integrated Route Loading APIs: TanStack Router comes with integrated route loading APIs for data, assets, and suspense. This enables developers to efficiently load data and assets for specific routes while providing a seamless user experience.

3. Automatic Route Prefetching: With TanStack Router, you can automatically prefetch data for routes based on user interactions, such as hovering over a react router link. This can significantly improve the performance of your application by reducing the time it takes to load data when navigating between routes.

4. Suspense-like Route Transitions: TanStack Router offers suspense-like route transitions, which enable developers to create smooth and seamless transitions between routes, improving the overall user experience.

5. Typesafe JSON-first Search Params State Management APIs: TanStack Router provides a typesafe JSON-first approach to managing search parameters, making it easier to work with search parameters in a type-safe and structured manner.

6. Path and Search Parameter Schema Validation: With TanStack Router, you can validate the schema of your path and search parameters, ensuring that your application is using the correct data types and formats.

7. Custom Search Param Parser/Serializer Support: TanStack Router allows developers to use custom search parameter parsers and serializers, giving them more control over how search parameters are handled in their applications.


In conclusion, TanStack Router is a powerful and feature-rich alternative to React-Router for handling routing in your React applications. With its extensive set of features, including TypeScript support, integrated route loading APIs, automatic route prefetching, and more, TanStack Router can help you build robust and efficient web applications.

If you are looking for a routing solution that offers greater flexibility, improved performance, and a more developer-friendly experience, consider giving TanStack Router a try in your next React project.

Link https://tanstack.com/router/v1

Shadcn UI: A Collection of Reusable Components for Your Projects

Shadcn UI is a unique approach to providing developers with reusable components for their web applications. Unlike traditional component libraries, Shadcn UI is not distributed as an npm package or installed as a dependency. Instead, it offers a collection of reusable components built using Radix UI and Tailwind CSS that you can copy, paste, and customize to fit your needs.

Ownership and Control of Your Components

The primary goal of Shadcn UI is to give developers ownership and control over their components’ code while providing a solid starting point. By offering a set of sensible default components, developers can easily customize and adapt them to match their project’s requirements.

This approach allows developers to separate the design of their components from their implementation, avoiding the common drawback of coupling style with functionality found in many npm package-based component libraries.

Reusable Components in Shadcn UI

Shadcn UI features a wide array of components that can be easily integrated into your projects. Some of the available components include:

- Accordion

- Alert

- Alert Dialog

- Aspect Ratio

- Avatar

- Badge

- Button

- Calendar

- Card

- Checkbox

- Collapsible

- Command

- Context Menu

- Dialog

- Dropdown Menu

- Hover Card

- Input

- Label

- Menubar

- Navigation Menu

- Popover

- Progress

- Radio Group

- Scroll Area

- Select

- Separator

- Sheet

- Skeleton

- Slider

- Switch

- Tabs

- Textarea

- Toast

- Toggle

- Tooltip

Getting Started with Shadcn UI

To start using Shadcn UI, simply browse through the available components and choose the ones you need for your project. Copy and paste the corresponding code into your application and customize it according to your requirements. By doing so, you gain complete control over the components’ design and implementation while benefiting from the solid foundation provided by Radix UI and Tailwind CSS.


Shadcn UI offers a unique and flexible approach to building reusable components for your web applications. By giving you full control over the code and design, you can create custom components tailored to your project’s needs without compromising on quality. If you’re looking for a way to speed up your development process while maintaining control over your components, consider using Shadcn UI as a starting point for building your own component library.

Link: https://ui.shadcn.com/docs/

Exploring New Frontiers in React Development

TanStack Router, Million.js, and Shadcn UI are three fascinating and cutting-edge libraries that can improve your experience developing for React.

TanStack Router offers a wealth of features to assist you in creating reliable and effective web applications and serves as a potent substitute for React-Router. A faster and more effective alternative to the virtual DOM is used by Million.js to optimize the performance of your React components. Finally, Shadcn UI offers a distinct method for creating reusable components, allowing developers to maintain control over the design and implementation of their components.

You can improve your React development process and produce applications that are more effective, performant, and customizable by investigating and utilizing these libraries. Each library provides a distinct set of benefits and features that address various facets of the development process. These libraries can help you with routing optimization, component performance improvement, and increased control over reusable components.

We urge you to think about adding TanStack Router, Million.js, and Shadcn UI to your toolkit as you continue to create and improve your React applications. By doing this, you’ll be able to push the boundaries of React development and produce exceptional web applications that surpass the requirements of both users and developers.

Originally published at https://www.itmagination.com.




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