Top 18 React State Management Libraries Dominating 2025

2. Zustand

Being one of the simple yet powerful libraries in 2025, Zustand is gaining popularity. It’s an unopinionated and small state management library for React.

Ideal for: well-suited for small applications.

Key Features of Zustand

Some useful features of the Zustand library include:

• No Boilerplate
• Minimal API
• Middleware support is enabled by default
• Works with hook

Zustand Pros

Benefits of Zustand include:

• Fast and lightweight
• Easy to integrate
• No need for reducers and action types

Zustand Cons

Some drawbacks of working with Zustand are:

• It has a smaller ecosystem in comparison with Redux.

Code Example:

Javascript

import create from ‘ zustand’;

const useStore = create ( set => ({

count : 0,

increment : () => set ( state => ({ count : state.count + 1})),

decrement : () => set ( state => ({ count : state.count - 1})),

})),

export default function Counter (){

const { count, increment, decrement } = useStore();

return (

< div >

< p >{ count }</p >

< button onClick = { increment }>+</button >

< button onClick = { decrement }>-</button >

< /div >

});

3. Recoil

This library was developed by Facebook and feels like Recoil was only built to cater to React. To manage both local and global state, it uses selectors and atoms.

Ideal for: Recoil is the best fit for apps having complex state dependencies.

Key Features of Recoil

Some useful features of the Recoil library include:

• Minimal Boilerplate
• Suitable for concurrent mode

Recoil Pros

Benefits of Recoil include:

• Beginner-friendly technology
• Best for apps with complex state dependencies

Recoil Cons

Some drawbacks of working with Recoil are:

• Not an official React state manager or one of the React component libraries.
• Smaller community compared to Redux

Code Example:

JavaScript

import { atom, selector, useRecoilState, useRecoilValue } from'recoil';

const countState = atom({ key: 'countState', default: 0, });

const doubleCount = selector({ key: 'doubleCount', get: ({ get }) => get(countState) * 2, });

export default function Counter() { const [count, setCount] =

useRecoilState(countState); const double =

useRecoilValue(doubleCount);

return ( <div> <p>Count:

{count}</p> Double: {double}</p> <button onClick={() => setCount(count + 1)}>+</button> </div> ); }

4. MobX

MobX is an extremely intuitive state management library for React. It automatically updates UI with any change in state with the help of observable data.

Ideal for: MobX is a suitable option for apps that need real-time updates.

Key Features of MobX

Some useful features of the MobX library include:

• Minimal boilerplate
• TypeScript support
• Observable data-based

MobX Pros

Benefits of MobX include:

• Updates automatically without manual writing
• Flexible for complex apps

MobX Cons

Some drawbacks of working with MobX are:

• It can be hard or feel magical to debug for beginners

Code Example:

JavaScript

import { observer } from'mobx-react-lite'

; import { makeAutoObservable } from'mobx';

class CounterStore { count = 0; constructor() { makeAutoObservable(this) }

increment() { this.count++}

decrement() { this.count-- }

}

const store = new CounterStore();

const Counter = observer(() =>

( `div> <p>{store.count}</p>

< button onClick={() =>

store.increment()}>+</button> < button onClick={() => store.decrement()}>-</button> </div> ));

5. Jotai

In Jotai, atomic state management is offered. Here, each piece of state is its own atom. Ideal for :This is the best fit to keep state pieces completely independent.

Key Features of Jotai

Some useful features of the Jotai library include:

• Async atoms
• Minimal API
• Atoms are derived from the computed state

Jotai Pros

Benefits of Jotai include:

• Lightweight with a small bundle
• Out of the box TypeScript support

Jotai Cons

Some drawbacks of working with Jotai are:

• Need additional setup for advanced functions
• Not suitable for complex state management scenarios

Code Example:

JavaScript

import { atom, useAtom } from 'jotai';

const countAtom = atom(0);

export default function Counter() {

const [count, setCount] = useAtom(countAtom);

return ( <div> <p>{count}</p>

<button onClick={() => setCount(c => c + 1)}>+</button> </div> ); }

6.Valtio

Valtio is a proxy-based state management library. It works by turning your app state into a proxy and makes updates automatic and seamless.

Ideal for: Valtio is the best choice for React developers who want convenience of mutable state alongside reactivity.

Key Features of Valtio

Some useful features of the Valtio library include:

• Minimalist and performant solution
• Automatic proxy-based reactivity

Valtio Pros

Benefits of Valtio include:

• Simple and straightforward API
• Efficient updates and re-renders
• Flexible to use with other libraries

Valtio Cons

Some drawbacks of working with Valtio are:

• Limited documentation
• Lack of tooling
• Learning curve for developers

Code Example:

javascript

import { proxy, useSnapshot } from ‘ valtio ’;

const state = proxy ({ count : 0 });

export default function Counter ( ){

const snap = useSnapshot ( state );

return (

< div >

< p > { snap.count } </p>

< button onClick = {( ) => state.count++}>+</button>

< /div >

);

}

7. XState

This React library introduces statecharts and finite state machines to the React framework. This way, it makes React workflows more predictable.

Ideal for: This is a suitable option for apps with multi-step forums, UI logic, and completely defined workflows.

Key Features of XState

Some useful features of the XState library include:

• TypeScript support
• Clear separation of UI and logic
• Visual state diagrams

XState Pros

Benefits of XState include:

• Removes unpredictable state transitions
• Solid debugging with visual tools

XState Cons

Some drawbacks of working with XState are:

• Hard to learn

Code Example:

javascript

import { createMachine } from ‘ xstate ’;

import { useMachine } from ‘ @ xstate / react ’;

const toggleMachine = createMachine ({

id : ‘ toggle ’,

initial : ‘ inactive ’,

states : {

inactive : { on : { TOGGLE : ‘ active ’ }};

active : { on : { TOGGLE : ‘ inactive ’ }}

}

});

export default function ToggleButton () {

const [ state , send ] = useMachine (toggleMachine);

return (

< button onClick = {() => send ( ‘ TOGGLE ’)}>

{ state . matches ( ‘ inactive’ )? ‘ Off ’ : ‘ On’}

< /button >

});

8. Akita

An ideal library for entity focused state management-Akita manages structured entities and data.

Ideal for: This is an ideal option for apps that manage large sets of normalized or relational data.

Key Features of Akita

Some useful features of the Akita library include:

• State retrieval based on query
• Entity stores

Akita Pros

Benefits of Akita include:

• Scalable architecture
• Best fit for CRUD-heavy apps

Akita Cons

Some drawbacks of working with Akita are:

• Small developer community

Code Example:

javascript

import { Store , StoreConfig } from ‘ @ datorama / akita’;

export interface CounterState {

value : number;

}

@StoreConfig ({ name : ‘ counter ’ })

export class CounterStore extends Store < CounterState > {

constructor () {

super ({ value : 0 )

}

}

export const counterStore = new CounterStore ();

9. React Query

To manage server-side state, React Query is the go-to option. It includes syncing, caching, and background updates.

Ideal for: Mostly suitable for apps that frequently mutate or fetch server data.

Key Features of React Query

Some useful features of the React Query library include:

• Frequent optimistic updates
• Background synchronization
• Automatic refetching and caching

Query Pros

Benefits of Query include:

• Boosts perceived performance
• Removes boilerplate for API calls

Query Cons

Some drawbacks of working with Query are:

• Doesn’t support the local state

Code Example:

javascript

import { useQuery } from ‘ @tanstack /react-query’; 

function fetchPosts () { 
return fetch ( ‘/api/posts’ ) . Then ( res => res.json ()); 
} 

export default function Posts () { 
const { data, isLoading } = useQuery ([‘posts’], fetchPosts); 

if ( isLoading ) return <p> Loading...</p>; 
return ( 
< ul > 
{ data.map (post =><li key={ post.id}>{post.title}</li>)} 
</ul> 
); 
}

10. Apollo Client

Apollo client is the right place to handle GraphQL-based applications. It also takes care of both local and server-side state.

Ideal for: GraphQL based apps

Key Features of Apollo Client

Some useful features of the Apollo Client library include:

• Local state management
• Takes care of query and mutation
• Built-in caching

Apollo Client Pros

Key advantages of Apollo Client include:

• Excellent developer tool
• Strict GraphQL integration

Apollo Client Cons

Some drawbacks of working with Apollo Client are:

• Without GraphQL, it’s heavier than other React libraries

Code Example:

javascript

import { ApolloClient , InMemoryCache, ApolloProvider, useQuery, gql} from ‘ @apollo /client’;

const client = new ApolloClient ({

uri : ‘/graphql’,

cache: new InMemoryCache ()

});

const GET_POSTS = gql`

query GetPosts {

posts { id title }

}

;

function Posts () {

const { loading , data } = useQuery ( GET_POSTS );

if (loading) return <p> Loading...</p>;

return <ul> { data.posts.map (p => <li key= {p.id}>{p.title}</li>)}</ul>;

}

export default function App (){

return (

< ApolloProvider client = { client }>

< Posts/ >

< /ApolloProvider >

);

}

11. Effector

Taking help from reactive programming concepts, Effector emphasizes on predictable state changes.

Ideal for: It’s an ideal framework for high performance apps requiring fine-grained control.

Key Features of Effector

Some useful features of the Effector library include:

• Regional feature effect methods
• Write reusable features

Effector Pros

Benefits of Effector include:

• Fast performance
• TypeScript support
• Possesses a highly scalable architecture

Effector Cons

Some drawbacks of working with Effector are:

• Smaller community than Redux
• Steep learning curve for new developers

Code Example:

javascript

import { createEvent , createStore } from ‘ effector’;

const increment = createEvent ();

const decrement = createEvent ();

const counter = createStore (0)

.on ( increment, count => count + 1 )

.on ( decrement, count => count – 1 );

counter.watch ( state => console.log ( state ));

increment ( ); // 1

12. Hookstate

We can rightfully describe Hookstate as a ‘useState on steroids’. It backs plugin-based, local, and global state with excellent performance.

Ideal for: It’s an ideal stack for developers who aim for a useState-like API.

Key Features of Hookstate

Some useful features of the Hookstate library include:

• Plugin systems
• Developer tools

Hookstate Pros

Benefits of Hookstate include:

• Easy to learn
• Validation and persistence through plugin systems

Hookstate Cons

Some drawbacks of working with Hookstate are:

• Less adoption in the mainstream
• Smaller ecosystem in comparison with Redux and Zustand

Code Example:

javascript

import { createState, useState } from ‘ @hookstate /core’;

const globalState = createState ({ count : 0 });

export default function Counter ( ){

const state = useState (globalState_;

return (

< div >

< p > { state.count.get ()}</p>

< button onClick = {() => state.count.set ( p => p + 1)}>+</button>

</div>

);

}

13. RxJS

This library is not limited to React only. When you combine RxJS with hooks, it allows stream-based state management of applications.

Ideal for: An ideal option for real-time data heavy apps.

Key Features of RxJS

Some useful features of the RxJS library include:

• Observables
• Rich set of operators
• Schedulers for task execution

RxJS Pros

Benefits of RxJS include:

• Suitable for asynchronous and real-time data
• Operates across multiple frameworks

RxJS Cons

Some drawbacks of working with RxJS are:

• A steep learning curve
• More boilerplate than simple libraries

Code Example:

javascript

import { BehaviorSubject } from ‘rxjs’;

import { useEffect, useState } from ‘ react’;

const count$ = new behaviorSubject (0);

export default function Counter (){

const [count, setCount] = useState ( count$ . Value );

useEffect (( ) => {

const sub = count$ . subscribe ( setCount );

return () => sub.unsubscribe ();

}, []);

return (

< div >

<p> { count} </p>

<button onClick= {() => count$.next (count+1)}>+</button>

</div>

);

}

14. Overmind

With Overmind, you can keep state, actions, and effects always in a single predictable state.

Ideal for: It’s an ideal library for apps that need organized state logic.

Key Features of Overmind

Some useful features of the Overmind library include:

• Ability to assess effects of infrastructure changes
• Gives a clear picture of potential risks

Overmind Pros

Benefits of Overmind include:

• Clear-cut separation of concerns
• Excellent debugging tools

Overmind Cons

Some drawbacks of working with Overmind are:

• Smaller-sized community
• A slightly heavier stack than Jotai or Zustand

Code Example:

javascript

import { createOvermind } from ‘ overmind ’;

import { createHook } from ‘ overmind-react';

const config = {

state : { count: 0 },

actions: {

increment ({ state }) { state.count++ }

}

};

const overmind = createOvermind ( config );

export const useOvermind = createHook ();

15. Rematch

This one is built on Redux but eliminates most of the setup complexity. A good choice for teams requiring simple setup and Redux’s power.

Ideal for: apps with simple setup + Redux strength

Rematch Pros

Benefits of Rematch include:

• Functions with existing Redux tools
• Less boilerplate

Rematch Cons

Some drawbacks of working with Rematch are:

• Not as popular as Redux Toolkit
• Still carries some Redux complexity

Code Example:

javascript

;import { init } from ‘@rematch/core’;

const count = {

state : 0,

reducers : {

increment : s => s + 1,

decrement : s => s - 1

}

};

const store = init ({ models : { count } }):

16. Nano Stores

It’s a small state manager with React integration. Nano Store is a perfect fit for performance-sensitive apps. Even if you compare Vue vs React, Nano Stores takes care of both frameworks.

Ideal for: Performance-sensitive applications

Key Features of Nano Stores

• Lightweight stores
• Zero dependencies

Nano Stores Pros

• Fast and efficient
• Suitable for React, Vue, and other frameworks

Nano Stores Cons

• Not suitable for very large development projects

Code Example:

javascript

import { atom } from ‘ nanostores’ ;

import { useStore } from ‘ @nanostores/react’;

export const count = atom (0);

export default function Counter () {

const $count = useStore ( count );

return (

< div >

< p > { $count} </p>

< button onClick = {() => count.set ($count + 1)}>=</button>

</div>

);

}

17. Unstated Next

This is a small library to containerize state with hooks. It’s the best approach for projects where Context API is enough. However, a cleaner is required.

Ideal for: Where Context API is sufficient

Unstated Next Pros

Benefits of Unstated Next include:

• Small and easy to understand
• Operates directly with hooks

Unstated Next Cons

Some drawbacks of working with are:

• Not recommended for enterprise-grade apps

Code Example:

javascript

import { createContainer } from ‘ unstated-next';

import { useState } from ‘ react’;

function useCounter () {

const [ count, setCount ] = useState (0);

return { count, increment : () => setCount ( c => c + 1)};

}

const CounterContainer = createContainer ( useCounter);

export default function Counter () {

const counter = CounterContainer . UseContainer ()

return (

< div >

< p> { counter.count } </p>

< button onClick = { counter.increment}>+</button>

</div>

);

}

18. Reim

Reim is an immutable and simple library for React. This library is designed to ensure minimalism.

Ideal for: An excellent choice for experts who want immutable updates.

Unstated Next Pros

Benefits of Unstated Next include:

• Simple and intuitive
• Easy integration

Unstated Next Cons

Some drawbacks of working with Unstated Next are:

• Limited modern features
• A small community

Code Example:

javascript

import reim from ‘ reim ’;

const [ store, setStore] = reim ({ count : 0 });

setStore ( draft => { draft.count ++ });

How to Choose the Best React State Management Library

If you are confused about which state management React libraries to use for your projects totally depends on your project’ nature, complexity, demands, and team size. Lightweight options like Zustand or Jotai ensure speed and simplicity for small-scale projects. To take care of large enterprise apps, solutions like Redux Toolkit or MobX offer support and scalability.

React State Management Libraries Comparison: 2025 Edition

Let’s have a look at the given table for a brief React state management libraries comparison:

Wrapping Up

Stata management is critical for any React application. Being a React developer, whether you are working on a small dynamic app or a large enterprise platform, state management directly affects your app’s maintainability, performance, and overall development experience. When it comes to React state management libraries-there is no one-size-fits-all solution. Which library you should opt for depends completely on your project complexity, performance requirements, and team experience.

Choose the React state management solution that perfectly fits your app’s scale and workflow.