Do You Need State Management in 2025? React Context vs Zustand vs Jotai vs Redux

Published: (December 4, 2025 at 01:43 PM EST)
4 min read
Source: Dev.to

Source: Dev.to

🎯 The Problem

The Context

  • Portfolio site: Personal brand, blog, project showcase
  • UI library: 25+ reusable React components
  • State requirements: Theme, navigation, forms, analytics
  • Team size: Solo developer (need fast iteration)
  • Constraints: No over‑engineering, clear upgrade path
  • Future: E‑commerce features, user accounts, complex data

The Challenge

Choosing the wrong state solution would hurt:

  • 🐌 Over‑engineering: Redux for 3 pieces of state = overkill
  • 🔄 Under‑engineering: Context for real‑time feeds = performance issues
  • 📚 Learning curve: New devs need to understand the pattern
  • 🔧 Migration pain: Wrong choice = 2–3 days to refactor later
  • 💰 Bundle size: Some solutions add 15 KB+ to bundle

Why This Decision Mattered

  • ⏱️ Developer velocity: Simple state = faster feature development
  • 🚀 Performance: Right tool prevents re‑render issues
  • 🔄 Scalability: Need clear upgrade path as complexity grows
  • 🤝 Team onboarding: Future team needs to understand it quickly
  • 📦 Bundle size: Every KB matters for performance

✅ Evaluation Criteria

Must‑Have Requirements

  • TypeScript support – Full type safety for state
  • Simple API – Easy to understand and teach
  • Performance – No unnecessary re‑renders
  • DevTools – Ability to debug state changes
  • React 19 compatible – Works with latest React

Nice‑to‑Have Features

  • Time‑travel debugging (Redux DevTools)
  • Middleware support (logging, persistence)
  • Async action handling
  • Optimistic updates
  • State persistence (localStorage)
  • Server state integration

Deal Breakers

  • ❌ Requires massive boilerplate for simple state
  • ❌ Poor TypeScript support
  • ❌ Large bundle size (10 KB+ for basic features)
  • ❌ Steep learning curve (2+ days to understand)
  • ❌ Forces specific architecture patterns

Scoring Framework

CriteriaWeightWhy It Matters
Simplicity30%Solo dev needs fast iteration
Performance25%Re‑renders kill UX
Bundle Size20%Portfolio site needs to be fast
TypeScript Support15%Type safety prevents bugs
Scalability10%May need complex state later

🥊 The Contenders

React Context + useState – Built‑In Solution

  • Best For: Simple to moderate state needs
  • Key Strength: Zero dependencies, native React
  • Key Weakness: No built‑in devtools, can cause re‑renders
  • Bundle Size: 0 KB (included in React)
  • First Release: React 16.3 (2018), improved in 19
  • Maintained By: Meta (React team)
  • Current Status: Stable, actively improved

Zustand – Minimalist State Management

  • Best For: Medium complexity apps needing global state
  • Key Strength: Simple API, tiny size, great DX
  • Key Weakness: Less structured than Redux
  • Bundle Size: 1.2 KB gzipped
  • GitHub Stars: 50.5k ⭐
  • NPM Downloads: 5 M/week
  • First Release: 2019
  • Maintained By: Poimandres (pmndrs) team
  • Current Version: 4.5.x (stable, mature)

Jotai – Atomic State Management

  • Best For: Complex state with lots of derived values
  • Key Strength: Atomic updates, bottom‑up approach
  • Key Weakness: Different mental model than Redux/Context
  • Bundle Size: 3 KB gzipped
  • GitHub Stars: 18.8k ⭐
  • NPM Downloads: 1.5 M/week
  • First Release: 2020
  • Maintained By: Poimandres (pmndrs) team
  • Current Version: 2.x (stable, actively developed)

Redux Toolkit – Enterprise Solution

  • Best For: Large apps, teams needing strict structure
  • Key Strength: Powerful devtools, middleware, structured
  • Key Weakness: Verbose, learning curve, boilerplate
  • Bundle Size: 15 KB gzipped
  • GitHub Stars: 47k ⭐ (Redux) + 10.8k ⭐ (RTK)
  • NPM Downloads: 10 M/week
  • First Release: 2015 (Redux), 2019 (RTK)
  • Maintained By: Redux team (Mark Erikson)
  • Current Version: 2.x (stable, mature)

TanStack Query – Server State Specialist

  • Best For: Apps with lots of API calls and caching
  • Key Strength: Best‑in‑class server state management
  • Key Weakness: Not for client state (different purpose)
  • Bundle Size: 13 KB gzipped
  • GitHub Stars: 43k ⭐
  • NPM Downloads: 5 M/week
  • First Release: 2019 (as React Query)
  • Maintained By: Tanner Linsley
  • Note: Different category – handles API/server state, not UI state

📊 Head‑to‑Head Comparison

Quick Feature Matrix

FeatureContextZustandJotaiRedux ToolkitTanStack Query
Bundle Size0 KB1.2 KB3 KB15 KB13 KB
Learning Curve1 hour2 hours4 hours2 days3 hours
TypeScript✅ Great✅ Great✅ Great✅ Excellent✅ Excellent
DevTools❌ None✅ Via middleware✅ Via atoms✅ Redux DevTools✅ Built‑in
Middleware❌ No✅ Yes✅ Yes✅ Extensive⚠️ Plugins
Async Actions⚠️ Manual✅ Easy✅ Easy✅ RTK Query✅ Built‑in
Persistence⚠️ Manual✅ Via middleware✅ Via atoms✅ Via middleware✅ Built‑in
Performance⚠️ Can re‑render✅ Optimized✅ Atomic✅ Optimized✅ Optimized
Boilerplate✅ Minimal✅ Minimal✅ Minimal❌ Moderate✅ Minimal
Time Travel❌ No⚠️ With middleware⚠️ With tools✅ Built‑in❌ No

Performance Benchmarks

I tested 1 000 state updates with 10 subscribed components:

SolutionUpdate TimeRe‑rendersMemory Usage
Context (naïve)127 ms10 0002.1 MB
Context (optimized)89 ms1 0002.0 MB
Zustand67 ms1 0002.3 MB
Jotai71 ms1 0002.5 MB
Redux Toolkit84 ms1 0003.1 MB

Key insight: Optimized Context is nearly as fast as Zustand, but requires more manual optimization work.

The State Management Landscape in 2025

  • React Context + useState/useReducer – Built into React, zero dependencies, perfect for moderate state needs.
  • Zustand – Minimalist (≈1 KB), simple API, hooks‑based, great developer experience.
  • Jotai – Atomic state, bottom‑up approach, recoil‑inspired but simpler.
  • Redux Toolkit – Industry standard, powerful devtools, structured but verbose.
  • TanStack Query – Server‑state specialist (different category, often confused with UI state tools).

The real question isn’t “which is best?” but rather “what level of complexity does my app actually have?”

Why I Started With React Context

My portfolio site has only a handful of state slices:

  • Theme preferences (light/dark mode)
  • Navigation state (mobile menu open/closed)
  • Form state (contact form, newsletter signup)
  • Analytics tracking (user interactions)

No complex data flows, no deeply nested component trees needing the same state, and no global cache synchronization. React Context handles this beautifully:

// contexts/ThemeContext.tsx
import { createContext, useContext, useState, ReactNode } from 'react';

type Theme = 'light' | 'dark';

interface ThemeContextType {
  theme: Theme;
  toggleTheme: () => void;
}

const ThemeContext = createContext<ThemeContextType | undefined>(undefined);

export const ThemeProvider = ({ children }: { children: ReactNode }) => {
  const [theme, setTheme] = useState<Theme>('light');

  const toggleTheme = () => setTheme(prev => (prev === 'light' ? 'dark' : 'light'));

  return (
    <ThemeContext.Provider value={{ theme, toggleTheme }}>
      {children}
    </ThemeContext.Provider>
  );
};

export const useTheme = () => {
  const ctx = useContext(ThemeContext);
  if (!ctx) throw new Error('useTheme must be used within ThemeProvider');
  return ctx;
};
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