Redux vs Zustand vs Jotai
Compare React state management libraries by downloads, growth, and real-world adoption
Weekly Downloads — Last 6 Months
Weekly
22.1M
Monthly
88.6M
Growth
+28%
Bundle (gzip)
1.4 kB
Weekly
22.0M
Monthly
88.3M
Growth
+82%
Bundle (gzip)
—
Package Breakdown
The battle-tested state container with DevTools and enterprise adoption
✓ Best For
Large applications with complex state, teams that need time-travel debugging, and organizations with existing Redux codebases
✗ Weakness
Significant boilerplate even with RTK, steep learning curve, overkill for most applications
The minimal state management solution that just works
✓ Best For
Most React applications, teams wanting simplicity without sacrificing capability, and developers tired of Redux boilerplate
✗ Weakness
Less opinionated structure can lead to inconsistent patterns across large teams
Atomic state management inspired by Recoil
✓ Best For
Applications with many independent pieces of state, fine-grained reactivity requirements, and teams comfortable with atomic mental model
✗ Weakness
Different mental model requires learning investment, smaller ecosystem than Zustand
Which State Management Library Should You Use?
For new projects in 2026, Zustand is the default recommendation. It's simple enough to learn in an afternoon, powerful enough for complex applications, and the community and ecosystem have matured significantly. The download growth confirms what developers have been saying for years — Redux is being replaced in new projects.
Use Redux (with Redux Toolkit) if you're maintaining an existing Redux codebase or building something where the DevTools and strict unidirectional flow are genuinely worth the overhead — large financial applications, complex workflow engines, or applications where debugging state changes is critical.
Jotai is worth choosing when your state is naturally atomic — many independent pieces that don't all belong in a single store. It pairs particularly well with React Suspense and concurrent features.
Recommended: zustand
Simplest API, growing fast, handles 95% of use cases with a fraction of the boilerplate.
Which to Use For Each Use Case
| Use Case | Winner |
|---|---|
| New React project | zustand |
| Large enterprise app | redux |
| Complex UI with many independent widgets | jotai |
| Existing Redux codebase | redux |
FAQ
Is Redux dead?+
Should I migrate from Redux to Zustand?+
Does Zustand work with React Server Components?+
What about React Query / TanStack Query?+
Related Comparisons
State management has been one of the most debated topics in React development for a decade. Redux dominated for years — its strict unidirectional data flow and DevTools became industry standards. But Redux's verbosity and boilerplate drove developers to seek simpler alternatives. Zustand and Jotai emerged as two of the most popular answers, taking very different approaches to the same problem.
The download trends here tell a fascinating story of ecosystem evolution — Redux still has massive absolute numbers from years of enterprise adoption, but Zustand's growth curve is steep, and Jotai is carving out its own niche in the atomic state space.
The Evolution of React State Management
Redux, released in 2015 by Dan Abramov, became the de facto state management solution for React. Its predictability, time-travel debugging, and clear mental model made it the enterprise standard. But the boilerplate — actions, reducers, dispatchers, selectors — became notorious. Redux Toolkit (RTK) was created to address this, reducing boilerplate significantly, but the conceptual overhead remained.
Zustand, created by the makers of Jotai and React Spring, took a radically simpler approach. A Zustand store is just a function that returns state and actions. No providers, no reducers, no action types — just a hook. This simplicity drove rapid adoption, particularly among developers building medium-complexity applications who found Redux overkill.
Jotai, inspired by Recoil (Facebook's experimental state library), uses an atomic model where state is broken into small, composable atoms rather than a single store. This enables more granular re-renders and a more React-idiomatic mental model, but introduces a different way of thinking about state structure.
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