7 Best Alternatives to @tanstack/react-query in 2026

Why look beyond @tanstack/react-query

@tanstack/react-query, often referred to as React Query, provides a robust solution for managing server state within React applications. Its strengths lie in automatic caching, background refetching, and tools for optimistic UI updates, which collectively simplify the complexities of asynchronous data handling. Developers often choose React Query to reduce boilerplate code associated with data fetching and synchronization, benefiting from features like stale-while-revalidate strategies and automatic retries on failed requests.

However, specific project requirements might necessitate exploring alternatives. For applications already deeply integrated with GraphQL, a dedicated GraphQL client might offer a more streamlined experience, leveraging GraphQL's schema-driven data fetching capabilities directly. Similarly, projects with existing Redux implementations might prefer an alternative that integrates seamlessly with Redux's centralized state management patterns, avoiding potential redundancy or conflicts in state management paradigms. Other considerations include the desire for a lighter-weight library, different caching strategies, or a specific ecosystem fit that better aligns with the overall application architecture.

Top alternatives ranked

1. 1. SWR — A React Hooks library for data fetching

   SWR is a React Hooks library developed by Vercel for data fetching. The name "SWR" is derived from stale-while-revalidate, a cache invalidation strategy popularized by HTTP RFC 5861. SWR focuses on providing a lightweight and high-performance solution for fetching, caching, and revalidating data in React applications. It automatically revalidates data on focus, network recovery, and interval polling, ensuring that the UI always displays the latest information. SWR is often praised for its simplicity and minimal API surface, making it easy to integrate into existing projects. It supports various data sources, including REST APIs, GraphQL, and even local data, through a flexible fetcher function. Its focus on the stale-while-revalidate pattern helps in delivering a fast user experience by immediately showing cached data while revalidating it in the background.

   Best for: Lightweight data fetching, projects prioritizing simplicity, applications using the stale-while-revalidate caching strategy.

   Learn more on the SWR profile page or at swr.vercel.app.

2. 2. Apollo Client — A comprehensive state management library for GraphQL

   Apollo Client is a comprehensive state management library for JavaScript applications that allows developers to manage both local and remote data with GraphQL. It integrates deeply with GraphQL, providing features like declarative data fetching, caching, and automatic UI updates. Apollo Client is designed to be framework-agnostic but is most commonly used with React through its @apollo/client package. It offers a powerful normalized cache that automatically updates when new data is fetched or mutations are performed, reducing the need for manual cache management. Beyond data fetching, Apollo Client also supports local state management, enabling a unified approach to all application state. Its ecosystem includes tools for code generation, testing, and dev tools, making it a robust choice for complex applications heavily reliant on GraphQL APIs.

   Best for: GraphQL-centric applications, complex data requirements, unified local and remote state management.

   Learn more on the Apollo Client profile page or at apollographql.com.

3. 3. RTK Query — Data fetching and caching for Redux Toolkit

   RTK Query is an optional add-on to Redux Toolkit designed to simplify data fetching, caching, and invalidation for Redux-powered applications. It builds on top of Redux Toolkit's core principles, providing a powerful and opinionated way to interact with APIs. RTK Query automatically generates Redux slices, reducers, and thunks based on API definitions, significantly reducing the boilerplate typically associated with data fetching in Redux. It features automatic caching, intelligent refetching, and optimistic updates, all configurable through its API definition. For developers already using Redux or planning to use it for global state management, RTK Query offers a seamless integration that centralizes both client and server state within the Redux store. It supports various data fetching methods, including REST and GraphQL, and promotes a declarative approach to API interactions.

   Best for: Redux-based applications, developers seeking integrated state and data management, reducing boilerplate in Redux setups.

   Learn more on the RTK Query profile page or at redux-toolkit.js.org.

4. 4. Axios — A promise-based HTTP client

   Axios is a popular promise-based HTTP client for the browser and Node.js. It simplifies making HTTP requests, offering features like request and response interception, automatic transformation of JSON data, and client-side support for protecting against XSRF. While Axios primarily handles the network layer of data fetching, it does not include built-in caching or server state management capabilities like @tanstack/react-query. Developers often pair Axios with a separate state management library or custom caching logic to achieve similar functionality. Its strength lies in its robust API for making HTTP requests, handling errors, and managing request configurations. Axios is widely used for its reliability, ease of use, and comprehensive feature set for interacting with RESTful APIs.

   Best for: Basic HTTP request handling, projects needing a flexible HTTP client, integration with custom caching solutions.

   Learn more on the Axios profile page or at axios-http.com.

5. 5. Fetch API — Native browser API for network requests

   The Fetch API provides a native interface for making network requests in web browsers, offering a more powerful and flexible alternative to XMLHttpRequest. It uses Promises, which simplifies asynchronous operations and makes it easier to work with responses. The Fetch API is built into modern browsers and Node.js (with a polyfill or native support in newer versions), meaning no external library is required for basic data fetching. Similar to Axios, Fetch API handles the network request layer but lacks built-in caching, automatic refetching, or server state management. Developers choosing Fetch API often implement their own caching strategies or integrate it with a state management library to handle the complexities of server state. Its primary advantage is being a native browser API, reducing bundle size and external dependencies.

   Best for: Projects seeking minimal dependencies, custom data fetching logic, environments where bundle size is critical.

   Learn more on the Fetch API profile page or at developer.mozilla.org.

Side-by-side

How to pick

Selecting an alternative to @tanstack/react-query depends on several factors, including your existing technology stack, the complexity of your data requirements, and specific performance goals.

• For GraphQL-centric applications: If your application primarily communicates with a GraphQL API, Apollo Client is often the most suitable choice. Its deep integration with GraphQL schemas, powerful normalized cache, and comprehensive ecosystem for both remote and local state management provide a streamlined development experience that aligns directly with GraphQL's capabilities.
• For Redux-powered applications: If your project already uses Redux for global state management, or if you plan to, RTK Query offers a highly integrated solution. It leverages Redux Toolkit to reduce boilerplate for data fetching and caching, ensuring a consistent state management pattern across your application. This can prevent the overhead of managing separate state systems.
• For lightweight data fetching and simplicity: If you're looking for a simpler, more lightweight library primarily focused on efficient data fetching and caching with a minimal API, SWR is a strong contender. Its emphasis on the stale-while-revalidate strategy provides a good balance between fresh data and immediate UI responsiveness, making it ideal for projects where ease of use and performance are paramount without the need for extensive state management features.
• For basic HTTP requests without built-in caching: If your needs are limited to making HTTP requests and you prefer to handle caching and state management manually or with other libraries, Axios provides a robust, promise-based HTTP client. Similarly, the native Fetch API is an excellent choice for projects aiming for the smallest possible bundle size and minimal external dependencies, especially when custom caching logic is preferred. Both require additional effort to replicate @tanstack/react-query's server state management features.
• Considering future scalability: Evaluate how each alternative scales with your application's growth. Libraries like Apollo Client and RTK Query offer more opinionated and feature-rich solutions that can handle complex data interactions and state management patterns. SWR provides a scalable solution for data fetching, but you might need to combine it with other state management tools for broader application state. Axios and Fetch API, while foundational, will require more architectural planning to scale server state management effectively.