7 Best Alternatives to Apollo Client in 2026

Why look beyond Apollo Client

Apollo Client is a comprehensive GraphQL client that offers powerful caching, state management, and integration with the broader Apollo ecosystem. It is particularly well-suited for complex React applications that rely heavily on GraphQL for data fetching and real-time updates. Its normalized cache is a significant feature, designed to minimize network requests and optimize UI rendering by storing data in a structured way and updating components automatically when underlying data changes. Apollo Client also supports advanced features such as optimistic UI, pagination, and offline capabilities, making it a robust choice for enterprise-level applications.

However, developers might consider alternatives for several reasons. For projects with less complex data requirements or those not exclusively using React, Apollo Client's feature set and bundle size might be more than necessary. Some alternatives offer a more lightweight approach, faster initial load times, or a steeper learning curve depending on the developer's familiarity with GraphQL concepts. Additionally, teams working with different frontend frameworks might seek solutions that offer broader compatibility beyond React. The choice often depends on specific project needs, performance goals, developer preference, and the existing technology stack.

Top alternatives ranked

1. 1. Relay — A JavaScript framework for data-driven React applications

   Relay is a GraphQL client developed by Meta, specifically designed for React applications. It focuses on performance and scalability, leveraging static queries and a compile-time approach to ensure data consistency and reduce boilerplate. Relay integrates deeply with React's component lifecycle, allowing components to declare their data requirements directly using GraphQL fragments. This colocation of data requirements and UI logic can simplify development and improve maintainability. Relay's compiler optimizes queries, ensuring that only the necessary data is fetched, which can lead to significant performance improvements in large applications. It also provides strong typing and a predictable data flow, which can be beneficial for large teams and complex projects. Relay's emphasis on compile-time query validation and optimization differentiates it from more dynamic clients.

   • Best for: Large-scale React applications, performance-critical GraphQL data fetching, compile-time query validation.

   See our in-depth Relay profile for more details.

   Learn more about Relay on its official website.

2. 2. urql — A highly customizable and versatile GraphQL client

   urql is a lightweight and modular GraphQL client that offers a flexible architecture through its concept of "exchanges." Exchanges are functions that can intercept and modify GraphQL operations, allowing developers to customize how data is fetched, cached, and handled. This modularity makes urql highly adaptable to various use cases, from simple data fetching to complex offline support and real-time subscriptions. It supports multiple frontend frameworks beyond React, including Vue and Svelte, making it a versatile choice for multi-platform development. urql prioritizes a small bundle size and a simple API, aiming to be easy to learn and integrate into existing projects. Its focus on extensibility via exchanges allows developers to add features like caching strategies, authentication flows, and error handling as needed, without bloating the core library.

   • Best for: Projects requiring a lightweight and customizable GraphQL client, multi-framework support, fine-grained control over data fetching logic.

   See our in-depth urql profile for more details.

   Learn more about urql on its official website.

3. 3. React Query — A powerful data-fetching library for React

   React Query, now part of TanStack Query, is a data-fetching library for React that focuses on server state management. While not exclusively a GraphQL client, it excels at managing asynchronous data fetching, caching, and synchronization with server data, making it a strong alternative for applications that consume GraphQL, REST, or other API types. React Query provides hooks for fetching, caching, and updating data, along with features like automatic refetching, background data synchronization, and optimistic updates. Its declarative API simplifies the process of managing complex server state, reducing the need for manual cache invalidation and data synchronization logic. It's framework-agnostic at its core, but its React integration is particularly robust. React Query's strength lies in its ability to manage the lifecycle of server data within a client-side application, offering tools for optimistic updates, pagination, and infinite scrolling.

   • Best for: React applications needing robust server state management, integrating with various API types (including GraphQL), automatic data synchronization and caching.

   See our in-depth React Query profile for more details.

   Learn more about React Query on its official website.

4. 4. SvelteKit — A full-stack web framework built on Svelte

   SvelteKit is a full-stack web framework for building web applications of all sizes, powered by Svelte. While not a GraphQL client itself, SvelteKit offers built-in mechanisms for data fetching and state management that can be used to interact with GraphQL APIs. It leverages Svelte's reactivity model to create highly performant and user-friendly applications. SvelteKit's endpoint routing allows developers to create API endpoints directly within their SvelteKit project, which can then fetch data from a GraphQL server. For client-side GraphQL interactions, developers can integrate lightweight GraphQL clients or use native fetch APIs within Svelte components. SvelteKit focuses on compile-time optimizations, resulting in smaller bundles and faster load times. Its server-side rendering (SSR) and static site generation (SSG) capabilities also contribute to improved performance and SEO.

   • Best for: Svelte-based applications, full-stack development with a focus on performance, projects seeking a reactive and compile-time optimized framework.

   See our in-depth SvelteKit profile for more details.

   Learn more about SvelteKit on its official website.

5. 5. Remix — A full-stack web framework focused on web standards

   Remix is a full-stack web framework that embraces web standards to build modern, performant user interfaces. Similar to SvelteKit, Remix is not a GraphQL client but provides robust data loading and mutation capabilities that seamlessly integrate with any API, including GraphQL. Remix's key features include nested routing, which allows for efficient data loading and error handling across different parts of an application. Its loaders and actions provide a clear separation between data fetching/mutation logic and UI components, making it easier to manage complex application states. Remix's focus on progressive enhancement ensures that applications remain functional even with JavaScript disabled, improving accessibility and resilience. Developers can use standard fetch API calls within loaders to interact with GraphQL endpoints, or integrate a lightweight GraphQL client if preferred. Remix's approach to data handling often reduces the need for extensive client-side state management libraries.

   • Best for: Applications prioritizing web standards, robust data loading and mutation, full-stack development with a strong focus on performance and resilience.

   See our in-depth Remix profile for more details.

   Learn more about Remix on its official website.

6. 6. Next.js — A React framework for production

   Next.js is a React framework that enables server-side rendering (SSR), static site generation (SSG), and API routes, making it suitable for building full-stack React applications. While Next.js itself doesn't include a dedicated GraphQL client, it provides powerful data fetching mechanisms that can easily integrate with GraphQL APIs. Developers can use getStaticProps, getServerSideProps, or client-side fetching with SWR or React Query to interact with GraphQL endpoints. Next.js API routes can also serve as a backend-for-frontend (BFF) layer, aggregating data from multiple sources, including GraphQL servers. Its focus on performance optimization, such as image optimization and code splitting, combined with its flexibility in data fetching strategies, makes it a popular choice for complex web applications. The framework's ability to handle both client-side and server-side rendering offers a versatile approach to managing GraphQL data, allowing developers to choose the most appropriate strategy for each part of their application.

   • Best for: Server-side rendered and statically generated React applications, full-stack React development, projects needing flexible data fetching strategies for GraphQL.

   See our in-depth Next.js profile for more details.

   Learn more about Next.js on its official website.

7. 7. Astro — The web framework for content-driven websites

   Astro is a modern web framework designed for building fast, content-focused websites. It emphasizes a "zero JavaScript by default" approach, shipping only the necessary JavaScript to the browser, which results in highly performant sites. While Astro is primarily focused on static and server-rendered content, it supports "Astro Islands" that allow developers to hydrate specific UI components with client-side JavaScript from any framework (React, Vue, Svelte, etc.). This means that while Astro itself doesn't have a built-in GraphQL client, developers can integrate a GraphQL client within an isolated UI component (e.g., a React component using Apollo Client or urql) to fetch and display dynamic data. For static content, Astro can fetch data from GraphQL APIs at build time to generate static pages. Its strength lies in its ability to create highly performant, content-rich experiences by minimizing client-side JavaScript, while still offering flexibility for interactive components that require dynamic data fetching.

   • Best for: Content-heavy websites, static site generation, performance-focused web applications, projects requiring selective client-side interactivity with GraphQL.

   See our in-depth Astro profile for more details.

   Learn more about Astro on its official website.

Side-by-side

How to pick

Choosing the right data fetching and state management solution depends heavily on your project's specific requirements, your team's familiarity with different technologies, and the primary framework you are using. Here's a decision-tree style guide to help you navigate the options:

1. Are you building a React application with complex GraphQL data requirements?

• If yes, and you need a highly optimized, opinionated solution with compile-time guarantees and are comfortable with a steeper learning curve, Relay might be a strong contender. It's designed for large, performance-critical React applications.
• If yes, and you prefer a more flexible, lightweight, and customizable GraphQL client that still offers robust caching and state management, consider urql. Its exchange system provides granular control.
• If yes, and your application primarily deals with server state (regardless of API type: GraphQL, REST, etc.) and you want powerful caching, automatic refetching, and background synchronization, React Query is an excellent choice. It excels at managing asynchronous data lifecycle.

2. Are you building a full-stack application with a specific framework?

• If you are committed to the Svelte ecosystem and want a full-stack framework with built-in data handling and compile-time performance, SvelteKit is your primary option. You can integrate a lightweight GraphQL client or use native fetch within its data loading mechanisms.
• If you are looking for a full-stack framework that emphasizes web standards, nested routing, and robust data loading/mutation for any API (including GraphQL), Remix offers a compelling approach. It often reduces the need for extensive client-side state management.
• If you are building a React application that requires server-side rendering, static site generation, or API routes, Next.js provides a versatile platform. You can integrate any GraphQL client or use its built-in data fetching functions to interact with GraphQL APIs.

3. Is your primary goal a highly performant, content-driven website with minimal client-side JavaScript?

• If yes, Astro is designed for this. While not a GraphQL client, it allows you to fetch data at build time for static content and selectively hydrate interactive components (Astro Islands) with a GraphQL client from your preferred UI framework (e.g., React with urql).

Considerations for all choices:

• Team Expertise: Choose a solution that your team is already familiar with or can quickly learn. The learning curve for Relay, for instance, can be significant.
• Bundle Size: For performance-critical applications, consider the impact on bundle size. urql and Astro (with its minimal JS approach) tend to be lighter.
• Ecosystem Integration: If you are already heavily invested in the Apollo ecosystem (e.g., Apollo Server, Apollo Studio), sticking with Apollo Client might offer the most seamless experience.
• Customization Needs: If you need fine-grained control over caching, network requests, and other data handling aspects, urql's exchanges or React Query's extensive configuration options might be beneficial.

Ultimately, the "best" alternative is the one that aligns most closely with your project's technical requirements, performance goals, developer experience preferences, and long-term maintenance strategy.