Does NestJS Work With GraphQL?

Fully CompatibleLast verified: 2026-02-20

NestJS has first-class GraphQL support through the @nestjs/graphql package, making it an excellent choice for building GraphQL APIs.

Quick Facts

Compatibility
full
Setup Difficulty
Easy
Official Integration
Yes ✓
Confidence
high
Minimum Versions
NestJS: 7.0.0
GraphQL: 15.0.0

How NestJS Works With GraphQL

NestJS provides native GraphQL integration through its @nestjs/graphql package, which abstracts away Apollo Server or Mercurius setup. Developers can use either code-first or schema-first approaches: code-first uses TypeScript decorators to generate the schema from classes, while schema-first writes GraphQL schemas directly and generates TypeScript types. The framework's dependency injection system seamlessly integrates with GraphQL resolvers, allowing you to inject services, databases, and other providers directly into resolver methods. This eliminates boilerplate and maintains NestJS's modular architecture principles. You get built-in support for subscriptions, file uploads, middleware, guards, and interceptors at the resolver level, making it feel native rather than bolted-on. The developer experience is particularly smooth because resolvers are just regular NestJS providers decorated with @Resolver and @Query/@Mutation decorators.

Best Use Cases

Building real-time applications with WebSocket subscriptions for live notifications and collaborative features
Enterprise APIs requiring complex authorization logic per field using NestJS guards and decorators
Microservices architectures where GraphQL serves as a unified API gateway over multiple NestJS services
Rapid prototyping with code-first approach where schema evolves naturally with your TypeScript types

Quick Setup

bash
npm install @nestjs/graphql @nestjs/apollo apollo-server-express graphql
typescript
import { Module } from '@nestjs/common';
import { GraphQLModule } from '@nestjs/graphql';
import { ApolloDriver, ApolloDriverConfig } from '@nestjs/apollo';
import { PostResolver } from './post.resolver';
import { PostService } from './post.service';

@Module({
  imports: [
    GraphQLModule.forRoot<ApolloDriverConfig>({
      driver: ApolloDriver,
      autoSchemaFile: 'schema.gql',
    }),
  ],
  providers: [PostResolver, PostService],
})
export class AppModule {}

// post.resolver.ts
import { Resolver, Query, Args } from '@nestjs/graphql';
import { Post } from './post.entity';
import { PostService } from './post.service';

@Resolver(() => Post)
export class PostResolver {
  constructor(private postService: PostService) {}

  @Query(() => [Post])
  async posts(@Args('limit', { type: () => Number }) limit: number) {
    return this.postService.findAll(limit);
  }
}

Known Issues & Gotchas

warning

Circular dependency problems when resolvers depend on services that depend on resolvers

Fix: Use NestJS's forwardRef() utility or refactor to keep resolver dependencies unidirectional toward services

warning

N+1 query problems are easy to create with nested field resolvers and ORMs like TypeORM

Fix: Use DataLoader for batch loading or implement eager loading strategies in your service layer

info

Type synchronization overhead when using schema-first approach requires manual type generation

Fix: Prefer code-first approach for smaller projects; use schema codegen for larger schema-first codebases

Alternatives

  • Express.js + Apollo Server: More lightweight but requires manual setup and less framework integration
  • Fastify + Mercurius: High-performance alternative with GraphQL subscriptions, less framework overhead
  • TypeGraphQL + any Node.js framework: Standalone GraphQL library with decorator-based schema generation, more flexible but less integrated

Resources

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