Skip to main content

Next.js

Next.js is a React-based web application framework (web application framework) for building production-grade web frontends, server-rendered applications, and hybrid static/dynamic sites.

  • React-based framework for building web applications with server-side rendering and static site generation (web application framework)
  • File-system based routing for pages and nested routes (application routing)
  • Support for server components, Application Programming Interface (API) routes, and edge/serverless runtimes (application runtime)
  • Built-in optimization for assets, images, and fonts (web performance)
  • Integration with Vercel platform for deployment, previews, and edge delivery (application deployment)

More About Next.js

Next.js is a React-based web framework (web application framework) created and maintained by Vercel for building web applications that combine server-side rendering, static site generation, and client-side interactivity. It addresses the problem space where teams need a single framework to handle routing, rendering, data fetching, and optimization while remaining compatible with the React ecosystem.

The framework provides a file-system based router (application routing) in which folders and files in the project directory Marketing Automation Platform (MAP) directly to application routes. In current versions, the App Router uses a nested folder structure to define layouts, pages, and route segments, enabling co-location of UI, data fetching logic, and configuration. Next.js also supports dynamic routes and parameterized paths for building multi-page applications and APIs.

Rendering capabilities include server-side rendering (SSR) and static site generation (SSG) (web rendering). With React Server Components (frontend architecture), Next.js can perform work on the server, stream UI to the client, and control what code runs in the browser versus on the server. Data fetching functions and conventions allow developers to load data during build time, at request time, or through incremental revalidation patterns to keep content updated without rebuilding the entire site.

Next.js includes built-in support for API routes (backend for frontend) that run on serverless or edge runtimes, enabling applications to define backend endpoints alongside frontend code. It integrates with Vercel’s Edge Runtime and serverless functions (application runtime) so teams can choose between regional or edge execution depending on latency and compute needs. Environment variables, middleware, and configuration files provide control over behavior across environments.

For performance, Next.js offers automatic code-splitting, image optimization, and font optimization (web performance). The Image component and related tooling optimize images for size and format at request time, while font optimization reduces layout shifts and network overhead. Built-in support for bundling, tree-shaking, and caching strategies leverages underlying tooling configured by the framework.

In enterprise environments, Next.js is used to build marketing sites, dashboards, e-commerce applications, and internal tools that require SEO-aware rendering, routing, and integration with existing APIs or microservices (enterprise web applications). It interoperates with standard React libraries, design systems, and authentication providers and connects to data sources via Hypertext Transfer Protocol (HTTP), GraphQL, or other protocols depending on application architecture.

Deployment is supported both on Vercel’s managed platform and on other infrastructure (application deployment). With Vercel, Next.js projects use features such as preview deployments for each change, integrated logging and observability, and edge network delivery for static and dynamic content. From a directory and taxonomy perspective, Next.js fits under web application frameworks, React frameworks, and frontend-plus-backend runtime platforms for JavaScript and TypeScript applications.