Is this approach suitable for small projects?

Yes, even for small projects, combining Next.js and Payload simplifies architecture and development. It reduces overhead compared to managing separate frontend and backend deployments.

What if I need a very simple website without complex content management?

For extremely simple static sites, a standard Next.js setup with Markdown files or a simpler data source might suffice. Payload's strength lies in providing a robust, customizable admin UI for content management.

Does this make the Next.js application larger or slower?

Payload adds some dependencies, but it runs efficiently within the Next.js server environment. The impact on frontend performance is minimal, as Payload primarily runs on the server side or is accessed via API calls.

Next.js + Payload: A Single App for Site and CMS

Why I Chose This Stack

Clients often need a website. They also need to manage content on that website. Historically, this meant two separate systems. A frontend framework like Next.js for the site. A headless CMS or a WordPress instance for the content. This adds complexity. Two deployments, two codebases, two places to manage user authentication and permissions. I wanted to simplify this for my clients and for my own development process.

Payload CMS runs on Node.js. Next.js also runs on Node.js. This compatibility is key. It allows me to combine both into a single project. One codebase, one deployment, one set of environments. This reduces overhead dramatically. It means faster development and easier maintenance.

I build custom solutions. Off-the-shelf CMS platforms or site builders rarely fit perfectly. They often force trade-offs. Payload gives me the flexibility of a custom backend structure. Next.js gives me the flexibility of a custom frontend. It's the best of both worlds without the double infrastructure.

Setting Up the Monorepo

I start with a Next.js project. Then I integrate Payload into it. The Next.js app directory structure works well here. I create a `payload` directory at the root. All Payload configuration and collections go there. The Next.js app folder handles the frontend pages and API routes.

Payload needs its own entry point. I typically create an API route in Next.js, like `app/api/payload/[[...slug]]/route.ts`. This route initializes Payload. It then handles all incoming Payload requests. This makes Payload accessible through the Next.js server. It runs as part of the same application.

The database is shared. Payload uses MongoDB or Postgres. I connect Next.js application logic to the same database. This allows deeper integration. I can leverage Payload's data models directly in my Next.js server components or API routes. No separate API calls between frontend and backend within the same application.

Content Management and Frontend Integration

Payload defines content structures. These are called Collections. I define collections for pages, posts, products, or any custom data a client needs. Payload generates a full admin UI automatically. Clients get a user-friendly interface to manage their content.

On the Next.js side, I fetch this content. This happens in server components for static generation or server-side rendering. For example, `getStaticProps` or direct database queries in App Router. I can import Payload's configuration to access its types and methods directly. This provides type safety and avoids redundant data models.

Dynamic routes in Next.js consume content from Payload. A `[slug]` page dynamically renders content based on a URL. This content comes directly from the Payload database. The integration is seamless. Content updates in Payload are reflected on the site after a revalidation or rebuild.

Customizing the Admin Experience

Payload's admin UI is extensible. This is crucial for tailored solutions. I can add custom components to existing views. I can create entirely new views. For instance, a custom dashboard widget showing key site metrics. Or a custom field type for a specific client requirement.

I can also override default Payload components. This allows for branding the admin panel. It can align with the client's visual identity. This level of customization improves the client experience. It makes the CMS feel truly custom, not an off-the-shelf product.

The customizability goes beyond the UI. I can add webhooks. I can write custom REST or GraphQL endpoints. These can trigger actions in external services. Or expose data in specific formats. All within the same Next.js application context.

Deployment and Maintenance

One app means one deployment. I deploy the entire Next.js project. This includes the Payload backend. Vercel or other Node.js hosts work well. The entire application runs as a single unit.

Maintenance is simplified. Updates to Next.js or Payload happen in one project. Dependency management is centralized. Bug fixes affect the entire application. This reduces the risk of version mismatches between separate frontend and backend deployments.

This approach uses a single application architecture. It lowers hosting costs compared to running separate services. It also streamlines development workflow. For a solo builder like me, efficiency is paramount. This stack delivers it.