Static generation, server rendering, and when we use each

Not every page needs the same rendering strategy. We choose based on how often the content changes and what the visitor needs.

Static generation

Static generation is a strong fit for articles, documentation, service pages, portfolio entries, and other content that can be known at build time. The page is generated before the visitor asks for it. That reduces server work and makes delivery predictable.

Server rendering

Some pages need request-time information. In those cases, rendering on the server can make sense. We still avoid request-time rendering when it is not needed. A site does not become more advanced because every request triggers more compute.

Client rendering

Client rendering is useful for highly interactive sections, but it should not be the default for the main content of a business website. If a visitor has to wait for JavaScript before seeing the content that brought them to the page, we have introduced a dependency that may not be necessary.

The practical rule

We start with the simplest rendering model that satisfies the page. Static when possible, server rendered when needed, client rendered for interaction. That hierarchy is one of the reasons our technical performance tends to be stronger than sites built around heavy page builders or browser-first application shells. We are reducing work before we start trying to optimize it.

Our route families make static generation practical

Services, articles, locations, products, case studies, and docs often have known slugs during the build. Across our repositories, dynamic routes call functions such as getAllServices(), getAllBlogs(), or getAllLocations() and return those slugs through generateStaticParams(). That gives the framework a finite set of pages it can generate before the visitor arrives.

The pattern fits repository content especially well because the content directory itself can act as the registry. One professional-services site scans its case-study MDX directory and generates a route for every valid filename.

Static generation removes work without removing flexibility

A statically generated page can still contain interactive Client Components. The article can be built ahead of time while its gallery remains interactive in the browser. The service page can be static while the mobile navigation still opens and closes. Static describes when the document is produced, not whether the document is inert.

Server rendering is for information that genuinely depends on the request

If a page needs current authenticated user state, request headers, real-time data, or another request-specific input, server rendering can be the right answer. We do not force a build-time model onto data that cannot be known at build time. The distinction matters because "dynamic" is not automatically more sophisticated. Request-time work adds latency and dependencies. We use it when the feature needs it.

Client rendering is for browser-owned state

Some information only exists in the browser, such as current viewport behavior, local interaction state, or a user action that has not been submitted. That logic belongs in a Client Component. The architectural goal is to match the rendering mode to the source of truth.

Why static generation helps reliability

Once a static page has been deployed, it does not need the content repository, CMS, or database to remain online for every request. The deployed artifact already contains the result. This can be a major reliability advantage for business websites where the public content changes relatively slowly but needs to remain available continuously.

The decision is page-specific

We do not describe entire projects as "static" or "dynamic" without nuance. A single Next.js application can contain prebuilt content routes, request-time server routes, and client-side interaction. The right question is always: when does this piece of information become knowable, and where should the work happen? That question keeps the rendering model tied to the product instead of to a fashionable architecture label.