The framework behind the majority of what we ship. Server rendering, static generation, and hybrid approaches. Chosen per route based on what the data actually needs.
nextjs.org ↗Most client projects at ComCreate start on Next.js. We use the App Router with React Server Components to keep pages fast and bundles small. API routes handle backend logic without a separate server. For content-heavy pages, we use static generation with incremental revalidation so marketing teams can publish without triggering a full rebuild. For authenticated dashboards, we use server-side rendering with streaming so users see data immediately instead of loading spinners. We pair it with Prisma for database access, Stripe for payments, and shadcn/ui for a consistent component system across projects.
Next.js gives us one framework for everything: marketing sites, SaaS platforms, e-commerce storefronts, and internal tools. The rendering model is flexible enough to use static generation for landing pages and server rendering for authenticated views in the same application. The ecosystem is mature, the deployment story on Vercel is seamless, and the talent pool means our clients can maintain the codebase after handoff without being locked into a niche framework.
Next.js development agency for production web apps
When teams look for a Next.js development agency, they usually want more than a site that renders. They want an application they can grow and a team that can still maintain it a year later. That is how we scope Next.js work. We build on the App Router with React Server Components so data fetching lives on the server and the client bundle stays lean, then pick a rendering strategy per route rather than for the whole app. Marketing pages ship as static output with incremental revalidation, authenticated dashboards render on the server with streaming, and everything shares one codebase and one deploy. We keep the architecture conventional on purpose, so your next hire recognizes the patterns and can contribute without inheriting anyone private conventions. The result is a production app that is fast for users and legible for the developers who own it after us.
How we choose a rendering strategy per route
The reason we default to Next.js is that one application can render different pages in different ways, and getting that mix right is most of the performance work. Our rule is to match each route to what its data actually needs. A landing page whose content changes weekly is statically generated and revalidated on a schedule, so it serves instantly from the edge and never blocks on a database. A dashboard tied to a logged-in user renders on the server and streams, so the shell paints immediately while slower data fills in behind it. A search or checkout route that reacts to every keystroke stays client-heavy, because interactivity is the whole point there. We decide this per route, document why each choice was made, and revisit it if real traffic patterns shift after launch.
How we build a Next.js app
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Architecture and routing
We map the route tree first: which pages are public and cacheable, which sit behind auth, and where the app boundaries fall. That shape decides the folder structure, the layouts, and how server and client components are split before any feature code is written.
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Data and API layer
We build typed data access with server components and route handlers, so the front end and backend share one language and one set of types. Third-party services (payments, CMS, auth) are wired in behind small, testable modules rather than scattered through components.
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Rendering strategy
We assign each route a rendering mode (static, incremental, or server-rendered with streaming) based on how its data changes and who requests it. This is where most of the perceived speed comes from, so we tune it deliberately instead of accepting a single default everywhere.
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Deploy and observe
We ship to Vercel with preview deployments on every pull request, so changes are reviewed on a live URL before merge. After launch we watch Core Web Vitals and error rates and adjust caching or rendering where the real numbers, not our assumptions, point us.
Full-Stack SaaS Platforms
Multi-tenant applications with Prisma ORM, Stripe billing, role-based access control, and real-time features.
Healthcare & Professional Services
HIPAA-conscious platforms with secure file handling, appointment scheduling, and patient-facing portals.
Legal & Service Industry Sites
Conversion-optimized sites with structured data, local SEO, and lead capture integrated into the application layer.
Systems we pair Next.js with
React
Next.js is a React framework, so every page is a React component tree. We use Server Components for data-heavy views and client components only where interactivity demands it, keeping shipped JavaScript small.
TypeScript
Every Next.js project we build runs in strict TypeScript, from route handlers to component props. A type changed in the data layer surfaces as a compile error in every page that consumed the old shape.
Vercel
Where nearly all our Next.js apps deploy. Preview deployments, incremental static regeneration, and the edge network are first-party here, so the framework and the host stay in step release to release.
Sanity
For content-driven Next.js sites we pair the app with Sanity as a headless CMS, pulling structured content through GROQ so marketing teams publish without a rebuild or a developer in the loop.
