Why Next.js
Search visibility
Pages arrive as complete HTML, with metadata, headings, structured data and links in place. That makes crawling and indexing straightforward, which matters for any site that depends on organic traffic.
Speed
Server components, static generation, automatic code splitting and built-in image and font optimisation help pages meet Core Web Vitals targets (Largest Contentful Paint, Interaction to Next Paint, Cumulative Layout Shift). Fast pages convert better and are favoured by search engines.
Flexible rendering
Different pages need different strategies. Marketing pages can be static, product pages can regenerate when content changes, dashboards can render per request. Next.js lets you choose per route and mix them in one application.
One codebase, front and back
Route handlers and server actions allow lightweight back-end logic inside the same project, while heavier business logic can stay in a dedicated API.
A large ecosystem
Built on React, Next.js benefits from the largest front-end talent pool and library ecosystem.
When Next.js is not the best choice
We would rather you choose well than choose Next.js.
A simple brochure site with a non-technical team editing everything
may be better served by WordPress or a hosted builder, especially on a small budget.
A purely internal tool behind a login
often needs no server rendering, and a React single-page app with Vite is simpler.
A store on Shopify
can usually stay on Shopify’s own themes unless you need a fully custom storefront. See our Shopify development page.
Heavy back-end logic
belongs in a proper API such as Laravel, with Next.js as the front end.
What we build with Next.js
Marketing and corporate websites
Fast, SEO-ready sites with a content management system behind them, structured data and a sensible URL architecture.
Headless CMS front ends
Next.js paired with a headless back end such as Laravel, Strapi, Sanity, Contentful or WordPress, so editors manage content in a friendly admin and developers control the presentation.
Content and publishing platforms
Blogs, knowledge bases and documentation with categories, search and related content.
SaaS products
Public marketing pages and an authenticated application in the same project, sharing a design system.
Headless e-commerce storefronts
Custom storefronts powered by Shopify, WooCommerce, BigCommerce or custom APIs, for brands that need performance and design control that themes cannot provide.
Web applications and portals
Dashboards, customer portals and internal tools with server-side data fetching and authentication.
Marketplaces and directories
Thousands of listing pages that need to be crawlable, fast and filterable.
Migrations
Moving from WordPress, Gatsby, Create React App or legacy PHP sites to Next.js, with redirect maps that protect existing rankings.
The SEO side of a Next.js build
SEO is not a plugin you add at the end. It is a set of architectural choices.
Rendering strategy
Static generation or incremental static regeneration for pages that rarely change, server rendering where content must be fresh and client rendering only for interaction.
Metadata
Titles, descriptions, canonical URLs, Open Graph and Twitter cards generated for every page from CMS fields, with sensible fallbacks.
Structured data
JSON-LD for Organization, WebSite, Article, BreadcrumbList, FAQ and Service, generated from the same content that renders the page so the two never disagree. We only mark up what is actually visible on the page.
URL and redirect management
Clean, permanent URLs and a managed redirect table, so migrations do not lose rankings.
Sitemaps and robots
Dynamic XML sitemaps that list only canonical, indexable pages, and clear robots rules.
Internal linking
Breadcrumbs, related content blocks and navigation that make topical relationships explicit.
Performance budgets
Image optimisation with modern formats, font loading that avoids layout shift, minimal third-party scripts and lean JavaScript bundles.
International readiness
Locale routing and hreflang support when you serve several countries.
We work with SEO specialists when you have them, and provide technical guidance when you do not.
How we structure Next.js projects
App Router and React Server Components
We use server components by default for data fetching and static content, and add client components only where interactivity is needed. This keeps JavaScript small.
Data fetching and caching
Clear rules for what is cached, for how long and what triggers revalidation, so pages stay fresh without slowing down.
Typed end to end
TypeScript throughout, with validated API responses so unexpected data does not break pages.
Component library
A reusable set of accessible components built with Tailwind CSS and primitives such as Radix UI or shadcn/ui.
Content modelling
Pages built from reusable blocks (hero, feature grid, FAQ, testimonial, call to action) that editors can reorder, instead of hard-coded templates.
Authentication and authorisation
Secure session handling, role-based access and protected routes and APIs.
Testing and quality
Unit and component tests, end-to-end tests with Playwright, linting and type checks in continuous integration, plus Lighthouse checks on every deployment.
Observability
Error tracking, performance monitoring and real-user Web Vitals data.
Deployment
Vercel for convenience, or AWS, Google Cloud, Azure or your own infrastructure with Docker when you need more control over cost or location.
Next.js with a Laravel back end
This is a pairing we know well. Laravel supplies the API, admin panel, authentication, queues, scheduled tasks, validation and business rules. Next.js delivers the fast, indexable front end. Editors work in Laravel’s admin; changes appear on the site through cache revalidation. The two can be developed and scaled independently, and your content team keeps a familiar workflow. See Laravel development for the back-end side.
Rendering strategies explained in plain language
Choosing how each page is built is one of the most important decisions in a Next.js project, and it is easy to get wrong. Here is how we think about it.
Static generation (SSG)
The page is built once, ahead of time, and served from a content delivery network. It is the fastest and cheapest option, ideal for pages that change rarely, such as service pages, case studies and about pages.
Incremental static regeneration (ISR)
A static page that refreshes itself after a set time or when content is updated in the CMS. This suits blog posts, product listings and landing pages: you get static speed with fresh content.
Server-side rendering (SSR)
The page is built for each request. We use it when content depends on the user or changes constantly, for example account pages, search results with live inventory or personalised dashboards.
Client-side rendering
The browser builds the interface after load. We keep this for interactive parts such as filters, editors and charts, and avoid it for content that should be indexed.
Streaming and partial rendering
The important part of a page appears first while slower parts load behind it, so visitors are never staring at a blank screen.
A typical marketing site might be 90 percent static or ISR, with a few dynamic islands. A SaaS product might combine static public pages with server-rendered, authenticated application routes. Because Next.js allows this per route, you pay the performance and hosting cost only where you need it.
Common mistakes we fix in existing Next.js sites
If you already have a Next.js site that underperforms, these are the usual suspects.
Everything is a client component,
which ships large JavaScript bundles and defeats the purpose of server rendering.
Images served unoptimised,
or without defined sizes, causing layout shift.
Missing or duplicated metadata,
with identical titles across many pages or canonical tags pointing the wrong way.
Blocking third-party scripts
for chat, analytics and tags that delay interaction.
No caching strategy,
so every request hits the API and slows down under load.
Soft 404s and broken redirects
after a migration, which waste crawl budget and lose rankings.
Structured data that does not match the visible page,
which risks being ignored.
Poor accessibility,
with missing labels, low contrast and unreachable menus.
An audit usually finds a handful of these, and fixing them produces visible improvements in speed and stability.
Our development process
- 01
1. Discovery and strategy
Goals, audiences, search opportunities, content inventory and technical constraints. For existing sites, a crawl and an analysis of current rankings.
- 02
2. Information architecture and design
Site structure, URL plan, wireframes and visual design, with performance and accessibility built in from the start.
- 03
3. Content model and API
Defining the blocks and fields your editors need and the endpoints that serve them.
- 04
4. Build in sprints
Working software every two weeks on a staging site.
- 05
5. SEO and performance testing
Rendered HTML checks, structured data validation, Core Web Vitals, accessibility audits and cross-browser testing.
- 06
6. Migration and launch
Redirect mapping, content migration, analytics and Search Console setup, and a launch plan that avoids downtime.
- 07
7. Post-launch support
Monitoring, framework upgrades, security patches and continued optimisation.
Technology stack
| Area | What we typically use |
|---|---|
| Framework | Next.js (App Router), React, TypeScript |
| Styling and UI | Tailwind CSS, shadcn/ui, Radix UI, Framer Motion used sparingly |
| Content and API | Laravel, headless CMS options such as Strapi, Sanity, Contentful, WordPress |
| Commerce | Shopify Storefront API, WooCommerce REST API, custom APIs |
| Data and auth | PostgreSQL, MySQL, Redis, NextAuth/Auth.js, JWT and session-based approaches |
| Testing and CI | Playwright, Vitest, Jest, GitHub Actions |
| Hosting | Vercel, AWS, Google Cloud, Azure, Docker |
| Monitoring | Sentry, Google Analytics 4, Search Console, real-user Web Vitals |
Why we build with the tools we recommend
Recommending a stack we do not use ourselves would be easy. We use this one. The techcolline.com website is built with Next.js for the front end and a Laravel API and admin panel for content, SEO fields, redirects, media and leads. That means we have felt the trade-offs directly: the care needed with caching and revalidation, the value of a flexible content-block model and the discipline required to keep JavaScript lean. The lessons feed back into the projects we deliver for clients.
Industries we serve
We build Next.js sites and apps for software and SaaS companies, e-commerce and retail brands, travel and hospitality, food and nutrition, healthcare and wellness, education, real estate, logistics and professional services. For each, we pay attention to the content structure that search engines and customers expect, such as product taxonomies, location pages, comparison guides and case studies.
Measuring success after launch
A fast launch is only the beginning. We set up baselines before launch and track them after: Core Web Vitals from real users, indexed pages and impressions in Search Console, organic landing-page traffic, form conversions and editor time spent publishing. Reviewing these numbers monthly shows whether the site is doing its job and where to invest next.
Benefits
Findability
Complete HTML, clean metadata and structured data support organic visibility.
Speed
Better Core Web Vitals and faster perceived loading.
Editorial control
Marketing teams update content without developers.
Scalability
Static and cached pages handle traffic spikes cheaply.
Security
A decoupled front end reduces the attack surface compared with a plugin-heavy CMS.
Flexibility
Swap the CMS, add a mobile app or connect new services without rebuilding the front end.
Pricing and what influences it
We did not find reliable published price benchmarks that isolate Next.js work, because the cost depends on the project and not on the framework. As a guide, the general ranges for web projects apply: a marketing site with a headless CMS sits at the lower end, business platforms and portals higher, and SaaS or headless commerce platforms higher still. See our web application development page for the application ranges.
The main cost drivers are the number of unique page templates, the amount of custom design and animation, CMS and content-block complexity, integrations (commerce, CRM, search, payments), number of languages, content migration volume and SEO redirect mapping, authentication and dashboard features, and the performance and accessibility targets you set.
Selected Next.js projects
Note: techcolline.com itself can be featured here once live, with an honest description of the stack.
Frequently asked questions
What is Next.js used for?
Next.js is used to build websites and web applications that need to load quickly and appear in search results. Typical uses include marketing sites, blogs, e-commerce storefronts, SaaS products and portals.
Is Next.js better than React?
Next.js is built on React, so it is not a competitor. React is the interface library; Next.js adds routing, server rendering, image optimisation and project structure. For public sites that need SEO, Next.js is usually the better starting point. For internal tools behind a login, plain React may be simpler.
Is Next.js good for SEO?
Yes, when built properly. Server rendering and static generation deliver full HTML to crawlers, and the framework supports metadata, sitemaps and structured data. Good results still depend on content quality, site structure and technical care, which is part of what we deliver.
Can you use Next.js with a CMS my team can edit?
Yes. We build a content model of reusable blocks and connect it to a CMS such as a Laravel admin, Strapi, Sanity, Contentful or WordPress, so your team can edit pages and publish without developers.
Can you migrate our WordPress site to Next.js without losing rankings?
Yes. We crawl the existing site, map every valuable URL, preserve or redirect it with 301s, carry over metadata and content, and monitor Search Console after launch. Whether to migrate at all is a business decision, and we will tell you if staying on WordPress makes more sense.
How much does Next.js development cost?
It depends on templates, design, CMS complexity, integrations and migration. A content site with a headless CMS costs less than a SaaS product or headless storefront. We provide a range after a short discovery.
Where should a Next.js site be hosted?
Vercel offers the simplest experience. AWS, Google Cloud, Azure or your own servers with Docker are good alternatives when you need cost control, data location or integration with existing infrastructure.
Can you build a headless Shopify or WooCommerce storefront?
Yes. A headless storefront gives you full control of performance and design, at the price of more engineering and ongoing maintenance. We will say honestly whether your store needs it. See Shopify development and WooCommerce development.
Do you provide support after launch?
Yes. We handle framework upgrades, security patches, monitoring, performance tuning and new features under a maintenance plan.