Website Development Built by Engineers, Not Just Designers

WordPress couples content management and page rendering in one system — fast to launch, familiar to editors, but bounded by its rendering model. A Next.js application decouples the front end so it can be statically generated or edge-rendered, which raises the performance ceiling and allows app-like interactivity. If your site is mostly content a marketing team edits directly with minimal custom interactivity, WordPress is often the more practical answer. If you need SEO-relevant pages alongside app-like interactivity, or your performance ceiling is the actual bottleneck, Next.js is the right call.

Yes — and this is engineered, not hoped for. A redesign preserves rankings through a complete redirect map for any URL structure change, migration of existing metadata and structured data, and validation of crawlability before and after launch. The most common cause of a post-redesign ranking drop is a missing redirect map or dropped metadata, not the new design itself, so both are treated as launch-blocking requirements.

Both, and we'll tell you which one your situation actually calls for. Traditional WordPress remains the right answer when your team is happy in it, your performance ceiling isn't the bottleneck, and you don't need to push content to multiple channels. Headless earns its added complexity when you need a front end WordPress's rendering model can't deliver, or one content source feeding web plus mobile or other channels. We work with Sanity, Payload, Strapi, Contentful, and WordPress with WPGraphQL.

Accessibility is treated as an engineering requirement from the first component, not a remediation pass before launch. That means semantic markup, keyboard navigability, focus management, sufficient color contrast, and proper ARIA usage where native semantics aren't enough — verified against WCAG criteria as part of the build, alongside the automated regression testing every engagement runs.

QA runs inside the delivery pipeline rather than after it. Automated end-to-end tests, cross-browser regression checks, and performance validation execute before any code reaches production, so a broken interaction or a Core Web Vitals regression is caught by a test rather than by a user. This is the same connected QA pipeline we run across every engineering engagement.

Cost depends on which path fits: a Next.js application build is scoped against route complexity, rendering strategy, and integration points; a headless CMS migration is scoped against content modeling, platform choice, and editorial retraining; a performance or redesign engagement is scoped against how much of the site is actually broken. We propose a focused first step — often an audit — rather than a large undifferentiated scope, so you can validate the fit before committing further.