Migrating a WordPress Site to Next.js: What I Learned Shipping Hyqoo

WordPress-to-Next.js migrations show up in almost every "how do I make my site faster" search, and I ended up doing exactly this for Hyqoo — replacing an existing WordPress site with a fully custom Next.js build. Here's what actually mattered.

Why move off WordPress at all

WordPress isn't inherently slow, but a theme-plus-plugins stack accumulates weight fast: render-blocking scripts, bloated CSS you never asked for, and a database query on every request just to assemble a page that barely changes. None of that is a good fit when the goal is a marketing site that needs to load in a blink and rank well.

What the rebuild actually looked like

Static generation first. Every page — home, blogs, press, case studies, talent profiles — is statically generated at build time. There's no per-request database round trip for content that doesn't change every second. Content itself still lives in a CMS (more on that below), but the rendering is static.

Dynamic content without giving up SSG. The blog, press, and case-study sections needed to stay editable without a redeploy for every change. The pattern that solved this: content lives in a database, pages are generated statically, and an admin action calls Next.js's revalidatePath() on save — so the specific page (and only that page) regenerates on the next request. No cron job polling for changes, no full rebuild.

// simplified — called from an admin server action after a save
revalidatePath('/blog')
revalidatePath(`/blog/${slug}`)

Security headers and CSP, set once, not per-plugin. A WordPress stack often ends up with security headers scattered across plugins with inconsistent coverage. Moving to Next.js meant setting a Content-Security-Policy and the standard security headers in one place, reviewed once, applied everywhere.

SEO stopped being a plugin's job. Metadata generation and JSON-LD schema tags are generated per-page directly in code from the content itself, instead of relying on an SEO plugin to infer them. Every page gets accurate title/description/canonical tags and structured data without anyone having to remember to fill in a meta box.

The result

Core Web Vitals went from an average of 65 to 99. That's not a plugin toggle — it's the compounding effect of no unnecessary JavaScript shipping to the client, images served in the right format and size, and pages that are already fully rendered HTML by the time they hit the browser.

If you're considering the same move

The honest trade-off: WordPress gives non-technical teams a familiar editing experience out of the box. If you migrate to a custom stack, you need to rebuild that experience — which is exactly why the CMS side of this project mattered as much as the frontend rebuild. A fast site nobody can update isn't actually a win.