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Your WordPress Site Loads in 4.2 Seconds. Your Competitors Load in 0.8.

If you're a growth marketer watching bounce rates climb while dev says 'just cache harder,' you've hit the headless decision point.

Your WordPress backend doesn't change. Your frontend becomes a Next.js application that hits 95+ on Lighthouse. Editors keep their workflow. Performance stops being a problem.

Headless WordPress with Next.js

Headless WordPress separates the CMS data layer from the presentation layer. WordPress continues to manage content, users, and plugins via its REST API or WPGraphQL, while a Next.js application handles all rendering and routing. The result is a statically generated or incrementally regenerated frontend that performs like a purpose-built web app without requiring editors to change a single workflow.

What is holding your current website back?

Common gaps we find in nearly every audit.

Your PHP theme adds 2-4 seconds of server render time on every uncached request, and cache invalidation logic fails silently under real traffic patterns.
Risk: Slow TTFB directly lowers Google's Core Web Vitals scores, which feed into Search ranking signals and depress paid search Quality Scores simultaneously.
Every plugin your marketing team installs to run experiments or personalisation adds JavaScript to the global bundle, compounding page weight with no clear owner.
Risk: Cumulative bundle bloat crosses mobile thresholds that trigger aggressive browser throttling, making performance regressions nearly invisible in desktop-only QA.
Your developers cannot deploy frontend changes independently of WordPress core updates, forcing coordination windows that slow both content and engineering teams.
Risk: Coupled deployments mean a failed plugin update can take down the entire site rather than an isolated frontend build, extending mean time to recovery significantly.

How We Build This Right

Every safeguard, built in from Day 1.

Zero Editor Disruption

The WordPress admin, user roles, editorial workflow, and all installed plugins remain fully intact. Editors publish content exactly as they do today, with no retraining required and no content migration risk.

Incremental Static Regeneration

Pages are pre-built at deploy time and revalidated on a per-route schedule using Next.js ISR. High-traffic URLs serve stale-while-revalidate from the edge, so a single origin request never becomes a bottleneck under traffic spikes.

Isolated Security Surface

The WordPress admin endpoint is removed from public DNS. The Next.js frontend communicates with WordPress only server-side via authenticated API calls, so the attack surface visible to the public internet shrinks to static assets and API routes you control.

What We Build

Purpose-built features for your industry.

WPGraphQL Data Layer

We configure WPGraphQL with typed schemas that match your existing post types, ACF field groups, and taxonomy structures. Frontend components query exactly the fields they need, eliminating the over-fetching that inflates REST API payloads on content-heavy pages.

Edge-First Deployment

The Next.js application deploys to Vercel or Cloudflare Pages with region-aware ISR cache warming on every publish event. Static assets are served from nodes under 20ms from the majority of your audience based on your existing traffic geography.

Preview Mode for Editors

Draft and scheduled posts render in full Next.js context via a secured preview URL. Editors see the exact published layout, including dynamic components and personalisation blocks, before content goes live, removing the feedback loop between editorial and engineering.

Lighthouse Budget Enforcement

Performance budgets are encoded into CI as hard build gates. A pull request that causes LCP to exceed 2.5 seconds or drops Lighthouse below 90 in any category fails the pipeline before it reaches staging, keeping regression out of production by default.

Built on a Modern, Secure Stack

Next.jsWordPressWPGraphQLVercelACF ProYoast SEO APIReact Server Components

Our Development Process

From discovery to launch. Quality at every step.

01

Content Architecture Audit

1 week

We document every post type, ACF group, taxonomy, and shortcode in your existing WordPress install, then map them to typed GraphQL schemas. This audit identifies any plugin-generated markup that requires a React equivalent before the build phase begins.

02

Next.js Application Scaffold

2 weeks

We build the routing structure, shared layout components, and data-fetching patterns against your staging WordPress environment. Design tokens and component variants are agreed on and documented before any page-level work starts.

03

Page-by-Page Build and QA

2 weeks

Each template is built, tested against real content, and validated against Lighthouse budgets in CI before moving to the next. Editors QA preview mode on their own devices throughout this phase rather than in a single sign-off at the end.

04

Cutover and Monitoring

1 week

DNS is switched with a documented rollback path held open for 48 hours. We monitor Core Web Vitals field data via CrUX and server error rates for two weeks post-launch, making ISR tuning adjustments based on actual traffic patterns before handover.

Social Animal

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Frequently Asked Questions

No. The wp-admin experience is identical -- same dashboard, same editor, same plugin interfaces. The only visible change is that clicking Preview routes through the Next.js frontend via Draft Mode instead of loading a PHP theme. Most editors don't even notice, other than the previews loading faster.
Backend plugins like ACF, Yoast, Gravity Forms, and WooCommerce keep working normally. Plugins that inject HTML via PHP hooks -- visual page builders, for example -- need to be replaced with React components. We audit every plugin during discovery and flag anything that needs migration before we touch a line of code.
Both Yoast and Rank Math expose all SEO metadata through the REST API and WPGraphQL. We pull titles, meta descriptions, Open Graph tags, canonical URLs, and schema markup into Next.js generateMetadata. The output matches what you had before -- usually better -- and you get dramatically faster page loads on top of it, which helps rankings directly.
We target 95+ across Performance, Accessibility, Best Practices, and SEO on both mobile and desktop. Monolithic WordPress typically scores 40-55 on mobile. Static generation, ISR, edge caching, and optimized image delivery consistently push those numbers above 95 in production.
Nothing visitors would notice. Next.js serves pre-rendered pages from the edge cache, so the frontend stays fully operational even during a WordPress outage. Editors won't be able to publish new content until the backend recovers, but visitors see zero downtime. That's a real resilience advantage over monolithic WordPress.
A typical site -- under 200 pages, standard custom post types, ACF fields -- takes 5-6 weeks from kickoff to production. Larger projects with WooCommerce, multi-language support, or complex custom plugin logic can run 8-10 weeks. We scope everything precisely during discovery so nothing surprises you mid-project.
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