Technical Diagnostic
A focused review of affected routes, templates, deployment behaviour, crawl signals, CMS behaviour, performance bottlenecks, or code paths, followed by a prioritised fix plan the team can take into delivery.
This is post‑launch recovery work for a site that has already moved from WordPress to Next.js. WordPress is the comparison baseline here, not the platform being rebuilt. The job is to find where the old search‑critical output and the new rendered output no longer line up.
Recover lost visibility after a WordPress‑to‑Next.js launch by finding what changed between the legacy WordPress output and the new rendered Next.js pages.
A WordPress‑to‑Next.js launch can look visually finished whilst organic visibility falls because legacy URL behaviour, redirects, metadata, headings, body content, internal links, structured data, sitemap entries, or canonical signals did not survive the move cleanly. The useful question is not whether WordPress or Next.js is the better platform. It is what changed between the old WordPress output and the current rendered Next.js output, and whether the traffic drop is real organic loss rather than tracking noise.
This is for teams after launch, when they need to decide whether the problem is urgent recovery triage, rendered‑output comparison, redirect or canonical repair, a wider replatform audit, or a planned review for the next phase.
A focused review of affected routes, templates, deployment behaviour, crawl signals, CMS behaviour, performance bottlenecks, or code paths, followed by a prioritised fix plan the team can take into delivery.
A short, concentrated engagement for a defined technical SEO, performance, CMS, Vercel, migration, or production issue where the business needs the cause isolated and the first fixes moved quickly.
Recover organic traffic after a redesign or replatform by isolating what changed in URLs, templates, rendering, metadata, or crawl signals before the drop compounds.
Diagnose why Google is not indexing important JavaScript pages before incomplete HTML, unstable metadata, or routing changes keep them out of search.
Fix sitemap, robots, and crawl‑discovery failures before important Next.js pages stay hidden, blocked, stale, or hard for search engines to trust.
Headless architecture advice before CMS, content model, preview, revalidation, metadata, schema, media, localisation, and editorial ownership decisions become expensive to reverse.
Preventative, engineering‑led SEO for React and Next.js sites where rendered HTML, indexable text, metadata, canonicals, links, structured data, and AI extractability have to be reliable before visibility is damaged.
Plan a move to Next.js by identifying which routes, redirects, rendered output, metadata, CMS workflows, analytics, performance paths, and release controls must survive the cutover.
Recover traffic, crawlability, indexation, and page‑level signals after a launch, redesign, release, migration, or template change alters what search engines can discover and trust.

How to diagnose traffic loss after a WordPress to Next.js migration by checking redirects, rendered HTML, metadata, canonicals and tracking noise.

A WordPress to Next.js migration checklist for URLs, content models, media, preview, redirects, metadata, schema, sitemaps, SEO, and launch checks.

Compare rendered HTML before and after a migration, checking headings, metadata, links, schema, body copy, media, crawl signals, and launch risk.

A Next.js crawlability checklist for debugging sitemaps, robots.txt, canonicals, route generation, redirects, staging leaks, missing pages, and indexation.

Technical SEO launch criteria for Next.js migrations, covering URLs, redirects, canonicals, metadata, rendered HTML, schema, sitemaps, and recovery.

Compare 301 and 307 redirects clearly, including permanence, browser behaviour, SEO impact, cache handling, temporary moves, and when each status code fits.