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.
Traffic drops after a redesign, rebuild, or platform change usually need a technical explanation of what changed, not a generic SEO audit detached from the launch.
Recover organic traffic after a redesign or replatform by isolating what changed in URLs, templates, rendering, metadata, or crawl signals before the drop compounds.
A redesign or replatform can look fine in the browser while search traffic drops because URLs, templates, internal links, or rendered signals changed underneath the visual layer. Recovery starts by comparing the old and live estates, including URL and canonical mapping, rendered HTML, metadata parity, structured data, sitemap and robots behaviour, then prioritising fixes by commercial route value rather than running a generic SEO audit.
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.
Diagnose why Google is not indexing important JavaScript pages before incomplete HTML, unstable metadata, or routing changes keep them out of search.
Fix duplicate URLs, bad redirects, and canonical mistakes before search engines and users keep landing on conflicting versions of the same page.
Recover lost visibility after a WordPress‑to‑Next.js migration by tracing technical gaps in redirects, canonicals, sitemaps, rendering, and route continuity for priority pages.
Fix sitemap, robots, and crawl‑discovery failures before important Next.js pages stay hidden, blocked, stale, or hard for search engines to trust.
Senior Next.js architecture work for legacy platforms, difficult migrations, and live stacks that need clearer delivery direction before more work piles on.
Plan a Next.js migration from React, WordPress, Gatsby, Drupal, Shopify, or another legacy front end without putting routes, content, or search visibility at risk.
Recover traffic, rankings, crawlability, and indexation after a release, redesign, or migration changes the technical signals search engines rely on.
Engineering‑led SEO work for JavaScript sites where rendering, crawlability, metadata, or migration changes are keeping important pages out of search.

Diagnose traffic drops after a redesign, migration, or replatform by checking route parity, rendered HTML, redirects, canonicals, sitemaps, and schema.

How to vet a senior Next.js developer for replatforming, recovery, SEO, performance, CMS, Vercel, and production debugging work.

What to check when traffic drops after moving from WordPress to Next.js, including redirects, archives, metadata, canonicals, sitemaps, and content.

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

Check rendered HTML for JavaScript pages by comparing source and DOM output across metadata, headings, links, schema, content, hydration, and crawlability.

Why view source stopped being enough for modern web checks, and how rendered HTML, hydration, metadata, schema, crawl paths, and client output changed audits.