Discovery
Can crawlers reach every priority route through normal HTML links and the correct sitemap?
Lovable sites can rank. Some need rendering work; others need better discovery, unique route metadata, stronger content or more authority. We test before prescribing.
Can crawlers reach every priority route through normal HTML links and the correct sitemap?
What useful content and links exist in the initial HTML, and what appears only after JavaScript runs?
Do status codes, robots directives and canonicals consistently describe the intended URL?
Does the page uniquely satisfy a real query, and does the wider web provide reasons to trust it?
| Raw response test | Rendered-page test |
|---|---|
| Check status, title, description, canonical, H1, primary copy and crawlable anchors returned by the server. | Check the final DOM, client-side errors, injected metadata, interactive content and links after scripts execute. |
Google can render JavaScript, but crawl, render and index are separate phases. A mismatch is evidence to investigate—not automatic proof that the site is invisible.
| Approach | Best fit | Main trade-off |
|---|---|---|
| Static generation (SSG) | Stable marketing routes known at build time | Requires a rebuild when content changes |
| Server-side rendering (SSR) | Dynamic routes that need reliable request-time HTML | More server complexity and runtime cost |
| Build-time prerendering | A finite SPA route set that can be rendered during deployment | Must keep the route list and build output current |
| Dynamic rendering | Legacy constraints where crawler-targeted HTML is a temporary workaround | Google calls this a workaround; parity and maintenance must be monitored |
| Acceptable CSR | Implementations whose important content, links and metadata are reliably processed and validated | Rendering delay and non-Google crawler differences still require testing |
The raw response is an app shell, priority content appears only after JavaScript, and the chosen deployment path cannot produce equivalent HTML another way.
The server already returns useful HTML, the real issue is discovery or content quality, or SSG/SSR is practical and more maintainable.
Sources: Lovable SEO and AI-search documentation, Google JavaScript SEO basics, and Google dynamic rendering guidance.
Titles, descriptions, one clear H1 and self-consistent canonical URLs for every target route.
XML sitemap inclusion, crawlable navigation and contextual links that communicate importance.
Custom-domain redirects, HTTP status codes, raw/rendered parity and repeatable availability.
Search Console inspection and indexing exports when available, plus content-to-query mapping.
Fix obvious items yourself when the site is small and the cause is clear. Consider specialist help when only the homepage is indexed, routes are missing from raw output, canonicalization is inconsistent, or the remediation requires architecture and deployment decisions.
Prerendering for Lovable sites explains one rendering path. Schema markup for Lovable sites covers accurate structured data. Also see why AI-built websites do not rank and the platform comparison.
We will review the public production site and identify up to three likely blockers. A complete audit and implementation are separate services.
Check my Lovable siteReview the production-response, rendered-output, route, indexability, content, and validation checks behind each recommendation.