Ensure all pages are pre-rendered, semantically structured, schema-rich, internally connected, and AI-readable — with strict control over indexing and duplication.
All schema must be implemented using JSON-LD format only.
Defines business identity and improves trust signals.
Reference: https://schema.org/OrganizationStructures Q&A content for rich results and AI extraction.
Reference: https://developers.google.com/search/docs/appearance/structured-data/faqpageDefines page hierarchy and improves search understanding.
Why we need this: Search engines and AI systems can't reliably infer meaning from raw HTML alone — schema gives them explicit, labeled context.
Schema is structured data added to help search engines and AI systems clearly understand content. It acts as a labeled layer, making content machine-readable.
Use semantic elements instead of generic containers.
<article>
<section>
<header>
<nav>
Why we need this: Generic <div> soup gives crawlers no meaningful signal — semantic tags communicate purpose and hierarchy directly to the parser.
The DOM is the structured representation of HTML that search engines read. They interpret structure, not visual design.
Prevents duplicate content issues and consolidates ranking signals.
Prevent indexing of filtered and parameter-based pages.
Why we need this: Without canonical signals, Google may split ranking authority across duplicate URLs, diluting visibility for the pages that actually matter.
Canonical tags define the main version of a page when multiple URLs contain similar content.
LCP < 2.5s · CLS < 0.1 · INP optimized
Why we need this: Google uses Core Web Vitals as a ranking factor — slow, unstable pages are downgraded regardless of content quality.
LCP: Main content load time
CLS: Layout stability
INP: Interaction responsiveness
<ul>, <ol>)Why we need this: Crawlers and AI agents only read what's present in the initial DOM — content revealed by JavaScript interactions is often invisible to them.
Content must be present in the DOM on load. Content hidden behind interactions may not be indexed.