HomeHelp CenterFixing JavaScript Rendering for AI Visibility
    Help CenterMarch 22, 2026

    Fixing JavaScript Rendering for AI Visibility

    Step-by-step guide to making JavaScript-rendered content visible to AI crawlers using SSR, pre-rendering, and hybrid approaches.

    The goal

    Make your content appear in the raw HTML response so AI crawlers (GPTBot, ClaudeBot, PerplexityBot) can read it without executing JavaScript. Here are the practical approaches, ordered from most to least recommended.

    Option 1: Server-Side Rendering (SSR)

    The gold standard. Your server executes the JavaScript and sends fully-rendered HTML to every visitor — human or bot.

    Next.js (React)

    If you're using React, Next.js is the most straightforward path to SSR:

    • Pages using getServerSideProps are rendered on each request
    • Pages using getStaticProps are pre-rendered at build time (SSG)
    • The App Router (Next.js 13+) uses Server Components by default — already SSR

    Nuxt (Vue)

    Nuxt provides SSR out of the box. Ensure your nuxt.config has ssr: true (the default). Pages using useAsyncData or useFetch will have their data included in the server-rendered HTML.

    SvelteKit

    SvelteKit defaults to SSR. Data loaded in +page.server.ts load functions is rendered server-side automatically.

    Option 2: Static Site Generation (SSG)

    Pre-build all pages as static HTML at deploy time. Ideal for content that doesn't change on every request — blogs, documentation, marketing pages.

    • Next.js — Use getStaticProps + getStaticPaths
    • Gatsby — SSG by design
    • Astro — Static-first with optional islands of interactivity
    • Hugo / Jekyll / 11ty — Pure static generators, always AI-visible

    Option 3: Pre-rendering services

    If you can't switch frameworks, a pre-rendering service sits between your server and crawlers, executing JavaScript and serving the resulting HTML to bots:

    • Prerender.io — detects bot user-agents and serves cached static HTML
    • Rendertron — Google's open-source headless Chrome renderer
    • Puppeteer/Playwright scripts — roll your own with a headless browser on a schedule

    Pre-rendering adds complexity and a caching layer, but it works when a full framework migration isn't practical.

    Option 4: Hybrid approach

    Render critical content (article text, product details, key information) server-side, while keeping interactive elements (comments, filters, modals) client-side. This gives AI crawlers the important content while preserving interactivity.

    Verification checklist

    CheckHow to testPass criteria
    Raw HTML contains contentcurl -s your-url | grep "key phrase"Content appears in output
    No-JS browser testDisable JS in DevTools, reloadMain content still visible
    GenReady reportRun a scan on genready.aiContent Extraction score is Good
    Mobile renderingTest with mobile user-agentSame content as desktop

    💡 Priority order

    Fix your most important pages first — homepage, key product/service pages, and top blog posts. These are the pages AI is most likely to crawl and cite. Use GenReady to identify which pages need attention.

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