Should you ditch infinite scroll to ensure proper indexing by Google?

Why does infinite scroll pose a problem for Google?

Infinite scroll dynamically loads content as the user scrolls down the page. The snag? Googlebot doesn't scroll like a human. The crawler loads the initial page, executes JavaScript within a limited time window, and then moves on.

If your content only loads on scroll—without an automatic trigger detectable by the bot—it remains invisible to Google. The result: hundreds of articles, products, or listings may technically exist on your site but never make it into the index. This is ghost content from an SEO perspective.

What’s the difference between infinite scroll and traditional pagination?

Traditional pagination breaks the content into numbered pages accessible via distinct URLs (e.g., /page/2, /page/3). Each page can be crawled, indexed, and linked to the previous or next through rel="next" and rel="prev" tags (even though Google has officially ignored them since 2019, they still provide a structural signal).

Infinite scroll, on the other hand, loads everything on a single URL or via AJAX calls without changing the URL. No standard HTML links, no intermediate pages. For Googlebot, it’s as if the content after the first screen simply doesn’t exist, unless you implement a specific solution.

What does it mean to break up content so that it is accessible via specific URLs?

Google asks you to ensure that every dynamically loaded content segment is reachable via a unique URL. Essentially, if your page initially displays 20 products and then 20 more on scroll, these 20 new products must be accessible via a URL like /products?page=2 or /products/page-2.

This allows Googlebot to discover these URLs through your internal linking or your sitemap, to crawl them independently, and to index them. Technically, you can keep the infinite scroll on the front end for UX, but behind the scenes, you must provide crawlable URLs. This is known as reverse progressive enhancement: the modern user experience relies on a foundation that is technically compliant with crawlers.

• Pure infinite scroll = indexing problem if the content only loads via user scroll
• Solution 1: Split into accessible URLs (e.g., /page/2, /page/3) even if the UX remains infinite scroll
• Solution 2: Submit each segment via XML sitemap to force discovery
• Solution 3: Offer a classic paginated version as an alternative (e.g., link "View paginated version")
• The goal: ensure that 100% of the content is crawlable and indexable, regardless of user interaction

Is this recommendation consistent with on-the-ground observations?

Absolutely. I've seen e-commerce sites lose up to 60% of their indexed product pages after migrating to poorly implemented infinite scroll. The pattern is always the same: the category homepage gets indexed, but the products beyond the first screen gradually disappear from the index.

Google is not misleading on this point. The problem is that many developers and even SEOs believe that "JavaScript rendering" = "Google sees everything". False. Google renders JavaScript within a limited time window, and if the content requires user interaction (scroll, click), it does not load. Tests with Search Console and mobile rendering consistently confirm this.

What nuances should be added to this statement?

Google's statement is intentionally generic. It does not specify what type of infinite scroll poses problems. In reality, some patterns work better than others. For instance, an infinite scroll that automatically loads the next content as the user approaches the bottom of the page ("anticipated lazy loading") can sometimes be crawled if the trigger is purely based on position within the viewport and Googlebot simulates minimal scroll.

[To be verified] However, relying on this is risky. Google does not guarantee anything about its crawler's exact behavior with respect to these patterns. What works today may break tomorrow if Google adjusts its rendering algorithm. The only reliable approach remains to expose crawlable URLs and not rely on Googlebot’s goodwill to discover your content.

In what scenarios might this rule be circumvented?

If your infinite scroll content is intentionally non-critical for SEO—for instance, user comments at the bottom of an article or secondary user-generated content—you can technically ignore the recommendation. But be warned: even comments can contribute to long-tail SEO and the perceived freshness of content.

Another borderline case: single-page applications (SPAs) where the entire navigation relies on JavaScript. Here, infinite scroll is just a symptom of a larger architectural issue. The solution lies in server-side rendering (SSR) or pre-rendering, not just in URLs. But even in this case, distinct URLs remain essential for properly structuring Google's index.

What should you concretely do if your site uses infinite scroll?

The first step: audit what is actually indexed. Run a site:yourdomain.com search on Google and compare the number of results with the number of pages you think you have. If the gap is significant, you likely have an indexing problem related to infinite scroll or another JavaScript mechanism.

Next, use Google Search Console > URL Inspection to test the rendering of your infinite scroll pages. Look at the "crawled" vs. "rendered" version: does the dynamically loaded content appear in the rendered HTML? If not, Googlebot doesn’t see it. This is evidence that you need to implement one of the three solutions recommended by Google.

How can you implement crawlable URLs without disrupting the UX?

The cleanest technique: progressive enhancement. You build a traditional pagination with standard HTML links (<a href="/page/2">), then enrich the client-side experience with JavaScript to load content via AJAX and simulate infinite scroll. This way, a user with JS enabled enjoys infinite scroll, while Googlebot (and users without JS) access a traditional pagination.

Another approach: use the History API to change the URL as the user scrolls. When the content of "page 2" enters the viewport, you update the URL to /page/2 via pushState(). This creates unique URLs that you can submit in the sitemap. But be careful: each URL must be directly accessible, not just through scrolling.

What mistakes should you absolutely avoid?

Classic mistake: creating URLs but blocking them in robots.txt or marking them noindex. I've seen sites implement perfect paginated URLs, then exclude them from indexing "to avoid duplicate content." Result: back to square one, the content remains invisible. If you're worried about duplicate content, use rel="canonical" pointing to a hub page, but don’t block indexing.

Another trap: submitting URLs in the sitemap but not linking them in the internal structure. Google discovers pages primarily via links. The sitemap is a safety net, not the primary method. Ensure your paginated URLs are accessible via standard HTML links on the page (even if visually hidden for UX).

• Audit the current index via site:domain.com and compare with the expected page count
• Test the JavaScript rendering with Search Console > URL Inspection for each type of page
• Implement crawlable URLs (/page/2, /page/3) that are directly accessible
• Submit these URLs in the XML sitemap to guarantee discovery
• Maintain a classic HTML internal linking structure to these paginated pages
• Use rel="canonical" if necessary to manage duplicate content without blocking indexing