Is AMP really beneficial for SEO outside of the news carousel?

What exactly is AMP from a technical perspective?

AMP imposes a restricted HTML framework that drastically limits custom JavaScript and restricts CSS possibilities. The browser loads a streamlined version of the page, often served from Google's cache.

This forced technical restriction eliminates heavy scripts, complex animations, and most third-party marketing tools. The result: fast-loading pages, but at the cost of a loss of functionality and sometimes advertising revenue.

Does Google give a SEO boost to AMP pages?

No. Google has always maintained that AMP is not a ranking factor in itself. Loading speed is, but a highly optimized classic HTML page can compete effortlessly with an AMP page.

The only historical tangible advantage concerned the mobile news carousel, which required AMP until 2021. Since then, even that criterion has disappeared. AMP thus becomes an optimization option among others, not a strategic obligation.

So, why does Google continue to promote AMP?

The answer comes down to two words: infrastructure control. By serving pages from its own cache servers, Google masters the end-to-end experience and collects more user data.

For publishers, it's a trade-off: guaranteed speed against loss of control over the displayed URL, analytics, and the advertising environment. Many news sites have reversed course after measuring the impact on their revenue.

• AMP imposes strict HTML/CSS/JS restrictions that limit advanced functionalities
• The speed provided by AMP can be matched by a well-executed traditional optimization
• No direct ranking bonus for AMP pages has existed for several years
• The main advantage remains mobile user experience for simple editorial content
• Google serves AMP pages from its own cache, raising questions about control and analytics

Is this statement consistent with what we observe in the field?

Yes and no. The technical part is accurate: AMP does indeed speed up loading. But the assertion that it automatically improves user experience deserves serious nuance.

A/B tests conducted by publishers show contradictory results. Some experience a decrease in session time and pages viewed due to restricted internal navigation functionalities. Others see a slight gain in engagement, especially on weak 3G connections. [To be verified] based on your actual audience and existing technical stack.

What are the problematic unspoken aspects of this statement?

Google fails to clarify that maintaining two versions of the same content (classic HTML + AMP) doubles the technical workload. Parity bugs, canonicalization issues, fragmented analytics: the list of headaches is long.

The true hidden cost is technical debt. AMP evolves at its own pace, mandates its updates, and creates a structural dependency on the Google ecosystem. When a third-party marketing plugin doesn’t offer an AMP-compatible version, you find yourself stuck.

In what situations is AMP still relevant?

For news sites with a high volume of simple editorial content (text + images), AMP can still make sense if the hosting infrastructure is limited. Google's cache compensates for underpowered servers.

But for an e-commerce site, a corporate blog with forms, or any platform requiring complex JavaScript interactions, AMP becomes a handicap. You will lose more in functionality than you gain in milliseconds of loading time.

Should I abandon AMP if I’ve already implemented it?

It depends on your actual metrics. Start by measuring the current impact: compare conversion rates, session times, and advertising revenues between your AMP and classic HTML pages over a significant period.

If the difference is marginal or negative, plan for a gradual migration. First redirect low-traffic sections, monitor the impact on crawl budget and rankings, and then expand if the results are neutral or positive.

How can I optimize speed without AMP?

Focus on Core Web Vitals: LCP under 2.5 seconds, FID under 100 milliseconds, CLS under 0.1. These three metrics weigh infinitely more than AMP in the mobile ranking algorithm.

Optimize images with modern compression (WebP, AVIF), defer non-critical JavaScript, use a high-performance CDN, and enable aggressive browser caching. The result: equivalent or even superior performance to AMP, with no functional restrictions.

What mistakes should I avoid if I choose to implement AMP anyway?

Never duplicate content between AMP and HTML versions without correct canonical/amphtml tags. Google must unambiguously understand which version is the primary, otherwise you risk duplicate content issues.

Systematically test your pages in the official AMP validator and monitor Search Console for specific errors. An invalid AMP page is worse than having no AMP page: it generates indexing errors and degrades user experience.

• Audit your analytics to compare AMP vs classic HTML performance over at least 90 days
• Optimize your Core Web Vitals before considering AMP as a solution
• If you maintain AMP, automate validation tests in your deployment pipeline
• Monitor Search Console for content parity errors between versions
• Document the actual maintenance cost (dev hours) and compare it to measured gains
• Prepare an AMP exit plan if business metrics decline