Accelerated Mobile Pages (AMP)

Accelerated Mobile Pages (AMP) is an open-source HTML framework developed by the AMP Open Source Project, initially backed by Google. It is designed to make web content load faster on mobile devices. AMP achieves this by simplifying HTML, implementing streamlined CSS, and restricting the use of JavaScript, thereby creating lightweight pages that offer quicker loading times compared to non-AMP pages.

Key Characteristics:

  • Simplified HTML: AMP uses a subset of standard HTML, called AMP HTML, with custom tags and properties to ensure efficient performance.
  • Restricted JavaScript: JavaScript use is limited in AMP. It requires asynchronous loading of JavaScript and prohibits third-party JS to reduce page rendering times.
  • AMP Cache: Web pages built with AMP can be served through the AMP Cache, a proxy-based content delivery network (CDN) that caches and serves optimized AMP pages to further speed up loading time.
  • Pre-rendering: AMP supports pre-rendering of content while ensuring minimal resource usage. This means that AMP pages can load instantly when clicked from search results or other sources.


  1. AMP HTML: A markup language with some custom tags and properties designed for mobile optimization.
  2. AMP JS: A JavaScript library for mobile pages that manages resource loading for a fast rendering of AMP pages.
  3. AMP Cache: A CDN that caches AMP documents and serves them quickly to users.


  • Improved Page Loading Speed: AMP pages load significantly faster than traditional web pages on mobile devices, improving user experience.
  • SEO Benefits: Faster loading times can lead to better search engine rankings and higher visibility in search results, especially on mobile devices.
  • Increased Engagement: The speed and ease of use of AMP pages can lead to higher engagement rates and lower bounce rates.


  • Design and Functionality Restrictions: The optimization for speed comes at the cost of flexibility in design and functionality due to restricted use of JavaScript and limited CSS.
  • Monetization Concerns: Some publishers have raised concerns about the impact of AMP on their ability to monetize content effectively, given the limitations on ads and affiliate marketing tools.
  • Dependence on Google’s Infrastructure: The widespread use of AMP Cache ties publishers closely to Google’s infrastructure, raising questions about control over content distribution.

Use Cases:

  • News Websites: For quickly loading news articles on mobile devices.
  • E-commerce Sites: To accelerate the loading of product pages and improve the mobile shopping experience.
  • Blogs and Content Sites: To enhance readability and user engagement on mobile devices.