17838789. TENANT NETWORK FOR REWRITING OF CODE INCLUDED IN A WEB PAGE simplified abstract (Microsoft Technology Licensing, LLC)

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TENANT NETWORK FOR REWRITING OF CODE INCLUDED IN A WEB PAGE

Organization Name

Microsoft Technology Licensing, LLC

Inventor(s)

Meir Baruch Blachman of Beer Sheva (IL)

Itamar Azulay of Mishmar Ayyalon (IL)

Nitzan Frogel of Tel Aviv (IL)

TENANT NETWORK FOR REWRITING OF CODE INCLUDED IN A WEB PAGE - A simplified explanation of the abstract

This abstract first appeared for US patent application 17838789 titled 'TENANT NETWORK FOR REWRITING OF CODE INCLUDED IN A WEB PAGE

Simplified Explanation

The abstract describes a tenant network in a cloud services platform that can rewrite code in a web page. Here is a simplified explanation of the abstract:

  • A tenant network in a cloud services platform has a proxy service and multiple browser applications belonging to the same tenant network.
  • When a request for a web page is made by a browser, the web page is returned to the proxy service.
  • The proxy service identifies code component(s) in the web page that need to be rewritten.
  • The identified code component(s) are provided to another browser in the same tenant network, which is configured to rewrite the code component(s).
  • After rewriting the code component(s), the second browser provides the rewritten code component(s) back to the proxy service.
  • The proxy service then forwards the web page, along with the rewritten code component(s), to the first browser for execution and rendering.

Potential applications of this technology:

  • Content optimization: The ability to rewrite code components in web pages can be used to optimize the content for better performance, user experience, or compatibility with different browsers or devices.
  • Security enhancements: The code rewriting process can be used to add security measures to web pages, such as removing or modifying vulnerable code components.
  • A/B testing: By rewriting code components, different versions of a web page can be tested and compared to determine the most effective design or functionality.

Problems solved by this technology:

  • Compatibility issues: Rewriting code components can help ensure that web pages work correctly across different browsers and devices, reducing compatibility issues.
  • Performance optimization: By rewriting code components, unnecessary or inefficient code can be removed or improved, leading to faster loading times and better overall performance.
  • Security vulnerabilities: The ability to rewrite code components allows for the removal or modification of potentially vulnerable code, enhancing the security of web pages.

Benefits of this technology:

  • Improved user experience: By optimizing code components, web pages can load faster, provide better functionality, and offer a smoother user experience.
  • Enhanced security: The ability to rewrite code components allows for the implementation of security measures, reducing the risk of vulnerabilities and attacks.
  • Increased flexibility: Code rewriting enables customization and adaptation of web pages to different browsers, devices, or specific requirements.


Original Abstract Submitted

A tenant network of a cloud services platform performs the rewriting of code included in a web page. For example, a proxy service communicatively coupled to a plurality of browser applications belonging to the same tenant network and a server receives a request, from a first browser, for a web page hosted by the server. The web page is returned to the proxy service, and the proxy service identifies code component(s) thereof for rewriting. The proxy service provides the identified code component(s) to a second browser included in the same tenant network as the first browser that is configured to rewrite the code component(s). After rewriting the code component, the second browser provides the rewritten code component(s) to the proxy service, which forwards the web page, along with the rewritten code component(s), to the first browser for execution and rendering.

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