Abstract: A computer-implemented method and a content characterization system (CCS) for dynamically characterizing a website rendered in one or more of a plurality of languages are provided. The CCS receives website data, analyzes it for characterization of the website, and generates multiple structured data objects with a core object that the CCS connects with the website. When changes are made to the website, the CCS dynamically incorporates the changes into the structured data objects connected with the core object. When a search query is received from a querying network entity, the CCS communicates relevant structured data objects to the querying network entity to answer the query optimally, thereby providing an optimal characterization of the website.

Abstract: A computer-implemented method and a content characterization system (CCS) for dynamically characterizing a website rendered in one or more of a plurality of languages are provided. The CCS receives website data, analyzes it for characterization of the website, and generates multiple structured data objects with a core object that the CCS connects with the website. When changes are made to the website, the CCS dynamically incorporates the changes into the structured data objects connected with the core object. When a search query is received from a querying network entity, the CCS communicates relevant structured data objects to the querying network entity to answer the query optimally, thereby providing an optimal characterization of the website.

Abstract: A system and a method for automatically creating structured data objects for location-based information rendered in one or more languages in an electronic document to automatically integrate one or more locations into location applications, for example, map applications, are provided. The system identifies and transforms location-based objects associated with a location(s) of a business entity in one or more languages in the electronic document into geocoded data. The system automatically creates structured data objects for the geocoded data based on configurable criteria. The system generates a dynamic index-oriented map object (DIOMO) for the structured data objects specific to the location(s) of the business entity and connects the structured data objects to the DIOMO by creating linked data nodes from the structured data objects with the DIOMO as a core. The system automatically integrates the location(s) of the business entity into location applications using the DIOMO with the linked data nodes.

Abstract: A system including a media data optimization engine (MDOE) and a method for automatically creating structured data objects for media content rendered in one or more languages in an electronic document of a business entity are provided. The MDOE identifies non-textual objects including media content rendered in one or more languages in the electronic document and generates textual objects in the corresponding language(s) therefrom. The MDOE transforms the textual objects into structured data objects based on configurable criteria and generates a dynamic index-oriented object for the structured data objects specific to the business entity. The MDOE connects the structured data objects to the dynamic index-oriented object by creating linked data nodes therefrom with the dynamic index-oriented object as a core.

Abstract: A method and a content validation and coding system (CVCS) for validating and coding content of an electronic document for search engine optimization (SEO) are provided. The CVCS integrates with application programming interfaces (APIs) of search engines and/or media platforms. The CVCS creates a categorized repository of schema codes. The CVCS executes a web crawler for crawling and indexing an electronic document to be coded and content related thereto, from one or more search engines and/or media platforms via the APIs, and identifies structured data and content in the electronic document. The CVCS validates the identified content based on analytic criteria and determines optimal schema codes from the categorized repository and/or dynamically generated supplementary schema codes. The CVCS generates a structured data code map (SDCM) of the optimal schema codes and codes the validated content with the optimal schema codes within the identified structured data using the SDCM for SEO.

Abstract: A method and a content validation and coding system (CVCS) for validating and coding content of an electronic document for search engine optimization (SEO) are provided. The CVCS integrates with application programming interfaces (APIs) of search engines and/or media platforms. The CVCS creates a categorized repository of schema codes. The CVCS executes a web crawler for crawling and indexing an electronic document to be coded and content related thereto, from one or more search engines and/or media platforms via the APIs, and identifies structured data and content in the electronic document. The CVCS validates the identified content based on analytic criteria and determines optimal schema codes from the categorized repository and/or dynamically generated supplementary schema codes. The CVCS generates a structured data code map (SDCM) of the optimal schema codes and codes the validated content with the optimal schema codes within the identified structured data using the SDCM for SEO.