Abstract: A method and system for implementing a user controlled supply chain system includes receiving information from one or more potential users including one or more wants, needs, and desires, and indicative of a desire to retain control of user information including one or more elements of demand for a product or a service, other wants, needs or desires. The method includes receiving information from a plurality of manufacturers including meta information and any other pertinent terms and conditions of that product's lifecycle including an offer to sell the one or more products including a discount. The method includes indicating by the user a desire to purchase one of the one or more products or services, disclosure of the user information to one of the plurality of manufacturers in exchange for confirmation of sale to the user, and consummating a transaction for the user to purchase the product.
Type:
Grant
Filed:
June 13, 2024
Date of Patent:
March 17, 2026
Assignee:
Demand Pat LLC
Inventors:
Joseph Fedele, Harpreet GeeKee, Richard Oh, Gordon Kessler
Abstract: A method and system for implementing user purchasing while remaining anonymous. The method includes receiving information from a potential user by an onboarding system including one or more wants, needs, and desires for attaching the user to one or more communities with similar wants, needs, and desires, receiving one or more search terms from the user related to a good or service the user wishes to purchase, performing a search based upon the received search terms and the one or more communities to which the user is attached, and displaying the response to the search to the user. The method then further includes confirming a user preference to the presented response by a preference receiving system, and dynamically updating the communities to which the user is attached, and updating the wants, needs, and desires of the communities to which the user is attached in response to the user preference.
Type:
Grant
Filed:
January 12, 2021
Date of Patent:
June 24, 2025
Assignee:
Demand PAT LLC
Inventors:
Joseph Fedele, Harpreet GeeKee, Richard Oh, Gordon Kessler
Abstract: A system and method are provided implementing user searching. The method includes receiving information from a potential user by an onboarding system including one or more attributes for attaching the user to one or more communities with similar attributes, and receiving one or more search terms from the user by a search system. A processor then performs a search based upon the received search terms and the one or more communities to which the user is attached, and a response to the search is displayed to the user on a display. A user preference to the presented response is confirmed by a preference system, and one or more communities to which the user is attached are dynamically updated, along with updating the attributes of the communities to which the user is attached in response to the user preference.
Type:
Grant
Filed:
July 2, 2023
Date of Patent:
July 16, 2024
Assignee:
Demand PAT LLC
Inventors:
Joseph Fedele, Harpreet GeeKee, Richard Oh, Gordon Kessler
Abstract: A system and method are provided implementing user searching. The method includes receiving information from a potential user by an onboarding system including one or more attributes for attaching the user to one or more communities with similar attributes, and receiving one or more search terms from the user by a search system. A processor then performs a search based upon the received search terms and the one or more communities to which the user is attached, and a response to the search is displayed to the user on a display. A user preference to the presented response is confirmed by a preference system, and one or more communities to which the user is attached are dynamically updated, along with updating the attributes of the communities to which the user is attached in response to the user preference.
Type:
Grant
Filed:
January 12, 2021
Date of Patent:
August 22, 2023
Assignee:
Demand Pat LLC
Inventors:
Joseph Fedele, Harpreet GeeKee, Richard Oh, Gordon Kessler