Bank of America Corporation

Huihui Wu

Alfred James Reed

Dean Lyons Henry

A virtual resource control and distribution system is provided that utilizes virtual resource pools coupled to authentic resource pools in order to reduce processing capacity requirements, memory requirements, and processing time. In particular, a reduced number of authentic resource pools are used, such as one single authentic resource pool, that is coupled to virtual resource pools. The virtual resource pools may be utilized to enter into interactions. However, when interactions are entered, the virtual resource pools may be adjusted based on the resources associated with the interaction without actually having any resources associated with the virtual resource pools. As such, the virtual resource pools may illustrate a change in virtual resources in the virtual resource pool, but the authentic resource pool to which the virtual resource pool is associated, will be utilized for distributing the resources and processing the interactions.

Virtual resource control and distribution

Provide improved delivery of resources to a recipient entity when the recipient entity is involved in an interaction with a provider entity. One or more application programming interfaces (APIs) are utilized to identify delivery channels, and potentially substitute an original delivery channel with an alternate delivery channel. The present invention utilizes entity information, such as a recipient entity identifier, in order to determine recipient entity delivery preferences from a stored preference or from communications with the recipient entity. The system provides the resources to the recipient entity according to the preferences identified. A more efficient delivery of resources to the recipient entity is provided that improves the capacity, memory, and processing speed of the delivery systems and improve the ability to identify the identity of the recipient entity before the resources are delivered to the recipient entity.

Entity resource distribution channel manipulation

A virtual resource control and distribution system is provided that utilizes virtual resource pools coupled to authentic resource pools in order to reduce processing capacity requirements, memory requirements, and processing time. In particular, the present invention utilizes a reduced number of authentic resource pools, such as one single authentic resource pool, that is coupled to one or more virtual resource pools. The virtual resource pools may be utilized to enter into interactions. However, when interactions are entered, the virtual resource pools may be adjusted based on the resources associated with the interaction without actually having any resources associated with the virtual resource pools. As such, the virtual resource pools may illustrate a change in virtual resources in the virtual resource pool, but the authentic resource pool to which the virtual resource pool is associated, will be utilized for distributing the resources and processing the interactions.

Provide improved validation of a recipient entity when the recipient entity is involved in an interaction with a provider entity. One or more application programming interfaces (APIs) are provided that are utilized to validate the recipient entity. Recipient entity information, such as a recipient entity identifier, is utilized and communicated to the resource systems to more efficiently validate the recipient entity in order to improve the processing capacity, reduce memory requirements, and improve processing speeds for validating the recipient entity for an interaction. Moreover, a more accurate determination of the actual identity of the recipient entity may be provided, thus improving the security of the interaction between the entities and reducing the potential for misappropriation of the resources involved in the interactions.

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Long Island, NY, United States of America

Huihui Wu