Allocating and Tracking Resource Distributions in Computer Networks

A non-transitory computer-readable storage medium storing executable instructions that, when executed by an electronic device with one or more processor and memory, cause the electronic device to:

• assign, using the one or more processors, to at least two distinct resource providers that have each provided resources to a resource recipient, respective access rights to receive information about resource allocation events associated with the resource recipient;
• receive, from a computing device distinct from the server, information about an occurrence of a resource allocation event that is associated with the resource recipient;
• in response to receiving the information about the occurrence of the resource allocation event:
• store information about the resource allocation event in a database that is in communication with the server, and
• determine whether respective access rights assigned to the at least two distinct resource providers permit the at least two distinct resource providers to access information about the resource allocation event;
• in accordance with a determination that respective access rights assigned to the at least two distinct resources providers permit the at least two distinct resources providers to access information about the resource allocation event, generate, using the one or more processors, a plurality of reports using the stored information in the database, the plurality of reports including at least two distinct reports, one report for each of the at least two distinct resource providers based on respective access rights assigned to each of the at least two distinct resource providers;
• and
• transmit each of the at least two distinct reports to the at least two distinct resource providers in accordance with report transmittal criteria associated with each of the at least two distinct resource providers.

A server system for managing resource distributions in a computer network, comprising:

• one or more processors;
• and
• memory storing executable instructions that, when executed by the one or more processors of the server system, cause the server system to:
• assign using the one or more processors, to at least two distinct resource providers that have each provided resources to a resource recipient, respective access rights to receive information about resource allocation events associated with the resource recipient;
• receive, from a computing device distinct from the server, information about an occurrence of a resource allocation event that is associated with the resource recipient;
• in response to receiving the information about the occurrence of the resource allocation event:
• store information about the resource allocation event in a database that is in communication with the server, and
• determine whether respective access rights assigned to the at least two distinct resource providers permit the at least two distinct resource providers to access information about the resource allocation event;
• in accordance with a determination that respective access rights assigned to the at least two distinct resources providers permit the at least two distinct resources providers to access information about the resource allocation event, generate, using the one or more processors, a plurality of reports using the stored information in the database, the plurality of reports including at least two distinct reports, one report for each of the at least two distinct resource providers based on respective access rights assigned to each of the at least two distinct resource providers;
• and
• transmit each of the at least two distinct reports to the at least two distinct resource providers in accordance with report transmittal criteria associated with each of the at least two distinct resource providers.