Abstract: Disclosed herein are systems and methods allowing provider server and an analytics server to communicate confidential information but not compromise the anonymity of the customers if the data transmitted in either direction were to be intercepted or otherwise viewed by an unauthorized party, each server is configured to transmit the data records of the customers without any personally identifying information (PII) associated with the customers. The databases may “link” the data records by separately generating customer key identifiers for each unique customer having data in the one or both of the databases, according to predefined parameters and a predetermined one-way hashing algorithm. The unique customer key identifier may then be concatenated to, appended to, or otherwise associated with each data record for a particular customer that is being communicated between the servers.

Abstract: The disclosure herein describes enabling a donor to donate loyalty points associated with a loyalty program to a receiver based on a donation profile. The donation profile is hosted by a loyalty points donation platform (LPDP) and includes a donation entry including a loyalty point type and a requested quantity. A donation request including a loyalty account identifier, credential data of the loyalty account, and a point donation quantity is received. Approval of the donation request is requested from the donor loyalty program including providing the loyalty account identifier and the credential data to the donor loyalty program. Based on receiving approval from the donor loyalty program, the donor loyalty program is instructed to transfer a quantity of loyalty points indicated by the point donation quantity from the loyalty account associated with the loyalty account identifier to a receiver loyalty account associated with the donation profile of the receiver.

Abstract: The disclosure herein describes enabling a donor to donate loyalty points associated with a loyalty program to a receiver based on a donation profile. The donation profile is hosted by a loyalty points donation platform (LPDP) and includes a donation entry including a loyalty point type and a requested quantity. A donation request including a loyalty account identifier, credential data of the loyalty account, and a point donation quantity is received. Approval of the donation request is requested from the donor loyalty program including providing the loyalty account identifier and the credential data to the donor loyalty program. Based on receiving approval from the donor loyalty program, the donor loyalty program is instructed to transfer a quantity of loyalty points indicated by the point donation quantity from the loyalty account associated with the loyalty account identifier to a receiver loyalty account associated with the donation profile of the receiver.

Abstract: Disclosed herein are systems and methods allowing provider server and an analytics server to communicate confidential information but not compromise the anonymity of the customers if the data transmitted in either direction were to be intercepted or otherwise viewed by an unauthorized party, each server is configured to transmit the data records of the customers without any personally identifying information (PII) associated with the customers. The databases may “link” the data records by separately generating customer key identifiers for each unique customer having data in the one or both of the databases, according to predefined parameters and a predetermined one-way hashing algorithm. The unique customer key identifier may then be concatenated to, appended to, or otherwise associated with each data record for a particular customer that is being communicated between the servers.

Abstract: Disclosed herein are systems and methods allowing provider server and an analytics server to communicate confidential information but not compromise the anonymity of the customers if the data transmitted in either direction were to be intercepted or otherwise viewed by an unauthorized party, each server is configured to transmit the data records of the customers without any personally identifying information (PII) associated with the customers. The databases may “link” the data records by separately generating customer key identifiers for each unique customer having data in the one or both of the databases, according to predefined parameters and a predetermined one-way hashing algorithm. The unique customer key identifier may then be concatenated to, appended to, or otherwise associated with each data record for a particular customer that is being communicated between the servers.

Abstract: Disclosed herein are systems and methods allowing provider server and an analytics server to communicate confidential information but not compromise the anonymity of the customers if the data transmitted in either direction were to be intercepted or otherwise viewed by an unauthorized party, each server is configured to transmit the data records of the customers without any personally identifying information (PII) associated with the customers. The databases may “link” the data records by separately generating customer key identifiers for each unique customer having data in the one or both of the databases, according to predefined parameters and a predetermined one-way hashing algorithm. The unique customer key identifier may then be concatenated to, appended to, or otherwise associated with each data record for a particular customer that is being communicated between the servers.

Abstract: Systems and methods are provided for evaluating a service provider based on transaction data for the service provider. One exemplary method includes accessing transaction data for a payment account of a target service provider, where the transaction data represents multiple transactions from the payment account and the transactions involve multiple merchants; assigning the target service provider to a group of other service providers, selected from multiple groups of other service providers, based on the transaction data for the payment account of the target service provider; associating a rating for the selected group with the target service provider; and transmitting the rating.

Abstract: Systems and methods are provided for rating merchants in different industries, based on transaction data for the merchants and relative to multiple other merchants within same industries as the merchants to be rated. A merchant to be rated is initially identified (e.g., from a request, etc.), along with an industry with which the merchant is associated. Transaction data for the merchant is then accessed from a payment network. The transaction data includes data relating to both payment transactions and chargeback transactions to the merchant over a time interval. Next, a score for the merchant is generated based on at least a number of the chargeback transactions to the merchant during the time interval, and on transaction data for multiple other merchants within the same industry as the merchant. The resulting score is then associated with a risk rating for the merchant, thereby providing an indicator of the merchant's reliability.

Abstract: A method for identifying geographic-based lifestyle groups includes: storing consumer profiles, each profile including data related to consumers including a geographic location and consumer characteristics and purchase behaviors; receiving a lifestyle group request, the request including a geographic indicator; identifying a plurality of geographic areas based on the geographic indicator; identifying a group of consumer profiles for each geographic area where the geographic location is included in the respective geographic area; identifying a consumer lifestyle for each geographic area based on a correspondence between consumer characteristics and/or purchase behaviors included in a lifestyle rule associated with the respective consumer lifestyle and the consumer characteristics and purchase behaviors included in each consumer profile in the area's group of consumer profiles; and transmitting data associated with the identified plurality of geographic areas and corresponding identified consumer lifestyle in r