Abstract: Payment card account transaction data sets and mobile device travel profiles are compared with each other to detect matches in terms of times and locations of use and/or presence. Such an analysis may link two or more payment card accounts to the same mobile device. Consequently, common ownership of the two or more payment card accounts may be reasonably inferred. Based on the inference of common ownership, marketing related analysis may be performed on a combined transaction data set that reflects transactions in both commonly owned payment card accounts.

Abstract: Payment card account transaction data sets and mobile device travel profiles are compared with each other to detect matches in terms of times and locations of use and/or presence. Such an analysis may link two or more payment card accounts to the same mobile device. Consequently, common ownership of the two or more payment card accounts may be reasonably inferred. Based on the inference of common ownership, marketing related analysis may be performed on a combined transaction data set that reflects transactions in both commonly owned payment card accounts.

Abstract: A method includes receiving a first data set and a second data set. The first data set may include anonymized transaction data that represents purchase transactions made by customers of a merchant. The second data set may include anonymized transaction data that represents purchase transactions made by cardholders in a payment network. The method further includes filtering the second data set to remove therefrom data relating to cardholders who are not customers of the merchant, and processing the first data set and the filtered second data set using a probabilistic engine to establish linkages between data in the first data set and data in the filtered second data set. The method may also include analyzing data in the filtered second data set to generate one or more of shopping habits data, classification data and attribute data with respect to customers of the merchant.

Abstract: A method includes receiving a first data set and a second data set. The first data set may include anonymized transaction data that represents purchase transactions made by customers of a merchant. The second data set may include anonymized transaction data that represents purchase transactions made by cardholders in a payment network. The method further includes filtering the second data set to remove therefrom data relating to cardholders who are not customers of the merchant, and processing the first data set and the filtered second data set using a probabilistic engine to establish linkages between data in the first data set and data in the filtered second data set. The method may also include performing a predictive analysis based on one or more independent variables from the second data set and with a dependent variable represented in the first data set.

Abstract: A method and apparatus are provided for a no pre-set spending limit transaction card with features and attributes of both a credit card and a charge card, including an overlimit spend feature and an associated communicated line of credit. The transaction card may carry a balance like a credit card and may require that a card user pay down the balance carried forward to the line of credit subsequent to the end of each billing cycle. When the user has reached or exceeded the communicated line of credit, each subsequent transaction request for a new transaction by the user is evaluated on a case-by-case basis by a process that includes execution an overlimit spend authorization logic or process.

Abstract: A method and apparatus are provided for a no pre-set spending limit transaction card with features and attributes of both a credit card and a charge card, including an overlimit spend feature and an associated communicated line of credit. The transaction card may carry a balance like a credit card and may require that a card user pay down the balance carried forward to the line of credit subsequent to the end of each billing cycle.

Abstract: A method and apparatus are provided for a no pre-set spending limit transaction card with features and attributes of both a credit card and a charge card, including an overlimit spend feature and an associated communicated line of credit. The transaction card may carry a balance like a credit card and may require that a card user pay down the balance carried forward to the line of credit subsequent to the end of each billing cycle. When the user has reached or exceeded the communicated line of credit, each subsequent transaction request for a new transaction by the user is evaluated on a case-by-case basis by a process that includes execution an overlimit spend authorization logic or process.

Abstract: The present invention provides a method and apparatus for a no pre-set spending limit transaction card with features and attributes of both a credit card and a charge card. The novel method and apparatus uses a card with an overlimit spend feature and an associated communicated line of credit. The card can carry a balance like a credit card and may require that the card user pay down the balance carried forward down to the line of credit subsequent to the end of each billing cycle.