Abstract: Apparatus and methods for allocating transaction liability are provided. Transaction liability may include a risk that the transaction may incur a post-authorization charge, such as a fraud investigation and/or a chargeback. The transaction liability may be allocated among one or more transaction participants. Transaction liability may be allocated based on a stock-keeping-unit of an item purchased by customer that initiates the transaction. Transaction liability may be allocated based on an amount of the transaction. Transaction liability may be allocated based on a merchant category code identifier assigned to a merchant. Transaction liability may be allocated based on a location of a merchant. A default allocation of transaction liability may be re-allocated among transaction participants based on level of verification performed by a transaction participant at a point-of-sale.

Abstract: Apparatus and methods for allocating transaction liability are provided. A first transaction participant may be may be immunized from undesirable effects of fraud/chargebacks associated with a transaction if information responsive to a level of verification is submitted directly to a second transaction participant. The transaction may be an on-us transaction or may be associated with any issuer. The second transaction participant may include a payment guarantee provider. The information may be routed to the second transaction participant via a proof-of-verification network. Transactions that are associated with a level of verification may be subject to variable interchange rates. The interchange rates or level of immunization from fraud/chargeback may vary with respect to the level of verification performed by the first transaction participant.

Abstract: Apparatus and methods for allocating transaction liability are provided. A first transaction participant may be immunized from undesirable effects of fraud/chargebacks associated with a transaction if information responsive to a level of verification is submitted directly to a second transaction participant. The transaction may be an on-us transaction or may be associated with any issuer. The second transaction participant may include a payment guarantee provider. The information may be routed to the second transaction participant via a proof-of-verification network. Transactions that are associated with a level of verification may be subject to variable interchange rates. The interchange rates or level of immunization from fraud/chargeback may vary with respect to the level of verification performed by the first transaction participant.

Abstract: Apparatus and methods for risk mitigating transaction authorization are provided. A transaction participant may responds to a request for transaction authorization with “PIN Entry Required,” and restrict signature based transaction authorizations. The risk mitigating transaction authorization may be transmitted for a transaction based on a stock-keeping-unit of an item included in a purchase. The risk mitigating transaction authorization may be transmitted for a transaction based on an amount of the transaction. The risk mitigating transaction authorization may be transmitted for a transaction based on a merchant category code identifier assigned to a merchant and/or a location of a purchase.

Abstract: Apparatus and methods for allocating transaction liability are provided. Transaction liability may include a risk that the transaction may incur a post-authorization charge, such as a fraud investigation and/or a chargeback. The transaction liability may be allocated among one or more transaction participants. Transaction liability may be allocated based on a stock-keeping-unit of an item purchased by customer that initiates the transaction. Transaction liability may be allocated based on an amount of the transaction. Transaction liability may be allocated based on a merchant category code identifier assigned to a merchant. Transaction liability may be allocated based on a location of a merchant. A default allocation of transaction liability may be re-allocated among transaction participants based on level of verification performed by a transaction participant at a point-of-sale.

Abstract: Embodiments of the invention include systems, methods, and computer-program products for providing a mobile wallet account number associated with all of the payment devices on a mobile wallet. In this way, if the mobile wallet it misplaced, the user may not have to cancel and re-open each of the payment devices on the mobile wallet. The cancelling and re-opening process may be time consuming and effect other automatic transactions associated with the payment devices. The system provides a mobile wallet account number to a merchant and the merchant may process the transaction using that account number. Subsequently, the system may associate the mobile wallet account number with a payment device and apply the transaction to that payment device.

Abstract: A payment card with a display and/or dynamic magnetic stripe that operates using power received from an electro-magnetic/RF signal, without the need for incorporating a battery within the payment card. In one example, a payment card includes a receiver for receiving an external electro-magnetic signal and converting it to an electrical signal for powering the payment card; a CPU coupled with the electrical signal of the receiver; a display (i.e., a persistent display) for displaying data, wherein the display receives power based on the electrical signal from the receiver; and a dynamic magnetic stripe storing magnetically readable data, wherein the dynamic magnetic stripe receives power based on the electrical signal from the receiver. Responsive to the electro-magnetic signal received by the payment card, the data displayed on the display and stored in the dynamic magnetic stripe is changed. Methods relating to a payment card are also disclosed.

Abstract: A payment card with a display and/or dynamic magnetic stripe that operates using power received from an electro-magnetic/RF signal, without the need for incorporating a battery within the payment card. In one example, a payment card includes a receiver for receiving an external electro-magnetic signal and converting it to an electrical signal for powering the payment card; a CPU coupled with the electrical signal of the receiver; a display (i.e., a persistent display) for displaying data, wherein the display receives power based on the electrical signal from the receiver; and a dynamic magnetic stripe storing magnetically readable data, wherein the dynamic magnetic stripe receives power based on the electrical signal from the receiver. Responsive to the electro-magnetic signal received by the payment card, the data displayed on the display and stored in the dynamic magnetic stripe is changed. Methods relating to a payment card are also disclosed.

Abstract: A payment card with a display and/or dynamic magnetic stripe that operates using power received from an electro-magnetic/RF signal, without the need for incorporating a battery within the payment card. In one example, a payment card includes a receiver for receiving an external electro-magnetic signal and converting it to an electrical signal for powering the payment card; a CPU coupled with the electrical signal of the receiver; a display (i.e., a persistent display) for displaying data, wherein the display receives power based on the electrical signal from the receiver; and a dynamic magnetic stripe storing magnetically readable data, wherein the dynamic magnetic stripe receives power based on the electrical signal from the receiver. Responsive to the electro-magnetic signal received by the payment card, the data displayed on the display and stored in the dynamic magnetic stripe is changed. Methods relating to a payment card are also disclosed.

Abstract: A payment card with a display and/or dynamic magnetic stripe that operates using power received from an electro-magnetic/RF signal, without the need for incorporating a battery within the payment card. In one example, a payment card includes a receiver for receiving an external electro-magnetic signal and converting it to an electrical signal for powering the payment card; a CPU coupled with the electrical signal of the receiver; a display (i.e., a persistent display) for displaying data, wherein the display receives power based on the electrical signal from the receiver; and a dynamic magnetic stripe storing magnetically readable data, wherein the dynamic magnetic stripe receives power based on the electrical signal from the receiver. Responsive to the electro-magnetic signal received by the payment card, the data displayed on the display and stored in the dynamic magnetic stripe is changed. Methods relating to a payment card are also disclosed.