Abstract: A network centric system that enables participation by any number of entities including sponsors, issuers, merchants, portable devices, and acceptance point devices in one or more loyalty programs is provided. Any combination of entities may be specified for different loyalty programs.

Abstract: Techniques for changing a participation status in a loyalty program for a portable device are provided. The techniques include receiving an indication to change the participation status in the loyalty program from a first status to a second status. A parameter is modified in the portable device where the modification of the parameter corresponds to a change in the participation status in the loyalty program from the first status to the second status.

Abstract: A network centric system that enables participation by any number of entities including sponsors, issuers, merchants, portable devices, and acceptance point devices in one or more loyalty programs is provided. Any combination of entities may be specified for different loyalty programs.

Abstract: A system for managing coupon redemption and prioritization is provided. According to one aspect of the system, the system allows an electronic coupon or reward to be redeemed a specific number of times. The specific number of times may range from one to infinity. According to another aspect of the system, the system automatically resolves any redemption conflict associated with the concurrent redemption of electronic coupon(s) and paper-based coupon(s) by using certain predefined rules and logic.

Abstract: A network centric system that enables participation by any number of entities including sponsors, issuers, merchants, portable devices, and acceptance point devices in one or more loyalty programs is provided. Any combination of entities may be specified for different loyalty programs.

Abstract: A system for managing coupon redemption and prioritization is provided. According to one aspect of the system, the system allows an electronic coupon or reward to be redeemed a specific number of times. The specific number of times may range from one to infinity. According to another aspect of the system, the system automatically resolves any redemption conflict associated with the concurrent redemption of electronic coupon(s) and paper-based coupon(s) by using certain predefined rules and logic.

Abstract: A system for managing coupon redemption and prioritization is provided. According to one aspect of the system, the system allows an electronic coupon or reward to be redeemed a specific number of times. The specific number of times may range from one to infinity. According to another aspect of the system, the system automatically resolves any redemption conflict associated with the concurrent redemption of electronic coupon(s) and paper-based coupon(s) by using certain predefined rules and logic.

Abstract: A system for managing coupon redemption and prioritization is provided. According to one aspect of the system, the system allows an electronic coupon or reward to be redeemed a specific number of times. The specific number of times may range from one to infinity. According to another aspect of the system, the system automatically resolves any redemption conflict associated with the concurrent redemption of electronic coupon(s) and paper-based coupon(s) by using certain predefined rules and logic.

Abstract: A system for managing token image replacement is provided. The system includes a remote server, a token acceptance device, such as a personal computer (PC), connected to the remote server, a token, such as a phone, that can be read by the PC, and a token image server. Using application logic and rules, the remote server is able to read the token image on the token and determine if the image on the phone needs to be updated. The remote server forwards a backup token image to the PC which, in turn, writes the backup token image including transaction information to the phone. Once the backup token image is written onto the phone, subsequent interactions with the system would not initiate an update.

Abstract: A system for facilitating image management for portable devices, which includes a host configured to maintain information relating to a first portable device and a second portable device and an interface device configured to communicate with the host and the portable devices. The interface device includes control logic configured to: determine whether the first portable device is valid for image synchronization using information provided by the host in order to record an image of the first portable device, determine whether the second portable device is valid for image synchronization in order to download an image of the first portable device to the second portable device. The interface device further includes control logic configured to: determine whether the second portable device is valid for image replacement using information provided by the host so as to retrieve an image of the first portable device and download the retrieved image to the second portable device.

Abstract: A system having a host configured to maintain information relating to a first portable device and a second portable device and an interface device configured to communicate with the host and the first and second portable devices. The interface is configured to determine whether the first portable device is valid for image synchronization for recording an image of the first portable device, determine whether the second portable device is valid for image synchronization so as to download an image of the first portable device to the second portable device. The interface is further configured to determine whether the second portable device is valid for image replacement using information provided by the host for retrieving an image of the first portable device and download the retrieved image to the second portable device.

Abstract: A system for managing token image replacement is provided. The system includes a remote server, a token acceptance device, such as a personal computer (PC), connected to the remote server, a token, such as a phone, that can be read by the PC, and a token image server. Using application logic and rules, the remote server is able to read the token image on the token and determine if the image on the phone needs to be updated. The remote server forwards a backup token image to the PC which, in turn, writes the backup token image including transaction information to the phone. Once the backup token image is written onto the phone, subsequent interactions with the system would not initiate an update.

Abstract: A system for managing token image replacement is provided. The system includes a remote server, a personal computer (PC) connected to the remote server, a smartcard that can be read by the PC, and a card image server. Using application logic and rules, the remote server is able to read the card image on the smartcard and determine if the card image on the smartcard needs to be updated. If an indicator on the smartcard is set to “update”, the remote server then retrieves a backup card image that corresponds to the card from the card image server. The remote server forwards the backup card image to the PC which, in turn, writes the backup card image including transaction information to the smartcard. Once the backup card image is written onto the smartcard, the indicator in the smartcard is then reset to ensure that subsequent interactions with the system would not initiate an update.

Abstract: A system for managing token image replacement is provided. The system includes a remote server, a personal computer (PC) connected to the remote server, a smartcard that can be read by the PC, and a card image server. Using application logic and rules, the remote server is able to read the card image on the smartcard and determine if the card image on the smartcard needs to be updated. If an indicator on the smartcard is set to “update”, the remote server then retrieves a backup card image that corresponds to the card from the card image server. The remote server forwards the backup card image to the PC which, in turn, writes the backup card image including transaction information to the smartcard. Once the backup card image is written onto the smartcard, the indicator in the smartcard is then reset to ensure that subsequent interactions with the system would not initiate an update.

Abstract: A system for facilitating image management for portable devices is disclosed. The system includes a host configured to maintain information relating to a first portable device and a second portable device and an interface device configured to communicate with the host and the first and second portable devices. The interface device includes control logic configured to: determine whether the first portable device is valid for image synchronization using information provided by the host; and if it is determined that the first portable device is valid for image synchronization, record an image of the first portable device, determine whether the second portable device is valid for image synchronization, and download an image of the first portable device to the second portable device if it is determined that the second portable device is valid for image synchronization.

Abstract: A system for facilitating image management for portable devices is disclosed. The system includes a host configured to maintain information relating to a first portable device and a second portable device and an interface device configured to communicate with the host and the first and second portable devices. The interface device includes control logic configured to: determine whether the first portable device is valid for image synchronization using information provided by the host; and if it is determined that the first portable device is valid for image synchronization, record an image of the first portable device, determine whether the second portable device is valid for image synchronization, and download an image of the first portable device to the second portable device if it is determined that the second portable device is valid for image synchronization.

Abstract: A system for managing coupon redemption and prioritization is provided. According to one aspect of the system, the system allows an electronic coupon or reward to be redeemed a specific number of times. The specific number of times may range from one to infinity. According to another aspect of the system, the system automatically resolves any redemption conflict associated with the concurrent redemption of electronic coupon(s) and paper-based coupon(s) by using certain predefined rules and logic.

Abstract: A system for managing token image replacement is provided. The system includes a remote server, a personal computer (PC) connected to the remote server, a smartcard that can be read by the PC, and a card image server. Using application logic and rules, the remote server is able to read the card image on the smartcard and determine if the card image on the smartcard needs to be updated. If an indicator on the smartcard is set to “update”, the remote server then retrieves a backup card image that corresponds to the card from the card image server. The remote server forwards the backup card image to the PC which, in turn, writes the backup card image including transaction information to the smartcard. Once the backup card image is written onto the smartcard, the indicator in the smartcard is then reset to ensure that subsequent interactions with the system would not initiate an update.

Abstract: A system for managing token image replacement is provided. The system includes a remote server, a personal computer (PC) connected to the remote server, a smartcard that can be read by the PC, and a card image server. Using application logic and rules, the remote server is able to read the card image on the smartcard and determine if the card image on the smartcard needs to be updated. If an indicator on the smartcard is set to “update”, the remote server then retrieves a backup card image that corresponds to the card from the card image server. The remote server forwards the backup card image to the PC which, in turn, writes the backup card image including transaction information to the smartcard. Once the backup card image is written onto the smartcard, the indicator in the smartcard is then reset to ensure that subsequent interactions with the system would not initiate an update.

Abstract: A system for managing token image replacement is provided. The system includes a remote server, a personal computer (PC) connected to the remote server, a smartcard that can be read by the PC, and a card image server. Using application logic and rules, the remote server is able to read the card image on the smartcard and determine if the card image on the smartcard needs to be updated. If an indicator on the smartcard is set to “update”, the remote server then retrieves a backup card image that corresponds to the card from the card image server. The remote server forwards the backup card image to the PC which, in turn, writes the backup card image including transaction information to the smartcard. Once the backup card image is written onto the smartcard, the indicator in the smartcard is then reset to ensure that subsequent interactions with the system would not initiate an update.