Abstract: A system for managing opt-out instructions includes a global opt-out service and opt-out store in communication with regional subsystems. The opt-out service maintains a global opt-out store database of consumers for whom opt-out instructions have been received. The opt-out store includes no personal data, but instead contains only anonymized data. Before consumer data is utilized, an anonymized identifier is created by a regional data anonymizer and transmitted to the opt-out store. The opt-out instructions are applied by searching for a match in the opt-out store for a matching anonymized identifier. In this manner, the system may comply with privacy laws and regulations concerning the transmission of personal data outside of a region, while still providing a global opt-out service.

Abstract: A system for managing opt-out instructions includes a global opt-out service and opt-out store in communication with regional subsystems. The opt-out service maintains a global opt-out store database of consumers for whom opt-out instructions have been received. The opt-out store includes no personal data, but instead contains only anonymized data. Before consumer data is utilized, an anonymized identifier is created by a regional data anonymizer and transmitted to the opt-out store. The opt-out instructions are applied by searching for a match in the opt-out store for a matching anonymized identifier. In this manner, the system may comply with privacy laws and regulations concerning the transmission of personal data outside of a region, while still providing a global opt-out service.

Abstract: A system and method for transmitting IP packets arranged in an L×D matrix comprising data packets and L number of FEC packets, L corresponding to a number of columns in the matrix, and D corresponding to a number rows in the matrix includes assigning a first location in the matrix as an FEC packet location, skipping D number of locations in the matrix from the most recently assigned FEC packet location to a new location, and determining if the new location is positioned in the same column as an existing FEC packet location. The new location is assigned as an FEC packet location if it is determined that the new location is not positioned in the same column as an existing FEC packet location.