Abstract: Various systems and methods are described for analyzing multiple money transfer routing schemes. Each of these multiple money transfer routing schemes may comprise a route to transmit funds from the source for the money transfer transaction to the destination for the money transfer transaction. An internal money transfer routing scheme may refer to a money transfer routing scheme that utilizes a direct money transfer arrangement between the destination of the money transfer transaction and the money transfer network. An external money transfer routing scheme may refer to a money transfer routing scheme that utilizes at least one third party money transfer network between the destination of the money transfer transaction and the money transfer network. The multiple money transfer routing schemes may be analyzed and the preferable money transfer routing scheme at least partially based on the predefined criterion from among the multiple money transfer routing schemes may be identified.

Abstract: Various systems and methods are described for analyzing multiple money transfer routing schemes. Each of these multiple money transfer routing schemes may comprise a route to transmit funds from the source for the money transfer transaction to the destination for the money transfer transaction. An internal money transfer routing scheme may refer to a money transfer routing scheme that utilizes a direct money transfer arrangement between the destination of the money transfer transaction and the money transfer network. An external money transfer routing scheme may refer to a money transfer routing scheme that utilizes at least one third party money transfer network between the destination of the money transfer transaction and the money transfer network. The multiple money transfer routing schemes may be analyzed and the preferable money transfer routing scheme at least partially based on the predefined criterion from among the multiple money transfer routing schemes may be identified.

Abstract: Methods and systems are provided for executing such a bilateral action. A communication is received at a host system. A determination is made that the communication identifies a physical instrument that identifies an account of stored value. A request is transmitted to another host system to debit the account by an amount identified in the communication to support the bilateral action. A confirmation is received from the other host system that the account of stored value has been debited. An approval for the bilateral action is transmitted to an originating communications device.

Abstract: Systems, methods, and devices for a television-based bill payment system are disclosed. The methods and systems include a television system that is configured to receive and transmit user-specific information and to display a user interface. The methods and systems also include a television provider network that is operated by a television service provider, configured to transmit and receive user-specific information with the television system and the television service provider network is configured to communicate with a bill payment provider. The methods and systems include a bill payment provider that communicates with the various billers. The bill payment provider is configured to communicate with the user through the televisions service provider network, and the bill payment provider is configured to bill a funding source selected by the user from the one or more funding sources.

Abstract: Methods and systems are provided for executing such a bilateral action. A communication is received at a host system. A determination is made that the communication identifies a physical instrument that identifies an account of stored value. A request is transmitted to another host system to debit the account by an amount identified in the communication to support the bilateral action. A confirmation is received from the other host system that the account of stored value has been debited. An approval for the bilateral action is transmitted to an originating communications device.

Abstract: A method of transporting electronic data in a distributed computer network, where the method includes receiving, at a first network node, a first data packet that includes a network event identifier, a user account identifier, and network event data, where the user account identifier points to a location on the first network node where the user account is stored, and the network event data define an operation between a user and a network operator. The method also includes processing the network event parameters with a loyalty algorithm to generate a loyalty value parameter; and calculating an updated account value parameter for the user account using the loyalty value parameter.