Abstract: Various methods, apparatus, and systems are disclosed for calculating a fee linked to an online financial transaction, with improved flexibility and availability through caching and refreshing of fee calculation data. In one embodiment, a method includes extracting fee calculation data into a data cache associated with control data that is updated in response to refreshing of the data cache; receiving a fee calculation request linked to an online transaction associated with a fee type, a country code, and a client identifier; and then selecting, by looking up the data cache, a base fee from either a default fee determined by the fee type and the country code or from an overriding fee associated with the client identifier. The method further includes calculating a transaction fee for the online transaction based at least in part on the base fee; and verifying the control data to transmit the calculated transaction fee.

Abstract: Various methods, apparatus, and systems are disclosed for calculating a fee linked to an online financial transaction, with improved flexibility and availability through caching and refreshing of fee calculation data. In one embodiment, a method includes extracting fee calculation data into a data cache associated with a version identifier that is updated in response to refreshing of the data cache; receiving a fee calculation request linked to an online transaction associated with a fee type, a country code, and a client identifier; and then selecting, by looking up the data cache, a base fee from either a default fee determined by the fee type and the country code or from an overriding fee associated with the client identifier. The method further includes calculating a transaction fee for the online transaction based at least in part on the base fee; and verifying the version identifier to transmit the calculated transaction fee.

Abstract: Various methods, apparatus, and systems are disclosed for calculating a fee linked to an online financial transaction. In one embodiment, a method includes receiving a fee calculation request linked to an online financial transaction associated with a fee type, a country code, and a client identifier; and then selecting, using a microprocessor, an initial base fee from either a default base fee determined by the fee type and the country code or from an overriding base fee associated with the financial transaction, wherein the initial base fee includes a transaction percentage and a fixed amount. The method further includes applying, using the microprocessor, at least one adjustment to the initial base fee to calculate a final fee, the at least one adjustment being applied when an associated condition set is determined to be true.

Abstract: Various methods, apparatus, and systems are disclosed for calculating a fee linked to an online financial transaction. In one embodiment, a method includes receiving a fee calculation request linked to an online financial transaction associated with a fee type, a country code, and a client identifier; and then selecting, using a microprocessor, an initial base fee from either a default base fee determined by the fee type and the country code or from an overriding base fee associated with the financial transaction, wherein the initial base fee includes a transaction percentage and a fixed amount. The method further includes applying, using the microprocessor, at least one adjustment to the initial base fee to calculate a final fee, the at least one adjustment being applied when an associated condition set is determined to be true.

Abstract: An efficient and scalable real-time information distribution system and method of operation thereof are provided that build customized information collections according to individual preferences. This distribution system uses an information distribution network such as the Internet for its communications infrastructure. The system of the present invention is able to achieve high scalability and efficiency by routing information through the information distribution network. Information streams enter the information distribution network through feed processors. Feed processors, in turn, parse the information received from feed sources and create a set of “keyples.” The keyples are then passed on to a series of keyple routers. The keyple routers match the keyples to a set of destinations, thus multiplexing the keyples to only those destinations that have requested the information.