Abstract: Techniques and arrangements for concurrent processing of payments to multiple merchants in a shared program are described. A method, performed by a service computing device, can include receiving customer information associated with two transactions of a customer with two respective merchants that are in a shared program. Accrued benefits of the customer for conducting the two transactions in accordance with the program can be determined. The accrued benefits can be communicated to the customer via a customer device. The payments for both transactions can be processed, concurrently, in accordance with the accrued benefits. In examples, the merchants may be associated in the shared program based on locations of the merchants, a type of merchant, and/or goods or services offered for sale by the merchants.

Abstract: Techniques and arrangements for generating multi-merchant loyalty programs and dynamically enrolling customers into a multi-merchant programs. The multi-merchant loyalty programs can be generated based on a determination that the merchants in respective programs are complementary, which may be done by determining that items offered for sale are complementary. One merchant can be associated with multiple multi-merchant programs. In some instances, a customer can be automatically enrolled in a multi-merchant loyalty program responsive to conducting a transaction with one of the merchants in the program. After enrollment, the customer can receive incentives to conduct transactions with the merchants in the program.

Abstract: Techniques and arrangements for concurrent processing of payments to multiple merchants in a shared program are described. A method, performed by a service computing device, can include receiving customer information associated with two transactions of a customer with two respective merchants that are in a shared program. Accrued benefits of the customer for conducting the two transactions in accordance with the program can be determined. The accrued benefits can be communicated to the customer via a customer device. The payments for both transactions can be processed, concurrently, in accordance with the accrued benefits. In examples, the merchants may be associated in the shared program based on locations of the merchants, a type of merchant, and/or goods or services offered for sale by the merchants.

Abstract: Techniques and arrangements for generating multi-merchant loyalty programs and dynamically enrolling customers into a multi-merchant programs. The multi-merchant loyalty programs can be generated based on a determination that the merchants in respective programs are complementary, which may be done by determining that items offered for sale are complementary. One merchant can be associated with multiple multi-merchant programs. In some instances, a customer can be automatically enrolled in a multi-merchant loyalty program responsive to conducting a transaction with one of the merchants in the program. After enrollment, the customer can receive incentives to conduct transactions with the merchants in the program.

Abstract: Techniques and arrangements for generating multi-merchant loyalty programs and dynamically enrolling customers into a multi-merchant programs. The multi-merchant loyalty programs can be generated based on a determination that the merchants in respective programs are complementary, and/or the merchants being located within a threshold distance of one another. In some instances, a customer can be automatically enrolled in a multi-merchant loyalty program responsive to conducting a transaction with one of the merchants in the program. After enrollment, the customer can receive incentives to conduct transactions with the merchants in the program.

Abstract: Systems and methods include [i] identifying operational attributes of the mesh radio network; [ii] identifying an Internet communication request originating from at least one of the plurality of network communication devices or identifying an Internet communication response originating from the one or more Internet sources; [iii] generating an Internet communication routing table for the mesh radio network; [iv] transmitting the Internet communication routing table to the mesh radio network; and [v] in response to identifying the Internet communication requests, selecting an optimal communications routing path for the Internet communication request or the Internet communication response based on the Internet communication routing table.

Abstract: Techniques and arrangements for generating multi-merchant loyalty programs and dynamically enrolling customers into a multi-merchant programs. The multi-merchant loyalty programs can be generated based on a determination that the merchants in respective programs are complementary, and/or the merchants being located within a threshold distance of one another. In some instances, a customer can be automatically enrolled in a multi-merchant loyalty program responsive to conducting a transaction with one of the merchants in the program. After enrollment, the customer can receive incentives to conduct transactions with the merchants in the program.

Abstract: Techniques and arrangements for generating multi-merchant loyalty programs and dynamically enrolling customers into a multi-merchant programs. The multi-merchant loyalty programs can be generated based on a determination that the merchants in respective programs are complementary, and/or the merchants being located within a threshold distance of one another. In some instances, a customer can be automatically enrolled in a multi-merchant loyalty program responsive to conducting a transaction with one of the merchants in the program. After enrollment, the customer can receive incentives to conduct transactions with the merchants in the program.

Abstract: A system for network communication, preferably including: a plurality of nodes, a central routing server, a plurality of routers, a plurality of antennae, and/or one or more Internet sources. A method for configuring radio communication devices, preferably including: determining an installation region, determining candidate radio cluster locations, evaluating candidate radio cluster locations, and/or determining information associated with radio installation.

Abstract: A system for network communication, preferably including: a plurality of nodes, a central routing server, a plurality of routers, a plurality of antennae, and/or one or more Internet sources. A method for configuring radio communication devices, preferably including: determining an installation region, determining candidate radio cluster locations, evaluating candidate radio cluster locations, and/or determining information associated with radio installation.

Abstract: Systems and methods include [i] identifying operational attributes of the mesh radio network; [ii] identifying an Internet communication request originating from at least one of the plurality of network communication devices or identifying an Internet communication response originating from the one or more Internet sources; [iii] generating an Internet communication routing table for the mesh radio network; [iv] transmitting the Internet communication routing table to the mesh radio network; and [v] in response to identifying the Internet communication requests, selecting an optimal communications routing path for the Internet communication request or the Internet communication response based on the Internet communication routing table.

Abstract: Systems and methods include [i] identifying operational attributes of the mesh radio network; [ii] identifying an Internet communication request originating from at least one of the plurality of network communication devices or identifying an Internet communication response originating from the one or more Internet sources; [iii] generating an Internet communication routing table for the mesh radio network; [iv] transmitting the Internet communication routing table to the mesh radio network; and [v] in response to identifying the Internet communication requests, selecting an optimal communications routing path for the Internet communication request or the Internet communication response based on the Internet communication routing table.

Abstract: Systems and methods include [i] identifying operational attributes of the mesh radio network; [ii] identifying an Internet communication request originating from at least one of the plurality of network communication devices or identifying an Internet communication response originating from the one or more Internet sources; [iii] generating an Internet communication routing table for the mesh radio network; [iv] transmitting the Internet communication routing table to the mesh radio network; and [v] in response to identifying the Internet communication requests, selecting an optimal communications routing path for the Internet communication request or the Internet communication response based on the Internet communication routing table.