MULTI-MODAL TRANSACTION ENGINE FOR MOBILE RETAIL SYSTEMS

• US 20150142612A1
• Filed: 09/24/2014
• Published: 05/21/2015
• Est. Priority Date: 09/24/2013
• Status: Abandoned Application

• Current Assignee: Guestlogix, Inc.
• Original Assignee: Guestlogix, Inc.
• Inventors: Hanna, Ramez, Morin, Paul, Kostov, Ilia, Singhee, Kamal, Atkin, Joel
• Application Number:
  US14/495,854
• Publication Number:
  US 20150142612A1
• Time in Patent Office: Days
• US Class Current: 705/26.81
• CPC Class Codes: G06Q 20/085 involving remote charge determination or related payment systems
• CPC Class Codes: G06Q 30/0635 Processing of requisition or of purchase orders

Abstract

Autonomous operation of a mobile retailing computing system. In one aspect of the invention, an onboard server situated in a public transportation vehicle establishes communication with a plurality of client devices each client device displaying products offered for sale from multiple different merchants and coordinates a purchase transaction in which payment is accepted in exchange for a products from a plurality of the different merchants. Customer information, purchased product information, and payment information is obtained from each of the plurality of client devices. Communication is established with a payment integration server over a wide-area network connection to enable processing of payment transactions with a plurality of different acquiring banks corresponding to different ones of the plurality of merchants.

Claims

1. A mobile retailing computing infrastructure comprising:

an onboard server situated in a public transportation vehicle, the onboard server including computing hardware including a processor, data storage, and communication circuitry, the data storage containing instructions that, when executed by the computing hardware, cause the computing hardware to;

establish communication with a plurality of client devices over a local area network, each client device including a mobile retailing engine that causes the client device to display products offered for sale from multiple different merchants and to execute a user-interactive electronic shopping cart process that coordinates a purchase transaction in which payment is accepted from a user in exchange for a user-selected plurality of products from a plurality of the different merchants;

execute a payment processing engine to obtain customer information, purchased product information, and payment information from each of the plurality of client devices in response to entry of a purchase and payment in that client device;

establish communication with a centralized payment integration server over a wide-area network connection to transmit transaction customer information, purchased products information, and payment information, such that the centralized payment integration server processes payment transactions with a plurality of different acquiring banks corresponding to different ones of the plurality of merchants.

2. The mobile retailing computing infrastructure of claim 1, wherein the payment processing engine aggregates the customer information, purchased products information, and payment information from each of the plurality of client devices into a single batch of purchase records to be transmitted to the centralized payment integration server.

3. The mobile retailing computing infrastructure of claim 1, further comprising:

an additional onboard server situated in the public transportation vehicle and executing a second payment processing engine to obtain second customer information, second purchased products information, and second payment information from at least one other client device in response to entry of a purchase and payment in that other client device;

the additional onboard server configured to establish communication with said onboard server over the local area network, and to replicate purchase information with said onboard server for the plurality of client devices and the at least one other client device.

4. A mobile retailing computing infrastructure comprising:

an onboard server situated in a public transportation vehicle, the onboard server including a processor, data storage, and communication circuitry, the data storage containing instructions that, when executed by the computing hardware, cause the computing hardware to;

establish communication with a plurality of client devices over a local area network, each client device including a mobile retailing engine that causes the client device to display products offered for sale and to execute a user-interactive electronic shopping cart process that coordinates an initiated purchase transaction in which payment is accepted from a user in exchange for a user-selected plurality of products from at least one merchant;

execute a payment processing engine to obtain customer information, purchased product information, and payment information from each of the plurality of client devices in response to entry of a purchase and payment in that client device;

execute a data replication engine to synchronize the obtained customer information, purchased product information, and payment information with the plurality of client devices such that;

for every one of the plurality of client devices that is uniquely associated with a particular at least one user, only information relating to that at least one user is synchronized; and

for every one of the plurality of client devices that is not uniquely associated with a particular at least one user, information relating to all users having initiated purchase transactions is synchronized;

establish communication with a centralized payment integration server over a wide-area network connection to transmit transaction customer, purchased products information, and payment information, such that the centralized payment integration server processes payment transactions with at least one acquiring bank corresponding to the at least one merchant.

5. The mobile retailing computing infrastructure of claim 4, wherein the at least one merchant includes a plurality of different merchants, each having a different payment processing policy, and wherein the centralized payment integration server processes payment transaction with a plurality of different acquiring banks corresponding to each different payment processing policy.

6. The mobile retailing computing infrastructure of claim 4, further comprising:

an additional onboard server situated in the public transportation vehicle and executing a second payment processing engine to obtain second customer information, second purchased product information, and second payment information from at least one other client device in response to entry of a purchase and payment in that other client device;

said onboard server and the additional onboard server each being configured to establish communication with one another over the local area network, and to replicate purchase information with said onboard server for the plurality of client devices and the at least one other client device.

7. A mobile retailing computing infrastructure comprising:

an onboard server situated in a public transportation vehicle, the onboard server including computing hardware including a processor, data storage, and communication circuitry, the data storage containing instructions that, when executed by the computing hardware, cause the computing hardware to;

establish communication with a plurality of client devices over a local area network, each client device executing a mobile retailing engine that causes the client device to;

display products offered for sale by a plurality of different merchants, each merchant being associated with a specific payment acceptance policy; and

execute a user-interactive electronic shopping cart process that coordinates an initiated purchase transaction in which payment is accepted from a user in exchange for a user-selected set of at least one product from at least one merchant of the plurality of merchants;

execute a payment processing engine to;

obtain customer information, purchased product information, and payment information from each of the plurality of client devices in response to entry of a purchase and payment in that client device;

read the specific payment acceptance policy corresponding to the at least one merchant from which the at least one product is to be purchased according to the initiated purchase transaction;

for each of the at least one merchant, compute a comparison of the corresponding specific payment acceptance policy against the initiated purchase transaction to determine whether a purchase approval requirement condition is met;

in response to the comparison indicating that the purchase approval requirement is not met, generate an approval of the initiated purchase transaction;

in response to the comparison indicating that the purchase approval requirement is met, obtain a transaction authorization via wide-area network communication with a centralized payment integration server, wherein the payment integration server processes payment transactions with at least one acquiring bank corresponding to the at least one merchant.

8. The mobile retailing computing infrastructure of claim 7, wherein the payment processing engine is configured to check for a presence of a working wide-area network connection between the onboard server and the payment integration server and, in response to an indication of a presence of the working wide-area network connection, to obtain the transaction authorization via the wide-area network communication with the centralized payment integration server prior to the comparison of the corresponding specific payment acceptance policy against the initiated purchase transaction.

9. The mobile retailing computing infrastructure of claim 7, wherein the payment processing engine is configured to check for a presence of a working wide-area network connection between the onboard server and the payment integration server in response to the comparison of the corresponding specific payment acceptance policy against the initiated purchase transaction to determine whether a purchase approval requirement condition is met.

10. The mobile retailing computing infrastructure of claim 7, wherein the payment processing engine is configured to schedule a low-priority batch transmission of the customer information, purchased product information, and payment information relating to the initiated purchase transaction to the payment integration server in response to the comparison indicating that the purchase approval requirement is not met, wherein the low-priority batch transmission includes other transaction information corresponding to at least one other purchase transaction;

and

wherein the payment processing engine is configured to schedule a high-priority transmission of the customer information, purchased product information, and payment information relating to the initiated purchase transaction to the payment integration server in response to the comparison indicating that the purchase approval requirement is met, wherein the high-priority transmission contains only transaction information corresponding to the initiated purchase transaction.

11. A method for autonomously operating a mobile retailing computing system, the method comprising:

by an onboard server situated in a public transportation vehicle;

establishing communication with a plurality of client devices over a local area network, each client device displaying products offered for sale from multiple different merchants and executing a user-interactive electronic shopping cart process that coordinates a purchase transaction in which payment is accepted from a user in exchange for a user-selected plurality of products from a plurality of the different merchants;

obtaining customer information, purchased product information, and payment information from each of the plurality of client devices in response to entry of a purchase and payment in that client device;

establishing communication with a centralized payment integration server over a wide-area network connection to transmit transaction customer information, purchased products information, and payment information, such that the centralized payment integration server processes payment transactions with a plurality of different acquiring banks corresponding to different ones of the plurality of merchants.

12. The method of claim 11, further comprising:

aggregating, by the onboard server, the customer information, purchased products information, and payment information from each of the plurality of client devices into a single batch of purchase records to be transmitted to the centralized payment integration server.

13. The method of claim 11, further comprising:

by an additional onboard server situated in the public transportation vehicle;

obtaining second customer information, second purchased products information, and second payment information from at least one other client device in response to entry of a purchase and payment in that other client device; and

establishing communication with said onboard server over the local area network, and replicating purchase information with said onboard server for the plurality of client devices and the at least one other client device.

14. A method for autonomously operating a mobile retailing computing system, the method comprising:

by an onboard server situated in a public transportation vehicle;

establishing communication with a plurality of client devices over a local area network, each client device displaying products offered for sale and executing a user-interactive electronic shopping cart process that coordinates an initiated purchase transaction in which payment is accepted from a user in exchange for a user-selected plurality of products from at least one merchant;

obtaining customer information, purchased product information, and payment information from each of the plurality of client devices in response to entry of a purchase and payment in that client device;

synchronizing the obtained customer information, purchased product information, and payment information with the plurality of client devices such that;

for every one of the plurality of client devices that is uniquely associated with a particular at least one user, only information relating to that at least one user is synchronized; and

for every one of the plurality of client devices that is not uniquely associated with a particular at least one user, information relating to all users having initiated purchase transactions is synchronized;

establishing communication with a centralized payment integration server over a wide-area network connection to transmit transaction customer, purchased products information, and payment information, such that the centralized payment integration server processes payment transactions with at least one acquiring bank corresponding to the at least one merchant.

15. The method of claim 14, wherein the at least one merchant includes a plurality of different merchants, each having a different payment processing policy, and wherein the centralized payment integration server processes payment transaction with a plurality of different acquiring banks corresponding to each different payment processing policy.

16. The method of claim 14, further comprising:

by an additional onboard server situated in the public transportation vehicle;

obtaining second customer information, second purchased products information, and second payment information from at least one other client device in response to entry of a purchase and payment in that other client device;

establishing, communication between the additional onboard server and said onboard server over the local area network, and replicating purchase information with said onboard server for the plurality of client devices and the at least one other client device.

17. A method for autonomously operating a mobile retailing computing system, the method comprising:

by an onboard server situated in a public transportation vehicle;

establishing communication with a plurality of client devices over a local area network, each client device executing a mobile retailing engine that causes the client device to;

display products offered for sale by a plurality of different merchants, each merchant being associated with a specific payment acceptance policy; and

execute a user-interactive electronic shopping cart process that coordinates an initiated purchase transaction in which payment is accepted from a user in exchange for a user-selected set of at least one product from at least one merchant of the plurality of merchants;

obtaining customer information, purchased product information, and payment information from each of the plurality of client devices in response to entry of a purchase and payment in that client device;

reading the specific payment acceptance policy corresponding to the at least one merchant from which the at least one product is to be purchased according to the initiated purchase transaction;

for each of the at least one merchant, computing a comparison of the corresponding specific payment acceptance policy against the initiated purchase transaction to determine whether a purchase approval requirement condition is met;

in response to the comparison indicating that the purchase approval requirement is not met, generating an approval of the initiated purchase transaction;

in response to the comparison indicating that the purchase approval requirement is met, obtaining a transaction authorization via wide-area network communication with a centralized payment integration server, wherein the payment integration server processes payment transactions with at least one acquiring bank corresponding to the at least one merchant.

18. The method of claim 17, further comprising:

by the onboard server, checking for a presence of a working wide-area network connection between the onboard server and the payment integration server and, in response to an indication of a presence of the working wide-area network connection, obtaining the transaction authorization via the wide-area network communication with the centralized payment integration server prior to the comparison of the corresponding specific payment acceptance policy against the initiated purchase transaction.

19. The method of claim 17, further comprising:

by the onboard server, checking for a presence of a working wide-area network connection between the onboard server and the payment integration server in response to the comparison of the corresponding specific payment acceptance policy against the initiated purchase transaction, determining whether a purchase approval requirement condition is met.

20. The method of claim 17, further comprising:

by the onboard server;

scheduling a low-priority batch transmission of the customer information, purchased product information, and payment information relating to the initiated purchase transaction to the payment integration server in response to the comparison indicating that the purchase approval requirement is not met, wherein the low-priority batch transmission includes other transaction information corresponding to at least one other purchase transaction; and

scheduling a high-priority transmission of the customer information, purchased product information, and payment information relating to the initiated purchase transaction to the payment integration server in response to the comparison indicating that the purchase approval requirement is met, wherein the high-priority transmission contains only transaction information corresponding to the initiated purchase transaction.