Abstract: A payment management system and method of managing a payment network includes generating a payment token based on a bank account of a user (e.g., a buyer), receiving a dynamic code through a network for a transaction, and validating a request for payment of the transaction using an installment plan based on funds from the bank account. The validating the request for payment of the transaction is performed based on operations which include authenticating the payment token and verifying the dynamic code. In addition, the method includes generating a decision signal indicating a decision for the request when the request for payment is validated and transmitting the decision signal to a merchant system to authorize or decline completion of the transaction.

Abstract: The disclosure relates to a deferred real-time payment (RTP) in a trusted and secure system environment to pay for a deferred fulfillment order. The deferred fulfillment order includes products or services that may be fulfilled in part or in full after authorization of the deferred RTP. To facilitate trust and security, a deferred payment system may digitally sign certificates issued to various entities in the system environment. Devices in the system environment may transmit and receive messages to create and later settle deferred RTPs that are trusted based on authentication of the digitally signed certificates, which mitigate against security threats such as man-in-the-middle attacks in a communication network.

Abstract: Methods and systems for providing a refund amount to a customer account for a payment transaction that occurred using a real-time payment network. In an embodiment, a supplemental payment services computer receives a refund request including a transaction reference and a token concerning a payment transaction between a merchant and a customer, determines that the payment transaction was effected in a real-time payment network, determines an issuer financial institution (FI) computer of an issuer FI maintaining a customer account represented by the token, transmits the refund request to the issuer FI computer, receives a favorable authorization response and transmits the authorization response to an acquirer FI computer associated with the merchant.

Abstract: A request for a refund is received relative to a payment transaction implemented in a real-time payment system. The request is transmitted to an issuer financial institution that maintains an account for the payer in the payment transaction. A response is received from the issuer financial institution. The response is transmitted to an acquirer financial institution that provides financial services to the recipient of the payment transaction. A first transfer message is transmitted to the issuer financial institution directing the issuer financial institution to credit a refund amount to the payer's account and to debit a settlement holding account maintained by the issuer financial institution. A second transfer message is transmitted to the acquirer financial institution to debit the refund amount from the recipient's account. The refund amount is settled from the acquirer financial institution to the issuer financial institution via a payment card account network settlement system.

Abstract: Systems, apparatuses and methods may provide for technology to determine that first details associated with a first electronic payment process are absent and identify that second details are selected by a user. The second details may be associated with a second electronic payment process and further the second details may be associated with the first details. The technology may also determine that the first details are to be retrieved based on the second details and cause the second details to be transmitted.

Abstract: A payment card account system transaction request is received. The request was initiated by acceptance of a payment card account transaction by a merchant. The request includes a transaction amount. It is determined whether the merchant has selected EFT (electronic funds transfer) settlement for the payment card account transaction that the merchant accepted. In response to the receiving step and also in response to a result of the determination as to whether EFT settlement was selected, an EFT transaction request is routed for the transaction amount to an EFT system to benefit the merchant.

Abstract: A system and computer-implemented method for client identification and verification includes a memory device for storing data and a processor communicatively coupled to the memory device. The processor is programmed to receive merchant identification data corresponding to a merchant. The merchant identification data includes identification data relating to the identity of the merchant and a primary authorized user for the merchant. The processor is also programmed to generate a merchant profile from the merchant identification data for the merchant, and generate an activation code for the primary authorized user based on the merchant profile. The activation code is transmitted to the primary authorized user. The processor receives, from the primary authorized user, one or more biometrics of the authorized user, validates the biometrics of the authorized user, and upon validation of the biometrics, activates a merchant account.

Abstract: A message routing and processing computing device and associated methods for routing and processing computer messages are disclosed. The message routing and processing computing device stores payment account identifiers and associated message routing instructions and is configured to receive a computer message including a payment account identifier. Based, at least in part, on the payment account identifier, the message routing and processing computing device determines a message route for the message and routes the message accordingly.

Abstract: A request for a refund is received relative to a payment transaction implemented in a real-time payment system. The request is transmitted to an issuer financial institution that maintains an account for the payer in the payment transaction. A response is received from the issuer financial institution. The response is transmitted to an acquirer financial institution that provides financial services to the recipient of the payment transaction. A first transfer message is transmitted to the issuer financial institution directing the issuer financial institution to credit a refund amount to the payer's account and to debit a settlement holding account maintained by the issuer financial institution. A second transfer message is transmitted to the acquirer financial institution to debit the refund amount from the recipient's account. The refund amount is settled from the acquirer financial institution to the issuer financial institution via a payment card account network settlement system.

Abstract: A message routing and processing computing device and associated methods for routing and processing computer messages are disclosed. The message routing and processing computing device stores payment account identifiers and associated message routing instructions and is configured to receive a computer message including a payment account identifier. Based, at least in part, on the payment account identifier, the message routing and processing computing device determines a message route for the message and routes the message accordingly.

Abstract: Methods and apparatus for generating a secure QR code for use in a purchase transaction. In an embodiment, a directory service computer verifies the identity of a merchant by matching an acquirer financial institution (FI)-signed certificate and a stored certificate, wherein the acquirer FI-signed certificate was received from a merchant device along with a secure QR code request. The directory service computer then establishes an encrypted and Pinned SSL tunnel with the merchant device, receives a transaction message including a transaction amount, a universal unique identifier (UUID), and a transaction identifier (ID), updates an application transaction count (ATC) associated with the merchant, and generates and stores a secure one-way Hash value, generated by using a merchant identifier (ID), the transaction amount, the ATC, the UUID, and the transaction ID.

Abstract: A message routing and processing computing device and associated methods for routing and processing computer messages are disclosed. The message routing and processing computing device stores payment account identifiers and associated message routing instructions and is configured to receive a computer message including a payment account identifier. Based, at least in part, on the payment account identifier, the message routing and processing computing device determines a message route for the message and routes the message accordingly.

Abstract: Methods and apparatus for generating a secure QR code for use in a purchase transaction. In an embodiment, a directory service computer verifies the identity of a merchant by matching an acquirer financial institution (FI)-signed certificate and a stored certificate, wherein the acquirer FI-signed certificate was received from a merchant device along with a secure QR code request. The directory service computer then establishes an encrypted and Pinned SSL tunnel with the merchant device, receives a transaction message including a transaction amount, a universal unique identifier (UUID), and a transaction identifier (ID), updates an application transaction count (ATC) associated with the merchant, and generates and stores a secure one-way Hash value, generated by using a merchant identifier (ID), the transaction amount, the ATC, the UUID, and the transaction ID.

Abstract: Methods and apparatus for generating a secure QR code. In an embodiment, a directory service computer receives a secure QR code request from a merchant device that includes an acquirer financial institution (FI)-signed certificate. The directory service computer verifies the identity of a merchant, identifies a merchant identifier (ID), establishes an encrypted and Pinned SSL tunnel with the merchant device, and receives via the encrypted and Pinned SSL tunnel from the merchant device, a transaction message including a transaction amount, a universal unique identifier (UUID), and a transaction identifier (ID). The directory service computer then generates a Hash value, generates a dynamic secure QR code by combining the Hash value, the transaction ID and the merchant ID, and transmits the dynamic secure QR code data to the merchant device to conduct a purchase transaction.

Abstract: A system and computer-implemented method for client identification and verification includes a memory device for storing data and a processor communicatively coupled to the memory device. The processor is programmed to receive merchant identification data corresponding to a merchant. The merchant identification data includes identification data relating to the identity of the merchant and a primary authorized user for the merchant. The processor is also programmed to generate a merchant profile from the merchant identification data for the merchant, and generate an activation code for the primary authorized user based on the merchant profile. The activation code is transmitted to the primary authorized user. The processor receives, from the primary authorized user, one or more biometrics of the authorized user, validates the biometrics of the authorized user, and upon validation of the biometrics, activates a merchant account.

Abstract: Methods and apparatus for generating a secure QR code. In an embodiment, a directory service computer receives a secure QR code request from a merchant device that includes an acquirer financial institution (FI)-signed certificate. The directory service computer verifies the identity of a merchant, identifies a merchant identifier (ID), establishes an encrypted and Pinned SSL tunnel with the merchant device, and receives via the encrypted and Pinned SSL tunnel from the merchant device, a transaction message including a transaction amount, a universal unique identifier (UUID), and a transaction identifier (ID). The directory service computer then generates a Hash value, generates a dynamic secure QR code by combining the Hash value, the transaction ID and the merchant ID, and transmits the dynamic secure QR code data to the merchant device to conduct a purchase transaction.

Abstract: A message routing and processing computing device and associated methods for routing and processing computer messages are disclosed. The message routing and processing computing device stores payment account identifiers and associated message routing instructions and is configured to receive a computer message including a payment account identifier. Based, at least in part, on the payment account identifier, the message routing and processing computing device determines a message route for the message and routes the message accordingly.

Abstract: A visitor guidance computing device for navigating a user between digital assets is provided. The visitor guidance computing device includes a processor and a memory. The processor is programmed to receive a request message to view a digital asset, wherein the request includes device data from a requesting user computing device, and to filter digital asset analytics using the device data to determine topics and sub-topics responsive to the device data. The processor is further programmed to store a hierarchical shell in the memory, the hierarchical shell having multiple layers of nodes, each node configured to store data relating to the topics and sub-topics, and to populate the layers with content for display as a guidance tool. The processor is also programmed to provide a widget that causes the guidance tool to be displayed, and to cause the widget and hierarchical shell to be provided with the requested digital asset.

Abstract: Systems and methods for use in assigning bank identification numbers (BINs) are disclosed. One exemplary method includes identifying a payment account demand for an issuer. The payment account demand is associated with an anticipated number of primary account numbers (PANs) for the issuer, each PAN having a PAN length. The method further includes selecting a BIN length for the issuer based on the payment account demand where the BIN length being less than the PAN length, assigning a BIN to the issuer where the BIN has the BIN length, and appending the BIN to a BIN directory. The BIN is associated with the issuer. The BIN is different than each other BIN in the BIN directory.

Abstract: A method and system for processing a financial transaction using a co-brand proprietary payment card through a multi-party payment card interchange network is provided. The method includes storing within a database a list of merchants participating in a co-brand program with the interchange network, receiving an authorization request for the transaction involving the co-brand payment card wherein the authorization request includes a merchant identifier, determining whether the transaction originated at one of the participating merchants by comparing the received merchant identifier to the list of participating merchants stored within the database, manipulating the authorization request to include a private label identifier when the transaction is determined to have originated at one of the participating merchants, and transmitting an authorization response from the interchange network to the acquirer.