TWM555510U - Info-exchange verification platform for mobile payment - Google Patents

Description

Information exchange verification platform for mobile payment

This creation is about the field of financial institutions, especially about an information exchange verification platform for mobile payments.

With the advancement of technology, the way financial institutions provide services has gradually extended from traditional physical bank locations to online services such as online banking, online credit card, mobile payment, etc. to enhance the convenience of financial operations for customers and financial institutions. Sex.

Mobile payment refers to the service of using mobile devices for payment. Consumers can use mobile devices to pay for services or digital and physical goods without the use of cash, checks or credit cards. There are four main types of mobile payment methods: SMS-based transfer payments, action bill payments, mobile device network payments (WAP), and contactless payments (NFC).

QR code payment is also a payment method in current mobile payment. There are many types of QR code at present. For example, the QR code obtained by scanning the QR code is the content of a series of websites, or a series of special numbers, but the QR code is not formulated. Commonly used for mobile payment, so all stores or related payment institutions in the market do not have a unified standard for mobile payment, that is, a virtual wallet for payment, an interface, or an overseas Alipay. There is no common uniform specification that can be complied with, so that each action payment must identify which bank the transaction partner cooperates with, and cannot reduce the bank import cost and time schedule; in addition, it cannot provide a security protection mechanism for the QR code, and cannot Ensure the source identification and integrity of the QR code.

In view of the above problems, the purpose of the present invention is to provide an information exchange verification platform and method for mobile payment, a computer readable recording medium and a computer program product, which are integrated into a QR through multiple lines and standard identification codes. In order to become a common unified specification for mobile payment, the QR code can identify which bank the transaction is in cooperation with the bank to reduce the cost and time of the bank import, and to establish a security protection mechanism for the QR code to ensure Source identification and integrity of QR code.

The present invention provides an information exchange verification platform for mobile payment, comprising: a transmission interface for receiving or transmitting data; and a processor via which a QR code is interpreted by a mobile device. Obtaining one of a name, a country code, and an order receipt information and a security code, and calculating, by a cryptographic algorithm, the received name, the country code, and the plurality of the receipt information. Obtaining a verification code, comparing whether the security code is consistent with the verification code to obtain a comparison result, and transmitting the comparison result to the mobile device via the transmission interface; wherein the receipt information is associated with the information exchange verification platform.

10‧‧‧Information Exchange Verification Platform

12‧‧‧Transport interface

14‧‧‧ Processor

20‧‧‧ mobile devices

22‧‧‧ Processor

24‧‧‧ touch screen

26‧‧‧Transport interface

28‧‧‧Scanner

30‧‧‧Bank Payment Platform

1 is a schematic block diagram of a system architecture for mobile payment in the present invention; and FIG. 2 is a flow chart of a method for verifying information exchange for mobile payment.

In order to make the present invention more familiar to those skilled in the art to which the present invention pertains, the preferred embodiments of the present invention are listed below, and in conjunction with the drawings, Explain in detail the composition of the creation and the desired effect.

FIG. 1 is a schematic block diagram of a system architecture for mobile payment according to the present invention. In FIG. 1, an information exchange verification platform 10 includes a processor 14 and a transmission interface 12, and the information exchange verification platform 10 further includes devices cooperatively known to those skilled in the art, such as a memory, a bus, and the like. Description is omitted here.

The information exchange verification platform 10 performs bidirectional data transmission with a mobile device 20 and a bank payment platform 30 by wire or wireless transmission. The mobile device 20 can be a smart phone or a tablet or the like. The mobile device 20 includes a processor 22, a touch screen 24, and a transmission interface 26.

The QR code specification constituting the merchant includes an identification code, for example, a name for the store, the payment institution or the user, a country code, a transaction type, a receipt information, a security code, and a ciphertext area. Multi-line data format.

The information in the ciphertext area is obtained by encrypting the important personal data of the identity card number; the security code is determined by the processor 14 of the information exchange verification platform 10 according to the name, country code and the receipt information provided by the merchant. Part or all of it is obtained by computing with a cryptographic algorithm of the prior art (for example, 3DES/AES algorithm). The security code obtained by the operation is provided to the merchant by the information exchange verification platform 10, and the security code is placed in the QR code by the merchant.

The scanner 28 of the mobile device 20 scans the QR code of the store, and the processor 22 of the mobile device 20 interprets the scanned QR code into an identification code, a name, a country code, a transaction type, an acquirer information, a security code, and a ciphertext. For a plurality of lines of data, the processor 22 transmits the name, the country code, the acquirer information, and the security code to the information exchange verification platform 10 corresponding to the receipt information via the transmission interface 26.

The processor 14 receives the name, the country code, and the acquiring line via the transmission interface 12. Information and security code, and the name, country code and the receipt information are calculated by a conventional cryptographic algorithm to obtain a verification code.

The processor 14 compares the verification code with the security code to obtain a verification result, and the processor 14 transmits the verification result to the mobile device 20 via the transmission interface 12, so that the mobile device 20 knows whether the scanned QR code is legal and correct.

When the comparison result received by the mobile device 20 is consistent, the processor 22 transmits the transaction amount, the account number of the payment instrument such as the financial card, the credit card or the stored value card (such as the card number), the transaction type, and the issuing bank via the transmission interface 26. And the terminal check code and the transaction amount are waited for the information exchange verification platform 10. The processor 14 transmits the transaction amount, the transaction type, the account number of the payment instrument, and the terminal check code to the bank payment platform 30 of the corresponding card issuing bank via the transmission interface 12.

The bank payment platform 30 verifies that the payment instrument's account number and the terminal check code are correct, and then debits according to the transaction type and the transaction amount, and transmits a deduction message to the information exchange verification platform 10, and the processor 14 transmits the interface through the transmission interface 12. The deduction message is transmitted to the mobile device 20. The processor 22 displays the debit message on the touch screen 24 after receiving the deduction message via the transmission interface 26.

FIG. 2 is a flow chart of the method for verifying information exchange for mobile payment according to the present invention. Referring to the system architecture of Figure 1, the process architecture of Figure 2 is illustrated.

To integrate the multi-line and standard identification code into the QR code to become the common unified specification for mobile payment, the specifications include the identification code, for example, the name of the payment object for the store, the payment institution or the user, and the country. Multi-line data formats such as code, transaction type, receipt information, security code and ciphertext area.

The security code in the QR code is known by the processor 14 of the information exchange verification platform 10 according to some or all of the name, country code and the receipt information provided by the merchant. The cryptographic algorithm of the technique is obtained by computing. Then, the information exchange verification platform 10 provides the security code obtained by the operation to the merchant, and the merchant puts the security code into the QR code to scan the QR code for verification of the store transaction.

In FIG. 2, when the consumer makes payment by action payment, the scanner 28 of the mobile device 20 scans the QR code of the store, and the processor 22 interprets the scanned QR code to interpret the identification code and name. , multi-line data such as country code, transaction type, acquirer information, security code and ciphertext area (step S40).

The processor 22 transmits the name, the country code, the acquirer information and the security code to the information exchange verification platform 10 corresponding to the receipt information via the transmission interface 26, and the processor 14 receives the name, country code, and receipt via the transmission interface 12. Single line information and security code (step S42).

The verification code is obtained by the processor 14 by a cryptographic algorithm to calculate the name, the country code, and the acquirer information (step S44). The processor 14 compares the security code with the verification code to obtain a comparison result (step S46), and transmits the comparison result to the mobile device 20 via the transmission interface 12.

Wherein, if the merchant of the transaction is a merchant authenticated by the information exchange verification platform 10, the security code of the merchant exchange verification platform 10 and the merchant will be consistent with the verification code obtained by the cryptographic algorithm calculation, and the information exchange verification platform 10 grants the mobile device 20 Action payment; if the merchant of the transaction is not a merchant certified by the information exchange verification platform 10, and the information exchange verification platform 10 does not grant the security code of the merchant, the security code of the store of the transaction will be calculated with the cryptographic algorithm to obtain the verification code. Inconsistent, the information exchange verification platform 10 will not grant the mobile device 20 an action payment.

The comparison result is received by the processor 22 via the transmission interface 26. If the processor 22 determines that the comparison result is inconsistent, the mobile device 20 stops the transaction or sweeps again. The QR code of the store is displayed; if the processor 22 determines that the comparison result is consistent, the processor 22 transmits an account number (such as a card number) of the payment instrument such as a financial card, a credit card or a stored value card via the transmission interface 26, a transaction type, The issuing bank and the terminal check code and the transaction amount are waited for the information exchange verification platform 10 (step S48).

The processor 14 receives the account (such as a card number) of the payment instrument, the transaction type, the issuer and the terminal check code, and the transaction amount via the transmission interface 12, and the processor 14 checks the issuer's bank with the gold flow relationship with the merchant. The data is transmitted by the processor 14 to the bank payment platform 30 of the corresponding issuing bank via the transmission interface 12 via the transmission interface 12, the transaction type, the account number of the payment instrument, and the terminal verification code (step S48). Among them, the transaction type includes shopping, transfer or payment.

After the bank payment platform 30 verifies the account of the payment instrument and the end-of-line check code, the data is deducted according to the transaction type and the transaction amount. When the bank payment platform 30 completes the deduction, the bank payment platform 30 transmits a debit message to the information exchange verification platform 10, and the processor 14 transmits the debit message received via the transmission interface 12 to the mobile device 20. Afterwards, the processor 22 receives the debit message via the transmission interface 26 and displays the debit message on the touch screen 24 to notify the consumer that the transaction has been completed (step S50).

This creative department provides an information exchange verification platform for mobile payment. It is integrated into the QR code through multiple lines and standard identification codes to become a common unified specification for mobile payment. The QR code can identify the transaction. The store cooperates with which bank to reduce the cost and time course of bank introduction, and establishes a security protection mechanism for QR code to ensure the source identification and integrity of the QR code.

Although the present invention has been described above with reference to preferred embodiments and exemplary drawings, it should not be considered as limiting. Those skilled in the art are familiar with the form and specific examples thereof. The content is subject to various modifications, omissions, and changes, and does not leave the scope of the claims of this creation.

10‧‧‧Information Exchange Verification Platform

12‧‧‧Transport interface

14‧‧‧ Processor

20‧‧‧ mobile devices

22‧‧‧ Processor

24‧‧‧ touch screen

26‧‧‧Transport interface

28‧‧‧Scanner

30‧‧‧Bank Payment Platform

Claims (5)

An information exchange verification platform for mobile payment, comprising: a transmission interface for receiving or transmitting data; and a processor receiving, by the transmission interface, a name, a country obtained by interpreting a QR code by a mobile device Comparing the plurality of codes and one of the receipt information and a security code, calculating a received verification code by using a cryptographic algorithm to calculate the received name, the country code and the receipt information, and comparing the Whether the security code is consistent with the verification code to obtain a comparison result, and transmitting the comparison result to the mobile device via the transmission interface; wherein the receipt information is associated with the information exchange verification platform. The information exchange verification platform of claim 1, wherein the processor obtains the security code by calculating the name, the country code and the plurality of the receipt information by using the cryptographic algorithm. The information exchange verification platform of claim 1, wherein the content of the QR code further comprises an identification code, a transaction type including shopping, transfer or payment, and the name, the country code and the information of the acquirer. At least one of the plurality of encrypted data is encrypted. The information exchange verification platform of claim 1, wherein the processor receives, by the transmission interface, one of a transaction amount, a payment instrument account number, a card issue line, and a terminal end check code transmitted by the mobile device, Transmitting, by the processor, the transaction amount, the payment instrument account number and the terminal verification code to one of the corresponding bank payment platforms of the card issuing bank, and the processor receives the bank payment platform via the transmission interface. One of the payment completion messages and transmits the payment completion message to the mobile device. The information exchange verification platform of claim 4, wherein the payment instrument account is an account of a financial card, a credit card or a stored value card.