System, method, and computer program for authorizing a payment using gesture data

1. A computer program embodied on a non-transitory computer-readable medium, comprising computer code for:

receiving, at a payment provider server including a hardware processor, a payment authorization request from a merchant system, the payment authorization request including a bill for a good or service, a public key signature associated with the merchant system, and an identifier of a client device;

authorizing the merchant system, at the payment provider server, by comparing the public key signature associated with the merchant system to a private key signature stored at the payment provider server;

determining, by the payment provider server, an internet protocol (IP) address of the client device that is associated with the identifier of the client device, in response to authorizing the merchant system;

determining, by the payment provider server, whether payment software is currently executing on the client device by determining whether the IP address of the client device has been reported by the payment software to the payment provider server;

transmitting a request for payment of the bill from the payment provider server to the client device in response to determining that the payment software is currently executing on the client device to cause the client device to:

display the request for payment of the bill,

recognize, through the payment software, a gesture of a user of the client device,

generate, through the payment software, gesture data representative of the recognized gesture,

encrypt the gesture data utilizing a private key of the client device, and

transmit the encrypted gesture data to the payment provider server;

receiving, by the payment provider service from the client device, the encrypted gesture data;

decrypting the gesture data at the payment provider server, utilizing a public key corresponding to the private key of the client device;

verifying an authenticity of the client device and authorization of the payment of the bill at the payment provider server by determining whether the decrypted gesture data matches gesture data provided to the payment provider server by the client device during a registration of the client device; and

initiating the payment, by the payment provider server, to the merchant system, upon determining that the decrypted gesture data matches the gesture data provided to the payment provider server by the client device during the registration of the client device.

2. The computer program of claim 1 , wherein the payment provider server includes a payment authorization server.

3. The computer program of claim 1 , wherein the payment provider server interfaces at least one payment distributor utilized for distributing the payment.

4. The computer program of claim 1 , wherein the client device and the merchant system are in communication with the payment provider server via separate networks.

5. The computer program of claim 1 , wherein the payment provider server notifies the merchant system of the authorization of the payment.

6. A method, comprising:

receiving at a payment provider server including a hardware processor, a payment authorization request from a merchant system, the payment authorization request including a bill for a good or service, a public key signature associated with the merchant system, and an identifier of a client device;

authorizing the merchant system at the payment provider server by comparing the public key signature associated with the merchant system to a private key signature stored at the payment provider server;

determining, by the payment provider server, an internet protocol (IP) address of the client device that is associated with the identifier of the client device, in response to authorizing the merchant system;

determining, by the payment provider server, whether payment software is currently executing on the client device by determining whether the IP address of the client device has been reported by the payment software to the payment provider server;

transmitting a request for payment of the bill from the payment provider server to the client device in response to determining that the payment software is currently executing on the client device to cause the client device to:

display the request for payment of the bill,

recognize, through the payment software, a gesture of a user of the client device,

generate, through the payment software, gesture data representative of the recognized gesture,

encrypt the gesture data utilizing a private key of the client device, and

transmit the encrypted gesture data to the payment provider server;

receiving, by the payment provider service from the client device, the encrypted gesture data;

decrypting the gesture data at the payment provider server, utilizing a public key corresponding to the private key of the client device;

verifying an authenticity of the client device and authorization of the payment of the bill at the payment provider server by determining whether the decrypted gesture data matches gesture data provided to the payment provider server by the client device during a registration of the client device; and

initiating the payment, by the payment provider server to the merchant system, upon determining that the decrypted gesture data matches the gesture data provided to the payment provider server by the client device during the registration of the client device.

7. A system, comprising:

a memory of a payment provider server storing computer code; and

a hardware processor of the payment provider server configured to execute the computer code stored in the memory for:

receiving, at the payment provider server a payment authorization request from a merchant system, the payment authorization request including a bill for a good or service, a public key signature associated with the merchant system, and an identifier of a client device;

authorizing the merchant system at the payment provider server by comparing the public key signature associated with the merchant system to a private key signature stored at the payment provider server;

determining, by the payment provider server, an internet protocol (IP) address of the client device that is associated with the identifier of the client device, in response to authorizing the merchant system;

determining, by the payment provider server, whether payment software is currently executing on the client device by determining whether the IP address of the client device has been reported by the payment software to the payment provider server;

transmitting a request for payment of the bill from the payment provider server to the client device in response to determining that the payment software is currently executing on the client device to cause the client device to:

display the request for payment of the bill,

recognize, through the payment software, a gesture of a user of the client device,

generate, through the payment software, gesture data representative of the recognized gesture,

encrypt the gesture data utilizing a private key of the client device, and

transmit the encrypted gesture data to the payment provider server;

receiving, by the payment provider service from the client device, the encrypted gesture data;

decrypting the gesture data at the payment provider server, utilizing a public key corresponding to the private key of the client device;

verifying an authenticity of the client device and authorization of the payment of the bill at the payment provider server by determining whether the decrypted gesture data matches gesture data provided to the payment provider server by the client device during a registration of the client device; and

initiating the payment, by the payment provider server, to the merchant system, upon determining that the decrypted gesture data matches the gesture data provided to the payment provider server by the client device during the registration of the client device.

8. The system of claim 7 , wherein the hardware processor is in coupled to the memory via a bus.