Peer-to-peer network transmission verification system

A computer-implemented method for verifying a peer-to-peer network transmission, the method comprising:

• receiving, from a first peer node from amongst a plurality of peer nodes in a peer-to-peer network, a peer-to-peer network transmission, wherein the peer-to-peer network transmission includes (i) a second peer node identifier associated with a second peer node from amongst the plurality of peer nodes and (ii) a first transmission purpose;
• holding the peer-to-peer network transmission in a pending transmission queue;
• while the peer-to-peer network transmission is held in the pending transmission queue:
• initiating communication of a first push notification to the second peer node, wherein the first push notification is configured to request input of a second transmission purpose;
• receiving, from the second peer node, a response to the first push notification that includes the second transmission purpose;
• executing a first AI model that is trained to determine whether the first transmission purpose matches the second transmission purpose;
• determining, by the first AI model, that the first transmission purpose does not match the second transmission purpose;
• generating and storing a verification code;
• initiating communication of a second push notification to the second peer node that includes the verification code;
• initiating communication of a third push notification to the second peer node, wherein the third push notification is configured to request input of the verification code;
• receiving, from the second peer node, a response to the third push notification that includes an inputted verification code;
• determining whether the stored verification code matches the inputted verification code;
• determining that the stored verification code matches the inputted verification code;
• releasing the peer-to-peer network transmission from the pending transmission queue;
• storing a misappropriation detection sub-system including a second AI model, wherein the misappropriation detection sub-system is executable by at least one of the one or more computing processor devices and configured to:
• receiving, from the peer-to-peer network transmission verification sub-system, a first notification that indicates that the peer-to-peer network transmission is being held in the pending transmission, wherein the first notification includes the first transmission purpose;
• executing the second AI model that is trained to determine a potential misappropriation associated with the peer-to-peer network transmission based on the first transmission purpose;
• and
• determining the potential misappropriation;
• and
• initiating communication of second notification to the peer-to-peer network transmission verification sub-system, wherein the second notification indicates a potential misappropriation associated with the peer-to-peer network transmission.

A computer program product including a non-transitory computer-readable medium, the non-transitory computer-readable medium comprising sets of codes for causing one or more computing devices to

• receive, from a first peer node from amongst a plurality of peer nodes in a peer-to-peer network, a peer-to-peer network transmission, wherein the peer-to-peer network transmission includes (i) a second peer node identifier associated with a second peer node from amongst the plurality of peer nodes and (ii) a first transmission purpose;
• hold the peer-to-peer network transmission in a pending transmission queue;
• while the peer-to-peer network transmission is held in the pending transmission queue:
• initiate communication of a first push notification to the second peer node, wherein the first push notification is configured to request input of a second transmission purpose;
• receive, from the second peer node, a response to the first push notification that includes the second transmission purpose;
• execute a first AI model that is trained to determine whether the first transmission purpose matches the second transmission purpose;
• determine, by the first AI model, that the first transmission purpose does not match the second transmission purpose;
• generate and storing a verification code;
• initiate communication of a second push notification to the second peer node that includes the verification code;
• initiate communication of a third push notification to the second peer node, wherein the third push notification is configured to request input of the verification code;
• receive, from the second peer node, a response to the third push notification that includes an inputted verification code;
• determine whether the stored verification code matches the inputted verification code;
• determine that the stored verification code matches the inputted verification code;
• release the peer-to-peer network transmission from the pending transmission queue;
• store a misappropriation detection sub-system including a second AI model, wherein the misappropriation detection sub-system is executable by at least one of the one or more computing processor devices and configured to:
• receive, from the peer-to-peer network transmission verification sub-system, a first notification that indicates that the peer-to-peer network transmission is being held in the pending transmission, wherein the first notification includes the first transmission purpose;
• execute the second AI model that is trained to determine a potential misappropriation associated with the peer-to-peer network transmission based on the first transmission purpose;
• and
• determine the potential misappropriation;
• and
• initiate communication of second notification to the peer-to-peer network transmission verification sub-system, wherein the second notification indicates a potential misappropriation associated with the peer-to-peer network transmission.