Systems and methods for processing serial communications using bifurcated application programming subroutines
AssigneeCapital One Services, LLC
InventorsDavid Aaron Pinski, Louis Alexander
Life of this patent
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Abstract
The system may receive, via a bifurcated serial communication processing API, a first serial communication for a first account, wherein the bifurcated serial communication processing API adds a first subroutine identifier to the first serial communication based on a first function for completing. The system may process the first serial communication using a first API subroutine based on the first subroutine identifier, wherein the first API subroutine comprises an account locking function. The system may determine a status of the first account based on the account locking function.
Claims20
A system for processing encrypted serial communications using secured bifurcated application interface programming (API) subroutines over an encrypted computer network, the system comprising:
- one or more processors;
- and
- one or more non-transitory, computer-readable mediums comprising instructions that, when executed by the one or more processors, cause operations comprising:
- receiving, from a first secured network location, an encrypted request for access to a bifurcated serial communication processing API;
- in response to the encrypted request, transmitting the bifurcated serial communication processing API to the first secured network location;
- receiving, via the bifurcated serial communication processing API, a first serial communication, wherein the bifurcated serial communication processing API adds a first subroutine identifier to the first serial communication based on a first function for completing;
- receiving, via the bifurcated serial communication processing API, a second serial communication, wherein the bifurcated serial communication processing API adds a second subroutine identifier to the second serial communication based on a second function for completing;
- processing the first serial communication using a first API subroutine based on the first subroutine identifier, wherein the first API subroutine comprises an account locking function;
- and
- processing the second serial communication using a second API subroutine based on the second subroutine identifier, wherein the second API subroutine queries the account locking function in the first API subroutine to determine whether to complete the second serial communication.
A method for processing encrypted serial communications using secured bifurcated application interface programming (API) subroutines, the method comprising:
- receiving, via a bifurcated serial communication processing API, a first serial communication for a first account;
- determining an encryption requirement of a first function of the first serial communication;
- determining that the encryption requirement corresponds to a first API subroutine;
- determining to add a first subroutine identifier to the first serial communication based on determining that the encryption requirement corresponds to the first API subroutine;
- processing the first serial communication using the first API subroutine based on the first subroutine identifier, wherein the first API subroutine comprises an account locking function;
- determining a status of the first account based on the account locking function;
- in response to determining that the status corresponds to completing the first serial communication, completing the first serial communication;
- and
- generating for display, on a user interface, a first confirmation based on completing the first serial communication.
One or more non-transitory, computer-readable media, comprising instructions for processing encrypted serial communications using secured bifurcated application interface programming (API) subroutines, when executed by one or more processors, cause operations comprising:
- receiving, via a bifurcated serial communication processing API, a first serial communication for a first account;
- determining an encryption requirement of a first function of the first serial communication;
- determining that the encryption requirement corresponds to a first API subroutine;
- determining to add a first subroutine identifier to the first serial communication based on determining that the encryption requirement corresponds to the first API subroutine;
- processing the first serial communication using the first API subroutine;
- determining a status of the first account based on an account locking function;
- in response to determining that the status corresponds to completing the first serial communication, completing the first serial communication;
- and
- generating for display, on a user interface, a first confirmation based on completing the first serial communication.
Dependencies are inferred from the claim text.