Event-driven batch processing system with granular operational access

A computer program product for event-driven batch processing with granular operational access, the computer program product comprising a non-transitory computer-readable medium comprising code causing an apparatus to:

• retrieve, from one or more feature databases, one or more attributes to process one or more records associated with a first batch cycle;
• retrieve, from one or more configuration databases, one or more resources associated with the one or more records;
• generate a dashboard interface for the one or more records, wherein the dashboard interface comprises the one or more attributes, the one or more resources, and one or more operational access parameters associated with the processing of the one or more records;
• provide, to a user input device associated with a user, the dashboard interface;
• receive, from the user input device and via a dashboard interface, a user input to manually interrupt a processing of a first record;
• interrupt the processing of the first record while continuing to process other records in the first batch cycle;
• receive, via the dashboard interface, a second user input to restart the processing of the first record with the modified parameters;
• queue the first record with the modified parameters for processing in response to receiving the second user input;
• restart the processing of the first record with the modified parameters upon detecting a completion of processing the other records in the first batch cycle;
• and
• automatically update a status associated with the processing of the first record to reflect manual intervention from the user.

A method for event-driven batch processing with granular operational access, the method comprising:

• retrieving, from one or more feature databases, one or more attributes to process one or more records associated with a first batch cycle;
• retrieving, from one or more configuration databases, one or more resources associated with the one or more records;
• generating a dashboard interface for the one or more records, wherein the dashboard interface comprises the one or more attributes, the one or more resources, and one or more operational access parameters associated with the processing of the one or more records;
• providing, to a user input device associated with a user, the dashboard interface;
• receiving, from the user input device and via a dashboard interface, a user input to manually interrupt a processing of a first record;
• interrupting the processing of the first record while continuing to process other records in the first batch cycle;
• receiving, via the dashboard interface, a second user input to restart the processing of the first record with the modified parameters;
• queuing the first record with the modified parameters for processing in response to receiving the second user input;
• restarting the processing of the first record with the modified parameters upon detecting a completion of processing the other records in the first batch cycle;
• and
• automatically updating a status associated with the processing of the first record to reflect manual intervention from the user.