Abstract: Systems and methods initiate display of a module inventory interface including input(s) for data retention and destruction enrollment, at least one of the input(s) configured to define a retention period for object(s). An indication of a defined retention period for an object is received. Display of a required input for defining a field to be used for the defined retention period for the object is initiated, and a selection for the field to be used for the defined retention period for the object is received. Display of a retention lead input for indicating a records reviewer for authorizing destruction of the object outside of the defined retention period or retaining the object beyond the defined retention period and a name for the records reviewer is received. Display of a confirmation input for receiving confirmation of selections received via the module inventory interface is initiated, and the confirmation is received.

Abstract: Systems and methods assign, via a data classification workflow, metadata to an inventory of modules. A fetch API is processed, via a records management workflow, to access the inventory of the modules, the fetch API including (i) obtaining module metadata of the modules from the inventory, (ii) executing an extensible markup language (XML) search for applications and the questionnaires, and (iii) obtaining snapshots to capture historical data of the modules. A records management protocol is implemented, via a document destruction API, to identify target records within the applications and the questionnaires that are eligible for destruction. The records management protocol includes distributing the snapshots of the historical data indicating the modules that are eligible for the destruction, scanning the modules for the target records, and deleting the target records.

Abstract: Systems and methods initiate display of a module inventory interface including input(s) for data retention and destruction enrollment, at least one of the input(s) configured to define a retention period for object(s). An indication of a defined retention period for an object is received. Display of a required input for defining a field to be used for the defined retention period for the object is initiated, and a selection for the field to be used for the defined retention period for the object is received. Display of a retention lead input for indicating a records reviewer for authorizing destruction of the object outside of the defined retention period or retaining the object beyond the defined retention period and a name for the records reviewer is received. Display of a confirmation input for receiving confirmation of selections received via the module inventory interface is initiated, and the confirmation is received.

Abstract: Systems and methods initiate display of a module inventory interface including input(s) for data retention and destruction enrollment, at least one of the input(s) configured to define a retention period for object(s). An indication of a defined retention period for an object is received. Display of a required input for defining a field to be used for the defined retention period for the object is initiated, and a selection for the field to be used for the defined retention period for the object is received. Display of a retention lead input for indicating a records reviewer for authorizing destruction of the object outside of the defined retention period or retaining the object beyond the defined retention period and a name for the records reviewer is received. Display of a confirmation input for receiving confirmation of selections received via the module inventory interface is initiated, and the confirmation is received.

Abstract: Systems and methods assign, via a data classification workflow, metadata to an inventory of modules. A fetch API is processed, via a records management workflow, to access the inventory of the modules, the fetch API including (i) obtaining module metadata of the modules from the inventory, (ii) executing an extensible markup language (XML) search for applications and the questionnaires, and (iii) obtaining snapshots to capture historical data of the modules. A records management protocol is implemented, via a document destruction API, to identify target records within the applications and the questionnaires that are eligible for destruction. The records management protocol includes distributing the snapshots of the historical data indicating the modules that are eligible for the destruction, scanning the modules for the target records, and deleting the target records.

Abstract: Systems and methods initiate display of a module inventory interface including input(s) for data retention and destruction enrollment, at least one of the input(s) configured to define a retention period for object(s). An indication of a defined retention period for an object is received. Display of a required input for defining a field to be used for the defined retention period for the object is initiated, and a selection for the field to be used for the defined retention period for the object is received. Display of a retention lead input for indicating a records reviewer for authorizing destruction of the object outside of the defined retention period or retaining the object beyond the defined retention period and a name for the records reviewer is received. Display of a confirmation input for receiving confirmation of selections received via the module inventory interface is initiated, and the confirmation is received.

Abstract: Systems and methods receive, by a computer workflow engine of an architecture layer, parameter(s) defining a scope for automating software control(s) stored to a software control database. The computer workflow engine automatically executes a control text script logic to initiate a software control of the software control(s), the execution triggering comparing, via a control execution framework, the software control against settings stored to a regulatory library and a risk register. The computer workflow engine receives, via the control execution framework, and stores a result of the executed control text script logic to data repository(s) and integrates the result into a data output for distribution.