Systems and methods for secure and transparent execution of distributed operations

A distributed data management system, comprising at least one processor operatively connected to a memory, the at least one processor when executing configured to:

• extend an existing digital banking subsystem (“DBS”) having native operations to include distributed operation, the distributed operation executed in response to accepting native formatted operation requests from the DBS having a distributed operation target or source;
• mapping at least some of the accepted native formatted operation requests from the DBS to a first network, the first network comprising:
• a distributed architecture including an execution manager, the execution manager configured to:
• accept and transform respective native requests into respective distributed operations;
• generate individual client level records based on the native formatted operation requests;
• and
• generate aggregate information for a plurality of clients based on aggregating net results of the native formatted operation requests;
• and
• a first visual object associated with the DBS, configured to display aggregate, individual, and participant level information associated with the execution or results of the distributed operation.

A computer implemented method comprising:

• instantiating, by at least one processor, a logical integration layer, wherein instantiating the integration layer includes:
• providing a secure communication channel between a first digital banking subsystem (“DBS”) and a first network of systems;
• accepting a plurality of requests in a native format of the first DBS;
• and
• mapping the plurality of requests having a distributed operation target or distributed operation source into a plurality of corresponding distributed operations on the first network;
• managing, by the at least one processor, communication of aggregated results of respective ones of the plurality of distributed operations for display by a first visual object in the first DBS;
• and
• enabling, by the at least one processor, access to detailed distribution information reflecting detailed properties of the aggregated results via the first visual object.