Automatic script generation using a multi-layered ingestion program to reduce runtime errors

A method comprising:

• at a computing platform comprising at least one processor, a communication interface, and memory:
• generating a multi-layered ingestion program configured to automatically ingest information from an information management system to a central information repository;
• receiving a query requesting ingestion of information, from the information management system and to the central information repository;
• automatically generating, using the multi-layered ingestion program and based on the query, a plurality of executable scripts, wherein each executable script of the plurality of executable scripts corresponds to a layer of the multi-layered ingestion program, wherein the plurality of executable scripts comprises:
• at least one script corresponding to a first layer of the multi-layered ingestion program, and
• a plurality of scripts corresponding to a second layer of the multi-layered ingestion program,
• identifying, by automatically executing the at least one script corresponding to the first layer, a first subset of information stored in the information management system, wherein the first subset of information stored in the information management system comprises information marked for ingestion to the central information repository;
• and
• executing the plurality of scripts corresponding to the second layer to ingest the first subset of information, wherein executing the plurality of scripts corresponding to the second layer causes the computing platform to:
• deploy a schedule management program for the second layer;
• and
• transfer, using the schedule management program, the first subset of information stored in the information management system to a third layer, wherein transferring the first subset of information to the third layer comprises:
• initially transferring the first subset of information to a stage sublayer of the third layer;
• merging the stage sublayer with a secure sublayer of the third layer;
• and
• causing, based on the merging, synchronization of the central information repository with the third layer.

One or more non-transitory computer-readable media storing instructions that, when executed by a computing platform comprising at least one processor, a communication interface, and memory, cause the computing platform to:

• generate a multi-layered ingestion program configured to automatically ingest information from an information management system to a central information repository;
• receive a query requesting ingestion of information, from the information management system and to the central information repository;
• automatically generate, using the multi-layered ingestion program and based on the query, a plurality of executable scripts, wherein each executable script of the plurality of executable scripts corresponds to a layer of the multi-layered ingestion program, wherein the plurality of executable scripts comprises:
• at least one script corresponding to a first layer of the multi-layered ingestion program, and
• a plurality of scripts corresponding to a second layer of the multi-layered ingestion program,
• identify, by automatically executing the at least one script corresponding to the first layer, a first subset of information stored in the information management system, wherein the first subset of information stored in the information management system comprises information marked for ingestion to the central information repository;
• and
• execute the plurality of scripts corresponding to the second layer to ingest the first subset of information, wherein executing the plurality of scripts corresponding to the second layer causes the computing platform to:
• deploy a schedule management program for the second layer;
• and
• transfer, using the schedule management program, the first subset of information stored in the information management system to a third layer, wherein transferring the first subset of information to the third layer comprises:
• initially transferring the first subset of information to a stage sublayer of the third layer;
• merging the stage sublayer with a secure sublayer of the third layer;
• and
• causing, based on the merging, synchronization of the central information repository with the third layer.