Smart integrated cyclic data transport

A method for smart integrated cyclic data transport, the method comprising:

• executing an algorithm on a file at a source location, said file being scheduled to be transferred from the source location to a target location;
• generating an output from the executed algorithm;
• pre-checking the output at the source location for pre-transfer validation;
• creating a copy of the output, the copy of the output forming a digital wrap around the file, said digital wrap for preserving consistency and integrity of the file;
• transferring the file from the source location to the target location;
• upon completion of the transferring the file, notifying a validation engine of the file transfer completion;
• re-executing the algorithm, by the validation engine, on the transferred file;
• generating a second output from the re-executing;
• comparing, by the validation engine, the digitally wrapped output and the generated second output in order to validate the consistency and integrity of the transferred file;
• determining a correspondence metric based on the comparison between the digitally wrapped output and the generated second output;
• detecting, by the validation engine that the correspondence metric is less than a predetermined threshold level of correspondence;
• in response to the detecting, transmitting, by the validation engine, a message to a scheduling engine regarding the lack of file integrity and consistency;
• scheduling, by the scheduling engine, retransferring of the file from the source location to the target location;
• injecting, by a tagger engine, one or more identifiers into one or more binary locations within the file;
• storing data relating to the one or more identifiers and their respective one or more binary locations within the digital wrap;
• retransferring the file from the source location to the target location;
• examining, at the target location, the retransferred file for identifiers and their respective binary locations;
• retrieving, from the retransferred file, the identifiers and their respective binary locations;
• comparing the retrieved identifiers and their respective binary locations with the data included in the digital wrap;
• determining a second correspondence metric based on the comparison between the retrieved identifiers and their respective binary locations with the data included in the digital wrap;
• successfully verifying, by the validation engine, that the second correspondence metric is greater that the predetermined threshold level of correspondence;
• removing the digitally wrapped output;
• and
• flagging the file as verified.