Robotic Process Automation Universal Executor
Is it possible to improve the performance of a horse by "integrating" the wheels of a freight truck?
The universal solution to the tasks of Robotic Process Automation, first implemented in dia$par, is the complete abandonment of the horse — in favor of a motored vehicle.
Prior to dia$par, global mainstream of RPA came down to the creation of individual software mini robots, the functionality of which in simple words, was limited to the "ability" to press buttons in the user interfaces of a corporate information systems used (see "patchwork automation").
A fundamental inefficiency of the approach naturally comes from its extreme cost: at least because such mini-robots need to be programmed separately for each specific case (used in this particular information system or integrated with it "modules").
dia$par completely replaces all the locally-functional "ABC-systems", provides an operator with unprecedented opportunities for universal (consequently — fast and cheap) implementation of RPA.
At the software level, Robotic Process Automation is implemented by the conditioned reflexes of mutual mapping.
In particular, traflex-reactions of enterprise model are cybernetic "reflections" of the company's "human" employees, works in the corresponding sections of the value chains in the "real-life".
Generally speaking, they can be equated with the RPA "robots".
Gradually increasing the complexity of scenario reactions of a cybernetic model (Digital Twin), you consistently reduce the amount of routine operations performed by people — up to their complete exclusion from the operational level of the enterprise.
The outstanding efficiency of the dia$par implementation of Robotic Process Automation is a consequence of the cybernetic-optimal management of the IEM System: "robots" are implanted right in to value chain.
Herewith, RPA robots business logic robots is programmed by the dia$par.Matrix application developer through relations of high-level business objects — cybernetic "reflections" of actually existing warehouses, offices, employees, counterparties, etc. using the industrial programming language, reflecting the natural business logic of decision-making: "ship to customer X, if debt isn’t expired."
Thus, the dia$par operator automatically gets all the benefits of Robotic Process Automation during the daily operation of the meta-system.