On the clarification of the principle of organizing software products quality control

The subject of the research is the process of developing software for automated control systems. The object of research is the quality control system of this process. Currently, regulatory documents and models for assessing the quality of software are built on the basis of a paradigm that determines that the quality of programs is checked for compliance with the terms of reference for development. But, as practice has shown, such a paradigm does not fully correspond to modern development conditions, providing not quality control, but verification of the compliance of programs with the customer's ex-pectations formulated at the initial stage of development. Taking into account the fact that the customer's requirements may not be fully formulated, and may also be refined in the course of work, the list of indicators and criteria that determine the quality assessment model formed at the beginning of the work may not ensure the quality of control. This thesis is relevant both when using "agile" and "waterfall" development methods. To solve the problem, the article uses general scientific methods of analysis and synthesis. Based on the analysis of existing approaches to assessing the quality of software development, proposals have been synthesized to refine the paradigm of its assessment. The article formulates the formulation of a scientific and practical problem and proposes one of the approaches to its solution, based on the re-finement of the currently used quality assessment paradigm, the transition from a "rigid", predetermined model, to a refined one in the course of work. The solution of the formulated problem will pro-vide a general increase in the efficiency of automated control by clarifying the paradigm for quality assessment, transition to the use of a dynamic model for assessing the software being developed.