Development of a digital transformation model for industrial cyber-physical systems

The article makes an attempt to respond to modern trends and challenges in the development of high-tech industries based on the development of infrastructure and the complexity of modern industries, their territorial distribution and a variety of functional purposes, which leads to significant problems in solving management problems. The high structural complexity of control systems immersed in a networked environment is explained by the rapidly growing production and consumption of more and more diverse and complex information structures that accompany the functioning and development of the system as a whole and its parts in the global information space. Trends (challenges) in the development of modern production: increasing complexity and interdependence of a multi-level hierarchy of interconnected production processes; high requirements for the quality of a high-tech product; the need to quickly reconfigure production systems to release new types of product; high requirements for improving the reliability of the execution of complex TP programs; data coordination at all levels of the hierarchy and different departments; a large number of influencing factors and uncertainties. The complexity of solving the problem is due to the imperfection of the classical control theory for cases when structurally complex hierarchies of distributed cyber-physical systems act as a control object.