The revolutionary changes in the creation of platform-type models and strategies within the framework of Industry 4.0 have created new potential for the development of the economy and transport. The central place in the management of the digital supply chain (DSC) belongs to the models, structure and architecture of the system based on self-governing links - competence centers (CCs). The selected model for managing the system’s life cycle allows for more effective management of the central processing center at all stages through the integration of business processes and digital technologies, which allows for an integrated approach, simplifying the system itself and increasing its performance. The term «organizational and technical sustainability» (OTS) is introduced in the article, which implies a balanced location of the DSC between control points at the stage of the life cycle. The proposed approach is focused on the use of the mechanism of «homeokinetic plateau». The homeokinetic plateau is the basic cybernetic mechanism for ensuring the state of dynamic stability of the system. As critical points characterizing the state of stability, a combination of the probability of the implementation of processes and their profitability with the identification of risk options for the life cycle stage is considered. The mechanism of the homeokinetic plateau and tools considered in the article forms the structure of a comprehensive architectural approach, focused on innovative approaches to ensure stability and control of the continuity of the central processing center processes.