Development of robotic circular reproduction in ensuring sustainable economic growth

To confront global challenges in the field of environmental security, humanity needs reproduction chains of a new type that correspond to the models of the green economy and the principles of sustainable development. The most relevant concept that meets these conditions is a circular economy. A new round of industrial development provides additional opportunities to introduce principles of circular reproduction. The proliferation of robots and the introduction of artificial intelligence systems will facilitate the implementation of circular innovations. The purpose of the paper is a study of current trends in the transformation of global value chains based on the symbiosis of virtual and physical production systems which form new operating models and contribute to sustainable economic growth. The research methodology includes general scientific methods of cognition, systemic and situational approaches, methods of structural and functional analysis, empirical generalization and comparison, as well as tabular and graphical methods of visualization of statistical and calculated data. The main results of the study are to gain new knowledge about the role of interaction between digital and physical spaces in ensuring the achievement of goals of sustainable development and the implementation of principles of circular reproduction. Studying robotic circular reproduction will increase the relevance of the concepts of a green economy and circular reproduction, which will promote effective implementation of the above concepts in the Russian Federation.