In this article the authors describe a new paradigm of development of industrial organizations based on a system-synergetic approach. The authors conducted an exhaustive analysis of the approaches to the study of various systems, each of which reflects the view of certain academic schools. The study analyzes the universal principles of structural building systems, including consideration of their components, subsystems, functions. As a natural step of genesis of science devoted to the study of systems, the article advocates synergy that contributes to self-organization and systematization of complex socio-technological systems, which include industrial structures. The authors reveal the basic concept of synergy and their description. We consider the practical use of bifurcation points in the simulation of processes of development of systems of various types in space and time. Significant role in the development of systems, according to the authors, the information belongs to ensuring effective communication between system components to maintain its structural integrity and internal cohesion subsystems.