ТРАНСФОРМАЦИЯ ПАРАДИГМЫ ЭКОНОМИЧЕСКОГО УПРАВЛЕНИЯ В УСЛОВИЯХ ЭКСПОНЕНЦИАЛЬНОГО ТЕХНОЛОГИЧЕСКОГО УСКОРЕНИЯ

Abstract:
In the presented work, we investigate the fundamental transformations of the economic systems management paradigm in the context of permanent technological turbulence of the current stage of global economy development. The relevance of the considered issues is determined by the exponential acceleration of digitalization processes, the formation of new technological patterns and the need to rethink traditional mechanisms of economic regulation. The methodological basis of the research consists of a synthesis of neoinstitutional and evolutionary approaches to the analysis of economic systems, supplemented by the complexity theory toolkit and methods of nonlinear dynamics. In the research process, we have developed an original economic-mathematical model of adaptive regulation, based on the principles of homeostatic control and taking into account the multiparametric nature of technological impacts on the economic system. Empirical verification of the proposed model was carried out based on the analysis of macroeconomic indicators of the world’s leading economies, demonstrating various trajectories of technological transformation. The research results indicate the formation of a qualitatively new configuration of management mechanisms, characterized by the dominance of principles of proactive adaptation, network coordination and algorithmic optimization of decision-making processes. A nonlinear dependence between the intensity of technological changes and the effectiveness of traditional regulatory instruments has been revealed, which necessitates a transition to hybrid management models integrating elements of centralized planning and decentralized self-organization. The scientific novelty of the research lies in the conceptualization of the mechanism of dynamic balancing between stability and variability of the economic system through the introduction of parameters of adaptive sensitivity and inertia of regulatory impacts. The practical significance of the work is determined by the possibility of applying the developed toolkit for designing new generation economic management systems capable of functioning effectively under conditions of high uncertainty and technological volatility. The obtained results open up prospects for further research in the field of convergence of economic theory and the theory of complex systems management, the formation of a new methodology for analyzing and forecasting economic dynamics in the era of digital transformation.