Innovative Management Model for Multifunctional Infrastructure Hubs (MIH) Under Conditions of High Uncertainty

Citation: Tatevosyan A. V., "Innovative Management Model for Multifunctional Infrastructure Hubs (MIH) Under Conditions of High Uncertainty", Universal Library of Business and Economics, Volume 03, Issue 01.

Copyright: This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Abstract

This methodological guide is focused on the design and theoretical verification of an innovative management model for Multifunctional Infrastructure Hubs (MIH) in a context of accelerating global turbulence and heightened uncertainty. The text provides an expanded analysis of the key challenges of recent years, including energy-related threats, disruptions to supply chain resilience, and constraints in human resources capacity. Taken together, these factors create an objective demand for transforming traditional operational approaches into adaptive “end-to-end service” ecosystems capable of maintaining process alignment and rapidly reconfiguring functions. A central emphasis is placed on integrating the high-technology electric transport contour (EV infrastructure) with a digital architecture built on CRM platforms, where requirements for strict data discipline are established and conditions for predictive management are created. The research logic is structured around the toolkit of systems analysis, scenario planning, and risk management, which made it possible to develop the author’s standards for comprehensive safety and incident management. The results obtained show that a modular architecture combined with digital standards increases facility resilience and economic performance amid sharp fluctuations in the external environment. The formulated provisions confirm the applicability of the proposed model for sustaining the continuity of critically significant services and for improving the effectiveness of regional security mechanisms. The material has practical value for managers in the development sector, the professional community of urban planning, and investors focused on contemporary technological assets.

Keywords: Multifunctional Hubs, Innovative Management, Uncertainty, EV Infrastructure, Digital Data Discipline, CRM Systems, Regional Security, Service Resilience, Incident Management, Adaptive Planning.

https://doi.org/10.70315/uloap.ulbec.2026.0301010