Digital transformation of life cycle management processes for residential and engineering infrastructure facilities in complex development of territories
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Abstract
Modern projects of complex development of territories are characterized by technological, organizational and informational complexity. Technological challenges stem from the need to integrate heterogeneous systems while ensuring safety, reliability and sustainability of residential buildings and infrastructure facilities. Organizational complexity arises from the increasing number of participants in complex territory development projects, while information complexity results from exponentially growing volumes of heterogeneous data and requirements for rapid decision-making.
In this regard, the issue of ensuring end-to-end life cycle management of objects and consistency of decisions for the efficient use of resources is relevance.
The purpose of the research work is to analyze digital technologies for optimizing the life cycle management of residential buildings and infrastructure facilities in projects of complex development of territories.
As part of the presented study, an analysis of publications was conducted, according to keywords defined by the authors in the context of the topic under consideration. The international Scopus database served as the basis for forming specimens, according to keywords.
The analysis demonstrates that the introduction of digital twins, IoT, Big Data, BIM and machine learning allows achieving significant optimization in managing the life cycle of residential and engineering infrastructure facilities in projects of complex development of territories. Digital transformation fundamentally changes the approach to life cycle management, moving it from reactive to predictive and adaptive, which ensures the sustainability, reliability and safety of objects, resource savings and improved quality of the urban environment.
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