HBIM technologies demonstrate increased potential in managing existing built heritage, leading to improved building lifecycle engineering. However, applying HBIM protocols to Cultural Heritage, particularly museum assets, represents an outstanding question. The study provides the findings of a research project conducted at the Galleria Borghese Museum to implement a geometric and informative BIM-based digital environment for museum management, as well as preventive and predictive maintenance. Furthermore, the study examines—referring to the debate over the widespread application of integrated digital technologies to cultural heritage management—the opportunities and challenges associated with digitization processes towards the implementation of Digital Twin (DT) (Vuoto in Int. J. Arch. Herit. 18(11), 1762–1795, 2024) and Digital Cultural Objects (DCO), as well as the transferability of the study’s findings. The Galleria Borghese Museum provides scholars with the opportunity to examine architecture and artworks integrated into spaces of both permanent and temporary exhibitions, multidisciplinary study areas, restoration spaces for art and architecture, and environments conceived for the valorization, communication, and participation of a large public of experts and non-experts.
Built Heritage Digital Documentation Through BIM-Blockchain Technologies
Despite rising digitisation, the construction industry continues to be marked by redundancy, multi-plication, and, at the same time, a lack of transparency and disaggregation of data and information, resulting in inadequate project life cycle management in terms of time, cost, and quality. This paper presents the results of the development of a TRL 4-5 ICT application based on the integration of Building Information Modeling and blockchain technologies, with the goal of fostering digitisation pro-cesses in the supply chain in the direction of greater information flow transparency, knowledge-based organizations, and decision-making processes based on unambiguous ordered data. The initiative, which began as a broader industry research cooperation, now includes a university spin-off, compa-nies that operate as system integrators, and leaders in the customisation of BIM solutions for the built heritage value chain.
Integrated Technologies for Smart Buildings and PREdictive Maintenance
The preservation and the regeneration of the existing built heritage is still characterized, even in the context of an increasing digitization of the value and supply chain, by inefficient time and costs management, along the whole life cycle, as well as by discontinuity and lack of information on the one hand, by redundancy and duplication of data on the other. Accessibility, usability and feasibility in order to univocally implement information, also by real–time monitoring, are areas of growing interest to all actors of the building and construction value–chain, with particular reference built heritage knowl-edge phase, as well as for the stakeholders of complementary industries as ICT, for the development of integrated digital solutions for data acquisition, modeling and visualization.