Consequently, cloud-BIM platforms have had a great influence on data transparency and accessibility, not only for Industry Foundation Class (IFC) files, and related BuildingSMART standards, but also for external semantic data linked to the objects. In recent years, informative solutions based on BIM proved to be essential for historical sites and architectures, changing the methodological approach of documentation and analyses steps. This platform, called ARK-BIM, can be considered a modular solution leaning on HTML, JavaScript, VueJS, XEOKIT and open-source languages. Cognisant of these needs, the paper is aimed at the development of a custom HBIM cloud platform for archaeology, on the basis of the BIMData open-source online environment. For this reason, this project is strongly founded on four pillars: online documentation, collaboration, communication and accessibility. ![]() Despite the presence of different cloud-based platforms, Heritage asset documentation can hardly be managed by environments or software developed for architecture and construction design. More than ever, online platforms are becoming useful services to ease data exchange and validation between collaborators and stakeholders, establishing multidisciplinary approaches. ![]() Change is also taking place regarding web and cloud-based solutions, and this work acknowledges the importance of cloud-based and web HBIM solutions applied to Cultural Heritage assets and archaeology. In recent years, Historic Building Information Modelling (HBIM) methodology has strengthened the documentation and interpretation of archaeological contexts and is regarded as a breakthrough in relation to established methodologies and analyses.
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