This work presents a cloud-based, distributed architecture designed to manage Building Information Modeling (BIM) information flows, focusing on ensuring compliance with privacy, copyright protection, and data security standards. As BIM models and related documentations are increasingly shared through cloud platforms to enhance accessibility and collaboration, several critical concerns arise, especially around the protection of sensitive data and intellectual property rights. The proposed architecture organizes the models and document flow into modular, distributed components, each with tailored access and encryption protocols based on the role of the various actors involved in the process of realizing a BIM-based project. The findings highlight how this distributed and compliant approach can improve the efficiency of BIM collaboration while minimizing risks related to privacy and copyright violations.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

A Distributed Cloud Based Architecture for Managing BIM Document Flows: Privacy and Copyright Compliance in Cloud Environments

  • Mariangela Graziano,
  • Luigi Colucci Cante,
  • Beniamino Di Martino,
  • Alberto Pavan,
  • Claudio Mirarchi

摘要

This work presents a cloud-based, distributed architecture designed to manage Building Information Modeling (BIM) information flows, focusing on ensuring compliance with privacy, copyright protection, and data security standards. As BIM models and related documentations are increasingly shared through cloud platforms to enhance accessibility and collaboration, several critical concerns arise, especially around the protection of sensitive data and intellectual property rights. The proposed architecture organizes the models and document flow into modular, distributed components, each with tailored access and encryption protocols based on the role of the various actors involved in the process of realizing a BIM-based project. The findings highlight how this distributed and compliant approach can improve the efficiency of BIM collaboration while minimizing risks related to privacy and copyright violations.