数字孪生和区块链:可信赖的数据交换如何推动建筑及其他领域更好的业务

Jon A. Geater
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引用次数: 0

摘要

包括数字孪生和区块链在内的先进数字技术承诺通过自动化简化流程,并通过详细的数据洞察改善运营,从而显著提高建筑物理世界的效率和创新。然而,这个机会也伴随着风险:从外部导入数据和软件会创建一个复杂且快速移动的供应链,需要不断验证,否则不良数据可能会毒害自动机并危及业务运营。这项工作提出了动态弹性:一种基于零信任原则的可信上下文决策范例,旨在即使在不断变化的条件和新出现的威胁下也能保持运营安全。
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Digital Twins and Blockchain: How Trustworthy Data Exchange Can Drive Better Business in Construction and Beyond
Advanced digital technology including Digital Twins and Blockchain promise significant improvements in efficiency and innovation in the physical world of construction by streamlining processes through automation, and improving operations through detailed data insights. However, this opportunity comes with a risk: importing data and software from external parties creates a complex and fast-moving supply chain that requires constant verification, else bad data can poison automata and compromise business operations. This work presents Dynamic Resilience: a paradigm for trustworthy contextual decision-making based on zero trust principles that aim to keep operations safe and secure even with changing conditions and emerging threats.
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