Blockchain‐Based Cyber Physical Trust Systems

A. Beckmann, Alexander J. M. Milne, J. Razafindrakoto, Pardeep Kumar, Michael Breach, N. Preining
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引用次数: 7

Abstract

Cyber Physical Trust Systems (CPTS) are Cyber Physical Systems and Internet of Things enriched with trust as an explicit, measurable, testable system component. In this chapter, we propose to use blockchain technology as the trust enabling system component for CPTS. Our proposed approach shows that a blockchain based CPTS achieves the security properties of data authenticity, identity and integrity. We describe results of a testbed which implements a blockchain based CPTS for physical asset management. extend the testbed into a generic application for supporting Cyber Physical Trust Systems, and conduct in depth performance analysis ranging from theoretical ones based on theoretical performance assumptions of blockchain technology, to practical ones in relation to an enhanced testbed implementation. We will also explore other application domains, in which Cyber Physical Trust Systems can be applied.
基于区块链的网络物理信任系统
网络物理信任系统(CPTS)是网络物理系统和物联网,作为一个明确的、可测量的、可测试的系统组件。在本章中,我们建议使用区块链技术作为CPTS的信任启用系统组件。我们提出的方法表明,基于区块链的CPTS实现了数据真实性、身份性和完整性的安全特性。我们描述了一个测试平台的结果,该平台实现了基于区块链的物理资产管理CPTS。将测试平台扩展为支持网络物理信任系统的通用应用,并进行深入的性能分析,从基于区块链技术理论性能假设的理论分析到与增强测试平台实施相关的实际分析。我们还将探讨网络物理信任系统可以应用的其他应用领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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