Resilience Evaluation of Cyber Risks in Industrial Internet of Things

M. Silva, H. Lepikson
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引用次数: 1

Abstract

Wireless communication is one of the most implemented solutions, allowing a high level of interconnectivity in different networks, including industrial critical systems responsible for production control and safety. Performance improvements with the increase in wireless connectivity between "things", however, are followed by the increase in vulnerabilities due to the risks related to the security of wireless networks. Thus, this study aims to provide a view of the wireless communication vulnerabilities in the context of applications for industrial environments, assess maturity of current technologies in critical systems and provide a map of resilience measures to be adopted to anticipate and mitigate risks.
工业物联网网络风险弹性评估
无线通信是实现最多的解决方案之一,允许在不同网络中实现高水平的互连,包括负责生产控制和安全的工业关键系统。然而,随着“事物”之间无线连接的增加,性能得到提高,随之而来的是与无线网络安全相关的风险导致的漏洞增加。因此,本研究旨在提供工业环境应用中无线通信漏洞的观点,评估关键系统中当前技术的成熟度,并提供可用于预测和减轻风险的弹性措施图。
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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