Enhancing LwM2M for Operational Cybersecurity and Situational Awareness in Industrial IoT

Hanning Zhao, B. Silverajan
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Abstract

IoT devices and IT systems have increasingly become integrated into industrial, manufacturing and operational networks, to give rise to the Industrial IoT. However, operational device cybersecurity management, in industrial environments, is very challenging. Some of these challenges are the need for high availability, low downtimes, and especially, co-ordination of cybersecurity incident information among different stakeholders. However existing IoT device management solutions do not address these needs. Our paper presents a solution to meet these challenges in the Industrial IoT, with enhancements of the well-known Lightweight M2M device management standard. The approach is aligned towards well-known networking and IoT standards as well as industrial scenarios in existence today. The results have been evaluated and validated with prototypes demonstrating the effectiveness of our approach for operational cybersecurity management as well as incident exchange in multi-stakeholder environments.
增强LwM2M在工业物联网中的运营网络安全和态势感知
物联网设备和IT系统越来越多地集成到工业、制造和运营网络中,从而产生了工业物联网。然而,在工业环境中,操作设备的网络安全管理非常具有挑战性。其中一些挑战是需要高可用性、低停机时间,特别是在不同利益相关者之间协调网络安全事件信息。然而,现有的物联网设备管理解决方案并不能满足这些需求。本文提出了一种解决方案,通过增强众所周知的轻量级M2M设备管理标准,来应对工业物联网中的这些挑战。该方法与众所周知的网络和物联网标准以及当今存在的工业场景保持一致。结果已经通过原型进行了评估和验证,证明了我们的方法在运营网络安全管理以及多利益相关者环境中的事件交换方面的有效性。
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