Data centres are experiencing significant growth in their scale, especially, with the ever-increasing demand for cloud and IoT services. However, this rapid growth has raised numerous security issues and vulnerabilities; new types of strategic cyber-attacks are aimed at specific physical components of data centres that keep them operating. Attacks against temperature monitoring and cooling systems of data centres, also known as thermal attacks, can cause a complete meltdown and are generally considered difficult to address. In this paper, we focus on this issue by analysing the potential security threats to these systems and their impact on the overall data center safety and performance. We also present current thermal anomaly detection methods and their limitations. Finally, we propose a hybrid method that uses multi-variant anomaly detection to prevent thermal attacks, as well as a fuzzy-based health factor to enhance data center thermal awareness and security
翻译:数据中心的规模正在大幅扩大,特别是随着对云和IoT服务的需求不断增加,对云和IoT服务的需求不断增加,数据中心的规模正在大幅增长,特别是随着对云和IoT服务的需求不断增加,这种迅速增长带来了许多安全问题和脆弱性;但是,这种迅速增长已经引起了许多安全问题和脆弱性;新的战略网络攻击类型的战略网络攻击针对数据中心保持运行的特定物理组成部分;对数据中心温度监测和冷却系统的袭击,又称热攻击,可造成完全崩溃,一般认为难以解决;在本文件中,我们集中关注这一问题,分析了这些系统的潜在安全威胁及其对数据中心总体安全和性能的影响;我们还介绍了目前的热异常探测方法及其局限性;最后,我们提出了一种混合方法,利用多变异常探测来防止热攻击,以及一种模糊的健康因素来提高数据中心的热意识和安全性。