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AMAD: Resource Consumption Profile-Aware Attack Detection in IaaS Cloud

机译:AMAD:IaaS云中的资源消耗配置文件感知攻击检测

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Cloud infrastructures are prone to various anomalies due to their ever-growing complexity and dynamics. Monitoring behavior of dynamic resource management systems is necessary to guarantee cloud reliability. In this paper, we present AMAD, a system designed for detecting an abusive use of dynamic virtual machine migration, in the case of the abusive virtual machine migration attack. This attack is performed by malicious manipulation of the amounts of resources consumed by Virtual Machines (VMs). AMAD identifies the VMs possibly at the origin of the attack by analyzing resource consumption profiles of the VMs to detect the fluctuating and highly correlated ones. We have implemented AMAD on top of the VMware ESXi platform and evaluated it both on our lab platform and under real cloud configurations. Our results show that AMAD pinpoints the attacking VMs which were intentionally injected in our experimentations, with high accuracy.
机译:由于其不断增长的复杂性和动态性,云基础架构易于出现各种异常情况。监视动态资源管理系统的行为对于保证云的可靠性是必不可少的。在本文中,我们介绍了AMAD,这是一种设计用于在滥用虚拟机迁移攻击的情况下检测动态虚拟机迁移的滥用情况的系统。通过恶意操纵虚拟机(VM)消耗的资源量来执行此攻击。 AMAD通过分析VM的资源消耗配置文件以检测波动和高度相关的VM,从而识别出可能是攻击源的VM。我们已经在VMware ESXi平台上实现了AMAD,并在我们的实验室平台和真实云配置下对其进行了评估。我们的结果表明,AMAD可以高精度地精确定位在我们的实验中故意注入的攻击虚拟机。

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