海报:云的多层威胁分析

Salman Manzoor, Antonios Gouglidis, M. Bradbury, N. Suri
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引用次数: 0

摘要

存在各种各样的威胁分析(TA)技术,通常以探索对离散资产(例如,服务,数据等)的威胁为目标,并揭示与这些资产相关的潜在攻击。此外,这些技术假定资产之间的互连是静态的。然而,在云中,资源可以在运行时跨物理主机实例化或迁移,从而使云成为一个动态环境。此外,针对多个资产/层的攻击数量强调了为云环境开发威胁分析方法的必要性。因此,本文提出了一种新的针对多层攻击的威胁分析方法。该方法通过开发与技术无关的信息流模型来促进威胁分析。它有助于探索威胁在云的操作堆栈中的传播,从而全面评估云的安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Poster: Multi-Layer Threat Analysis of the Cloud
A variety of Threat Analysis (TA) techniques exist that typically target exploring threats to discrete assets (e.g., services, data, etc.) and reveal potential attacks pertinent to these assets. Furthermore, these techniques assume that the interconnection among the assets is static. However, in the Cloud, resources can instantiate or migrate across physical hosts at run-time, thus making the Cloud a dynamic environment. Additionally, the number of attacks targeting multiple assets/layers emphasizes the need for threat analysis approaches developed for Cloud environments. Therefore, this proposal presents a novel threat analysis approach that specifically addresses multi-layer attacks. The proposed approach facilitates threat analysis by developing a technology-agnostic information flow model. It contributes to exploring a threat's propagation across the operational stack of the Cloud and, consequently, holistically assessing the security of the Cloud.
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