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Conceptual Verification of Multi-Level Visibility Points for SmartX MultiView Security

机译：SmartX MultiView安全性的多级可见性点的概念验证

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摘要

With emerging cloud-native computing, the resource infrastructure is becoming complicated to flexibly accommodate physical, virtual, and containerized functions in a single box or clustered boxes. Unfortunately, this kind of complicated resource infrastructure is prone to diversified security attacks. Thus, it is important to systematically detect security attacks by analyzing multiple kinds of visibility (i.e., monitoring and tracing) data, aligned with physical, virtual, and containerized layers of functions and boxes. Thus, by extending SmarX MultiView Visibility Framework (MVF), in this paper, we conceptualize its multi-level security extension by adding multi-level visibility points to the multi-layer visibility collection of SmartX MVF. Also, we verify the proposed concept with a preliminary prototype over clustered boxes with physical and virtual resource layers.
机译：随着新兴的云原生计算的出现，资源基础架构变得越来越复杂，无法在单个盒子或群集盒子中灵活地容纳物理，虚拟和容器化功能。不幸的是，这种复杂的资源基础结构易于受到多种安全攻击。因此，重要的是通过分析与功能和框的物理，虚拟和容器化层对齐的多种可见性（即，监视和跟踪）数据来系统地检测安全攻击。因此，在本文中，通过扩展SmarX MultiView可见性框架（MVF），我们通过向SmartX MVF的多层可见性集合中添加多层可见性点来概念化其多层安全性扩展。此外，我们使用带有物理和虚拟资源层的群集框上的初步原型验证了提出的概念。

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