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Split clouds: New security architecture for protecting user information from cloud insiders - Designs, implementation, and performance evaluations

机译:分裂云:用于保护用户信息免受云内部人员侵害的新安全体系结构-设计,实施和性能评估

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摘要

Many government organizations are now considering their transitions to clouds. However, their concerns to known and unknown security risks in clouds are the major stumbling blocks against their transitions. This paper proposes new security architecture, Split Clouds, which protects the information stored in a cloud, while the architecture lets each organization hold direct security controls to their information, instead of leaving them to cloud providers. The core of the architecture consists of real-time lineage summaries, in-line security gateway and shadow auditor. By the combination of the three solutions, the architecture will prevent malicious activities performed even by the security administrators in the cloud providers. The essence of the architecture is in trading processor horsepower and network bandwidth for protecting information in clouds. Our performance evaluations showed that the overhead for security gateway and real-time lineage summary will be at most linear, while the overhead from the shadow auditor is in the square order, which can be mitigated by clustering. The proposed security architecture will be promising for clearing the ways for government organizations to adopt clouds.
机译:许多政府组织现在正在考虑向云过渡。但是,他们对云中已知和未知安全风险的关注是阻碍其过渡的主要绊脚石。本文提出了一种新的安全架构,即拆分云,该架构可以保护存储在云中的信息,同时该架构允许每个组织对其信息进行直接的安全控制,而不是将其交给云提供商。该体系结构的核心由实时沿袭摘要,在线安全网关和影子审核器组成。通过这三种解决方案的组合,该架构将防止即使由云提供商中的安全管理员执行的恶意活动。该体系结构的本质在于交换处理器的功能和网络带宽以保护云中的信息。我们的性能评估表明,安全网关和实时沿袭摘要的开销最多将是线性的,而影子审核器的开销则是平方的,可以通过聚类来减轻。提议的安全体系结构将为清除政府组织采用云的方式带来希望。

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