通过SDN提升云场景下的网络安全性

Sebastian Seeber, G. Rodosek
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引用次数: 18

摘要

由于越来越多的个人和公司数据被外包,最近出现的支持云计算的应用程序日益引起人们对安全问题的关注。单一系统和服务的安全性在过去被广泛对待。云系统和服务需要更详细地观察它们的安全需求和实现,因为大量的服务和系统共存于一个虚拟化层,而不知道同一层上的其他系统。只有云提供商对这些系统在自己的云环境中的行为有一个罕见的概念。因此,这项工作提出了一种网络安全方法,该方法可以识别由至少一个云提供商托管的所有现有系统和服务。其主要思想是维护一个逻辑上集中的数据库,该数据库提供有关每个系统或服务的最新安全相关信息。使用这个知识库,我们的方法考虑系统的安全评分、系统所有者和云提供商给出的安全需求,并相应地重新配置网络以满足每个系统的安全需求。此外,重新配置过程可用于将流量重定向到其他安全系统,以便获得有关系统的更详细信息,从而提高特定系统安全评分的准确性。
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Improving network security through SDN in cloud scenarios
The recent emergence of cloud enabled applications raises security concerns increasingly, since more and more personal and company data is outsourced. The security of single systems and services was broadly treated in the past. Cloud systems and services require a more detailed observation of their security requirements and fulfillment, since a huge amount of services and systems coexist on one virtualization layer without knowing other systems on the same layer. Only the cloud provider has a rare idea of these systems' behavior in his own cloud environment. Therefore this work proposes a network security approach which is aware of all existing systems and services hosted by at least one cloud provider. The main idea is to maintain a logically centralized database that provides latest security related information about each system or service. Using this knowledge base, our approach ponders a systems' security score, security requirements given by the systems' owners and the cloud provider, and reconfigures the network accordingly to meet the security requirements for every system. In addition, the reconfiguration process can be used to redirect traffic to additional security systems, in order to obtain more detailed information about a system and therefore increase the accuracy of the specific systems' security score.
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