FlowK:面向云的信息流控制

Thomas Pasquier, J. Bacon, D. Eyers
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引用次数: 23

摘要

安全问题被广泛视为采用云计算解决方案的一个障碍,尽管已经出现了大量的法律和法规,但执行和证明合规的技术基础仍然落后。我们的云安全网络项目旨在展示信息流控制(IFC)可以增强现有的安全机制,并提供扩展的持续执行。云中的细粒度应用程序级安全策略。我们提出了FlowK,一个Linux的可加载内核模块,作为IFC可以用于云计算的概念证明的一部分。遵循策略-机制分离的原则,假定IFC策略在应用程序级别表示,而FlowK提供了在运行时执行IFC策略的机制。当提供IFC时,FlowK的设计最大限度地减少了对现有软件的更改。为了展示FlowK如何与云软件集成,我们设计并评估了一个框架,用于部署ifc感知的web应用程序,适合在PaaS云中使用。
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FlowK: Information Flow Control for the Cloud
Security concerns are widely seen as an obstacle to the adoption of cloud computing solutions and although a wealth of law and regulation has emerged, the technical basis for enforcing and demonstrating compliance lags behind. Our Cloud Safety Net project aims to show that Information Flow Control (IFC) can augment existing security mechanisms and provide continuous enforcement of extended. Finer-grained application-level security policy in the cloud. We present FlowK, a loadable kernel module for Linux, as part of a proof of concept that IFC can be provided for cloud computing. Following the principle of policy-mechanism separation, IFC policy is assumed to be expressed at application level and FlowK provides mechanisms to enforce IFC policy at runtime. FlowK's design minimises the changes required to existing software when IFC is provided. To show how FlowK can be integrated with cloud software we have designed and evaluated a framework for deploying IFC-aware web applications, suitable for use in a PaaS cloud.
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