A Verification Platform for SDN-Enabled Applications

R. Skowyra, A. Lapets, Azer Bestavros, A. Kfoury
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引用次数: 40

Abstract

Recent work on integration of SDNs with application-layer systems like Hadoop has created a class of system, SDN-Enabled Applications, which implement application-specific functionality on the network layer by exposing network monitoring and control semantics to application developers. This requires domain-specific knowledge to correctly reason about network behavior and properties, as the SDN is now tightly coupled to the larger system. Existing tools for SDN verification and analysis are insufficiently expressive to capture this composition of network and domain models. Unfortunately, it is exactly this kind of automated reasoning and verification that is necessary to develop robust SDN-enabled applications for real-world systems. In this paper, we present ongoing work on Verificare, a verification platform being built to enable formal verification of SDNs as components of a larger domain-specific system. SLA, safety, and security requirements can selected from a variety of formal libraries and automatically verified using a variety of off-the-shelf tools. This approach not only extends the flexibility of existing SDN verification systems, but can actually provide more fine-grained analysis of possible network states due to extra information supplied by the domain model.
支持sdn的应用验证平台
最近将sdn与应用程序层系统(如Hadoop)集成的工作创建了一类系统,SDN-Enabled Applications,它通过向应用程序开发人员公开网络监视和控制语义,在网络层实现特定于应用程序的功能。这需要特定于领域的知识来正确推断网络行为和属性,因为SDN现在与更大的系统紧密耦合。用于SDN验证和分析的现有工具不足以表达网络和领域模型的这种组合。不幸的是,这种自动推理和验证正是为现实世界的系统开发健壮的支持sdn的应用程序所必需的。在本文中,我们介绍了正在进行的关于Verificare的工作,这是一个正在构建的验证平台,用于将sdn作为更大的特定领域系统的组件进行正式验证。可以从各种正式的库中选择SLA、安全性和安全性需求,并使用各种现成的工具进行自动验证。这种方法不仅扩展了现有SDN验证系统的灵活性,而且由于域模型提供了额外的信息,实际上可以对可能的网络状态提供更细粒度的分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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