Demo: Leveraging SDN in Critical Infrastructures

Simon Buttgereit, M. Rossberg, M. Pfeiffer, G. Schäfer
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引用次数: 0

Abstract

Recent developments in computer networks increased flexibility, making them more dynamic and programmable, e.g., by SDN and NFV. However, this also increased complexity and volatility of network components. This is a challenge for highly regulated environments such as critical infrastructure networks where certified components are used to guarantee security requirements of infrastructures, e.g., through mandatory filtering or encryption of network traffic. This demo paper presents a setup where programmable and volatile components are separated from trusted, and thus certified, components. In particular, programmable Network Operating Systems (NOSes) and SDN controllers are deployed to steer the network flows in a VPN overlay. Yet, these flexible components do not have to be included into a certification process.
演示:在关键基础设施中利用SDN
计算机网络的最新发展增加了灵活性,使它们更加动态和可编程,例如通过SDN和NFV。然而,这也增加了网络组件的复杂性和波动性。这对于高度管制的环境是一个挑战,例如关键基础设施网络,其中使用认证组件来保证基础设施的安全要求,例如,通过强制过滤或加密网络流量。本演示文件介绍了一种设置,其中可编程和易失性组件与受信任的组件分离,因此经过认证。特别是,部署了可编程网络操作系统(nose)和SDN控制器来控制VPN覆盖中的网络流。然而,这些灵活的组件并不一定要包含在认证过程中。
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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