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NFV-based network protection: The SHIELD approach

机译:基于NFV的网络保护:SHIELD方法

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摘要

This demo showcases some of the capabilities foreseen for the security infrastructure designed by the H2020 SHIELD project. SHIELD exploits NFV for adaptive monitoring of an IT infrastructure and for feeding the data to an analytics engine to detect attacks in real time. An intelligent reaction system is then activated to reconfigure the SDN/NFV infrastructure so that the attacks are thwarted. The SDN/NFV infrastructure itself is protected from attacks thanks to trusted computing techniques, that permit to quickly identify misbehaving nodes. The proposed demo will present detection and reaction to a DDoS attack (by on-the-fly deployment of new virtual network security functions and/or change of network paths), as well as detection of software attacks against virtual network functions (executed in Docker containers) and unauthorized modification of the SDN switching tables and NFV configurations.
机译:该演示演示了H2020 SHIELD项目设计的安全基础结构预期的一些功能。 SHIELD利用NFV对IT基础架构进行自适应监视,并将数据提供给分析引擎以实时检测攻击。然后激活一个智能反应系统以重新配置SDN / NFV基础结构,从而阻止了攻击。借助受信任的计算技术,SDN / NFV基础结构本身可以免受攻击,从而可以快速识别行为异常的节点。拟议的演示将展示对DDoS攻击的检测和响应(通过动态部署新的虚拟网络安全功能和/或更改网络路径),以及检测针对虚拟网络功能的软件攻击(在Docker中执行)容器)以及未经授权的SDN交换表和NFV配置修改。

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