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SDN-Based Trusted Path in a Multi-domain Network

机译:多域网络中基于SDN的可信路径

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The flexibility and dynamicty of the Cloud and SDN-based network infrastructures raise strong issues for sensitive data which can easily be transferred between different locations and then violate some constraints such as country-based regulations. This paper tackles the critical issue related to the path followed by sensitive data transferred in such virtualized environments and which have specific security & regulatory constraints (e.g., avoid some given untrusted domains). We are therefore proposing a new approach aiming to automatically configure in a multi-domain SDN network such a trusted path satisfying the required constraints. This approach relies on a Multi-Domain Trusted Path Application (MD-TPA) based on OpenFlow and deployed upon the SDN controller of each domain. This approach has been implemented within SDN controllers and experimented on a testbed composed of physical OpenFlow switches. It is then shown how such an end-to-end trusted path, compliant with the constraints, can be enforced in a multi-domain SDN network.
机译:云和基于SDN的网络基础架构的灵活性和动态性给敏感数据带来了严重问题,敏感数据很容易在不同位置之间传输,然后违反了一些限制,例如基于国家/地区的法规。本文解决了与在此类虚拟化环境中传输敏感数据所遵循的路径相关的关键问题,这些敏感数据具有特定的安全性和法规约束(例如,避免使用某些给定的不受信任的域)。因此,我们提出了一种新方法,旨在在多域SDN网络中自动配置满足所需约束的可信路径。这种方法依赖于基于OpenFlow的多域可信路径应用(MD-TPA),并部署在每个域的SDN控制器上。该方法已在SDN控制器中实现,并在由物理OpenFlow交换机组成的测试平台上进行了实验。然后显示了如何在多域SDN网络中强制执行符合约束的这种端到端可信路径。

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