SDNKeeper:面向sdn云的轻量级资源保护和管理系统

Xue Leng, Kaiyu Hou, Yan Chen, Kai Bu, Libin Song
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引用次数: 3

摘要

基于sdn的云具有更灵活的网络管理的优点,但是基于sdn的云中网络访问的安全性和网络配置的正确性还没有得到有效的解决。本文提出了一种基于sdn的云环境下通用的细粒度策略实施系统SDNKeeper,该系统能够防御未经授权的攻击,避免网络资源配置错误。通过使用SDNKeeper,管理员可以创建许多灵活的网络管理策略,从而为管理员控制网络资源提供了自由裁量的空间。SDNKeeper可以拒绝位于应用平面和控制平面之间的北向接口(NBI)上的任何非法网络访问请求。此外,与其他传统的基于策略的访问控制系统相比,SDNKeeper具有完全应用透明和轻量级的特点,易于实现、部署和运行时配置。基于原型实现和评估,我们得出结论,SDNKeeper可以精确地执行访问控制,计算开销可以忽略不计,而吞吐量下降仍在可接受的范围内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SDNKeeper: Lightweight Resource Protection and Management System for SDN-Based Cloud
SDN-based cloud has the merit of allowing more flexibility in network management, however, the security of network accessing and the correctness of network configuration in SDN-based cloud have not been effectively addressed yet. In this paper, SDNKeeper, a generic and fine-grained policy enforcement system in SDN-based cloud is proposed, which can defend against unauthorized attacks and avoid network resource misconfiguration. With the usage of SDNKeeper, numerous flexible network management policies can be created by administrators, which give administrators the discretionary room on controlling the network resources. To be specific, SDNKeeper can reject any unauthorized network access request at Northbound Interface (NBI), which located between application plane and control plane. Moreover, compared with other traditional policy-based access control systems, SDNKeeper is totally application-transparent and lightweight, which is easy to implement, deploy and runtime configure. Based on the prototype implementation and evaluation, we conclude that SDNKeeper can perform access control accurately with negligible computation overhead whilst the throughput degradation is still within the acceptable range.
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