软件定义网络(SDN)体系结构中自适应入侵防御系统的设计与实现

Rifqi Fauzan Pratama, N. Suwastika, M. A. Nugroho
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引用次数: 7

摘要

入侵防御系统(IPS)是一种保护网络免受来自特定主机的恶意数据包攻击的工具。IPS可以安装在集中式逻辑架构的SDN网络上,不需要安装在很多节点上,而只需安装在控制器旁边作为逻辑网络的中心。IPS仍然有一个缺陷,那就是无论特定主机攻击的频率如何,阻止持续时间都会保持不变。出于这个原因,作者想做一个系统,不仅集成在SDN上的IPS,而且还设计了一个自适应的IPS,利用模糊逻辑,可以根据频率变量和攻击类型来决定块的长度。从已经完成的测试结果来看,配置了自适应IPS的SDN网络具有检测攻击的能力,可以根据攻击的频率和类型对攻击者主机进行持续时间的阻断。最终得到的结果是,通过在一个进程中增加0.228毫秒作为模糊算法所需的执行时间,使SDN网络更安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Implementation Adaptive Intrusion Prevention System (IPS) for Attack Prevention in Software-Defined Network (SDN) Architecture
Intrusion Prevention System (IPS) is a tool for securing networks from any malicious packet that could be sent from specific host. IPS can be installed on SDN network that has centralized logic architecture, so that IPS doesnt need to be installed on lots of nodes instead it has to be installed alongside the controller as center of logic network. IPS still has a flaw and that is the block duration would remain the same no matter how often a specific host attacks. For this reason, writer would like to make a system that not only integrates IPS on the SDN, but also designs an adaptive IPS by utilizing a fuzzy logic that can decide how long blocks are based on the frequency variable and type of attacks. From the results of tests that have been done, SDN network that has been equipped with adaptive IPS has the ability to detect attacks and can block the attacker host with the duration based on the frequency and type of attacks. The final result obtained is to make the SDN network safer by adding 0.228 milliseconds as the execute time required for the fuzzy algorithm in one process.
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