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Countering Burst Header Packet Flooding Attack in Optical Burst Switching Network

机译:应对光突发交换网络中的突发报头数据包泛洪攻击

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Abstract Optical burst switching (OBS) network is a promising switching technology for building the next-generation of Internet backbone infrastructure. It works by assembling UDP packets and sending a burst header packet (BHP) in order to reserve the required network resources along the path before sending the corresponding data burst. If a source node (ingress) gets compromised by an attacker and floods the network with only BHPs to reserve resources without sending actual data, a denial of service attack can occur. In this paper, we propose and develop a new security model that can be embedded into an OBS core switch architecture to prevent BHP flooding attacks. The countermeasure security model allows the OBS core switch to classify the ingress nodes based on their behavior and the amount of reserved resources that are not being utilized. A malicious node that causes BHP flooding attack will be blocked by the developed model until the risk disappears. The security model is implemented, tested and verified using a modified NCTUns network simulator. The analysis conducted reveals that our proposed model is effective in countering BHP flooding attacks as well as in providing the network resources to the legitimate nodes.
机译:摘要光突发交换(OBS)网络是一种用于构建下一代Internet骨干基础架构的有前途的交换技术。它通过组装UDP数据包并发送突发头数据包(BHP)来工作,以便在发送相应的数据突发之前沿路径保留所需的网络资源。如果源节点(入侵者)受到攻击者的攻击并仅用BHP泛洪网络以保留资源而不发送实际数据,则可能会发生拒绝服务攻击。在本文中,我们提出并开发了一种新的安全模型,该模型可以嵌入到OBS核心交换机体系结构中,以防止BHP泛洪攻击。该对策安全模型允许OBS核心交换机根据入口节点的行为和未利用的预留资源量对入口节点进行分类。所开发的模型将阻止导致BHP泛洪攻击的恶意节点,直到风险消失。使用改进的NCTUns网络模拟器可以实现,测试和验证安全模型。进行的分析表明,我们提出的模型在抵抗BHP泛洪攻击以及向合法节点提供网络资源方面是有效的。

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