The Design And Partially Implement Of Integrated DDoS Attack Platform Based On IPv6

More and more people, all over the world, are attaching importance to IPv6 network. The basic frame of IPv6 protocol has been maturated and applied in the practice widely. Distributed denial of service(DDoS) attacks have become one of the common and effective attack methods against network security today. But the aim of denial of service attack is various. Distributed denial of service attacking on some unjustic websites can purify the network environment and then is beneficial to national security and social stability in some specific conditions.Nowdays,IPv6 is obtaining great development and wide application continually. Constructing integrated DDoS attack platform based on IPv6 has important significance to reserve effective methods for the paralyzed important targets induced by them.DDoS attacking has been already riper technically based on IPv4 .But most current DDoS tools can't control the corpse hosts efficiently. Attack methods can't be updated in time also.So the integrated DDoS attack platform that this paper put forward puts emphasis on solving these two problems efficiently by creating the distributed dynamic network model based on P2P using tree structure based on IPv6.This platform includes six models:general center model(GC), control agent model(CA), task plug-in model(TP), knowledge base agent model(KA), knowledge base management based on Web model(KM), security configuration model(SC).Using Plug-in to implement the scan and attack missions. This paper has completed network extension plug-in and attacking plug-ins,then distributed denial of service attackings were observed using these plug-ins.In this paper,we detailed introduce the network topology,the system structure and the design of modules. This paper consists of seven chapters. The first chapter is the preface on background of this paper;the second is the technology background of this paper;the third is the network model and solving scheme of the project;the forth describs each module in detail ;the fifth is the communication mechanism for the system;the sixth is the summaries on the technology;the last is the conclusion and prospect.