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Cooperative Defensive Architecture for Security Management over Mutually Trusted Networks
mutually trusted networks
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As threats to network security from unauthorized access increases with the exponential growth of the Internet, an effective defensive technology is urgently demanded. Common defensive technologies which include firewalls, intrusion detections, vulnerability assessments, service guards, and honeypots are implemented independently without cooperation among various network environments. For a network administrator, how to integrate available defensive technologies into the network management system has become an emergent task, especially for security management. In this dissertation, a cooperative defensive architecture of the federative network environment is proposed. The architecture takes a three-layered approach, including an agent layer, a server layer, and a manager layer. The network environment consists of several administrative domains, in which each domain is operationally independent and mutually trusted. Integration of both intra-domain and inter-domain defensive mechanisms is presented. While local security is accomplished by intra-domain integration, the global security of the federative network is provided by exchanging the shared information among mutually trusted domains. Data format, along with the transmission mechanism, is also explicitly specified for the communication of shared information. Moreover, three application scenarios are given to demonstrate the feasibility of system functionality, and a simulation experiment is established to evaluate the system performance. Finally, two application cases are implemented by extending the security function in the cooperative defensive architecture. The first case demonstrates that cooperative intrusion prevention system can improve the performance and accuracy of traditional approach. In the second case, a honeypot system, called Honeyanole, is proposed to prevent deception deployment from hunting and to enhance the system defense. All together, an early warning system can be made and the system defense can be enhanced consequently.
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