分布式虚拟陷阱网络的设计与实现

目前大部分安全技术被设计用来阻止未授权的可疑行为获取资源，同时案例工具是作为一种防御措施被布置，所以它们对网络的保护有限。本文在分析国内外研究现状的基础上，针对现有网络安全工具在入侵检测以及防护等方面的不足，设计和实现了分布式虚拟陷阱系统。该系统所分布的代理由混合Honeynet和低交互的Honeypot构成，降低了Hooneypot固有的风险，增加了模拟的真实性，弥补了现有各类Homeypot的不足。系统作为一种动态安全防御机制，可以有效地提高大规模网络的錾体安全性，是传统童例机制的有力补充．

Study and Implementation of a Distributed Virtual Honeynet System

Most security technologies are designed to prevent unauthorized activities for resources.And security tools are put into place as a defensive measure.Therefore there are some shortcomings in network protection.After analyzing the research situation and the shortcomings of security tools in intrusion detection and system protection,a distributed virtual honeynet system is studied and implemented.The system is composed of a Hybrid Virtual Honeynet and a low-interaction Honeypot.Which reduces the inherent risk of Honeypot,and adds the simulation's trueness,and it makes up for the shortcomings of existing different types of honeypots.As a dynamic security defensive mechanism,it improves effectively the integral safety of large-scale networks,and is a completely supplement of traditional security mechanisms.