实现了一种基于无线网络的现代蜜罐安全系统

Hibatul Wafi, Andrew Fiade, Nashrul Hakiem, Rizal Broer Bahaweres
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引用次数: 22

摘要

当今的互联网技术并非没有问题。不幸的是,它被那些无权窃取重要数据的人所利用。印度尼西亚共和国通信与信息技术部的国家信息通信技术培训与研究中心(PUSTIKNAS)是经常遭受外界实验入侵的政府机构之一。一种解决方案是实现一个蜜罐系统,该系统可用于提高Internet网络的安全性,并可以检测入侵企图或攻击。为了简化蜜罐的部署和管理,提高蜜罐的安全性,提出了一种基于现代蜂蜜网络(Modern Honey Network, MHN)的蜜罐系统。本研究中使用的蜜罐是Kippo, Glastopf, Dionaea蜜罐。通过以侵入式攻击的形式对蜜罐系统进行测试,可以得出结论,蜜罐系统通过打开服务器上的端口来智胜攻击者,该端口将端口变成骗局并被清除。此外,还记录了可疑活动并发现了攻击。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of a modern security systems honeypot Honey Network on wireless networks
Today's Internet technology is not free from problems. Unfortunately, it is used by people who have no right to steal important data. The National ICT Training and Research Center (PUSTIKNAS) Ministry of Communication and Information Technology the Republic of Indonesia is one of the government agencies that often suffer experimental intrusion by outsiders. One solution is to implement a honeypot system that can be used to improve the security of the Internet network and can detect intrusion attempts or attacks. A honeypot system with a Modern Honey Network (MHN) has been developed to make deployment and management easier and to make the honeypot more secure. The honeypots used in this study are the Kippo, Glastopf, Dionaea honeypots. With testing of the honeypot system in the form of an intrusive attack, it can be concluded that the honeypot system managed to outwit the attacker by opening ports on a server that turned the port into a hoax and was cleared. In addition, the suspicious activity was recorded and the attacks detected.
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