Implementation of a VoIP simulation network by using stochastic process methods

L. Behan, J. Rozhon, M. Voznák
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Abstract

It is not an entirely trivial matter to ensure the security of VoIP services and analyze attacks on telecommunication solutions the possible gains of which are attracting a growing number of active attackers. In many situations, it is necessary to detect and analyze these attacks, monitor their progress and then prepare an effective defence against them. The best way how to detect attacks on VoIP infrastructure is by implementing VoIP honeypot. To attract the highest number of attackers possible, our VoIP honeypots create fake VoIP traffic among themselves. This feature is based on a Markov chains principle. In this paper, we provide a complete implementation of a SIP emulation model which ensures the exchange process of SIP signaling messages between the honeypots.
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利用随机过程方法实现一个VoIP仿真网络
确保VoIP服务的安全性并分析对电信解决方案的攻击并不是一件完全微不足道的事情,这些解决方案的可能收益正在吸引越来越多的活跃攻击者。在许多情况下,有必要检测和分析这些攻击,监控其进展,然后准备有效的防御措施。检测VoIP基础设施攻击的最佳方法是实现VoIP蜜罐。为了吸引尽可能多的攻击者,我们的VoIP蜜罐在它们之间创建虚假的VoIP流量。该特性基于马尔可夫链原理。在本文中,我们提供了一个完整的SIP仿真模型的实现,该模型保证了蜜罐之间SIP信令消息的交换过程。
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