A Mobile Communication Honeypot Observing System

Yubo Song, Xiaoyun Zhu, Yelin Hong, Haoyue Zhang, Hangbo Tan
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引用次数: 14

Abstract

We innovatively propose a honeypot monitoring system for mobile communication to decrease the possibility of smart phones being attacked by viruses. The system applies the idea of active honeypot theory and combines with communication protection. We initially clarify the high safety protection performance of our honeypot monitoring system in the following steps: we simulates the wireless access environment and then capture the mobile phones; after that, our system can search for potential attacks, as well as analyze and monitor their communication behaviors. We discuss the feasibility and efficiency of our system by testing an Android smart phone which carries a malware that can embezzle the phone's address book. After initially triggering the malware, we use our honeypot system to show the monitoring result. Our honeypot monitoring system for mobile communication, which is mainly applied in radio link safety protection, can effectively find potential hazards and optimize protective environment. Our system will play an important role in various aspects such as commercial activities promotion and personal information protection.
移动通信蜜罐观测系统
我们创新提出了一种移动通信蜜罐监控系统,以减少智能手机被病毒攻击的可能性。该系统采用主动蜜罐理论思想,并结合通信保护。我们通过以下步骤初步阐明了我们的蜜罐监控系统的高安全防护性能:我们模拟无线接入环境,然后捕捉手机;之后,我们的系统可以搜索潜在的攻击,并分析和监控他们的通信行为。通过对Android智能手机进行测试,探讨了该系统的可行性和效率。在初始触发恶意软件后,我们使用我们的蜜罐系统来显示监控结果。我们的移动通信蜜罐监测系统,主要应用于无线电链路安全防护,可以有效发现潜在危险,优化防护环境。我们的制度将在促进商业活动、保护个人信息等各个方面发挥重要作用。
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