Abstract

Both in traditional social network and in mobile network environment, the worm is a serious threat, and this threat is growing all the time. Mobile smartphones generally promote the development of mobile network. The traditional antivirus technologies have become powerless when facing mobile networks. The development of benign worms, especially active benign worms and passive benign worms, has become a new network security measure. In this paper, we focused on the spread of worm in mobile environment and proposed the benign worm control and repair mechanism. The control process of mobile benign worms is divided into two stages: the first stage is rapid repair control, which uses active benign worm to deal with malicious worm in the mobile network; when the network is relatively stable, it enters the second stage of postrepair and uses passive mode to optimize the environment for the purpose of controlling the mobile network. Considering whether the existence of benign worm, we simplified the model and analyzed the four situations. Finally, we use simulation to verify the model. This control mechanism for benign worm propagation is of guiding significance to control the network security.

Highlights

  • In recent years, with the widespread of smartphone, Android, IOS, and other operating systems have occupied a certain market share in the mobile phone market

  • The current mobile smart phone and other mobile devices both have a large number of vulnerabilities, which makes mobile malicious worm outbreaks become a great potential threat

  • (2) We analyzed the traditional model of KM (KermackMckendrick) and TF according to the characteristics of mobile network, and we put forward a two-stage benign worm propagation and control mechanism, which can effectively control and remove malicious worms

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Summary

Introduction

With the widespread of smartphone, Android, IOS, and other operating systems have occupied a certain market share in the mobile phone market. The existing research has successfully designed the benign worms to fight against malicious worms [1]. For mobile intelligent terminals, the most effective way of worm infection prevention is to patch the mobile phone operating system and the corresponding mobile applications timely. Benign worms with dynamic characteristics of active defense can fundamentally remove malicious worms and repair network environment. Our motivation is to propose control mechanism for benign worm propagation on the basis of mobile environment. (2) We analyzed the traditional model of KM (KermackMckendrick) and TF (two-factor) according to the characteristics of mobile network, and we put forward a two-stage benign worm propagation and control mechanism, which can effectively control and remove malicious worms.

Related Work
Mobile Benign Worms Repair Mechanisms
Benign worms generation
Mobile Benign Worm Propagation Model
State Analysis of the Model
Simulation
Conclusion
Full Text
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