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A Proposed Lower Computational Complexity Secret Key MirroringSystem on GSM

机译:提议的基于GSM的较低计算复杂性的秘密镜像系统

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摘要

Global system for mobile communication is a wireless radio technology used mostly on network communication. It is designed to overcome the challenges of analog communication. GSM evolved from generation 1G to 4G LTE and uses protocols to protect transmissions, which have shown to be susceptible to attacks. This fact has been proven based on several attacks ranging from narrow pipe attack, guess, and determine attacks, side channel attacks, time memory tradeoff attacks and correlation attacks which have high computational complexities. The proposed system called GSM Traffic Monitoring System (GTMS) attempts to proffer a lower computational complexity attack. It uses a key retrieval and passive attack module to handle the mirroring of the secret key authentication procedure given a chosen random challenge on a SIM card through the injection of a malware. This research aims at drawing the attention of network providers- SIM configuration; an area that requires protection from attackers.
机译:用于移动通信的全球系统是一种主要用于网络通信的无线电技术。它旨在克服模拟通信的挑战。 GSM从1G代演进到4G LTE,并使用协议来保护传输,该传输已显示容易受到攻击。基于多种攻击,包括狭窄的管道攻击,猜测和确定攻击,边信道攻击,时间记忆权衡攻击和相关攻击,这些攻击具有很高的计算复杂性,已经证明了这一事实。提议的称为GSM交通监控系统(GTMS)的系统试图提供较低的计算复杂度攻击。它通过使用恶意软件注入在SIM卡上选择了随机挑战的情况下,使用密钥检索和被动攻击模块来处理秘密密钥身份验证过程的镜像。这项研究旨在吸引网络提供商的注意力-SIM配置;需要免受攻击者保护的区域。

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