一种秘密Sim卡交换技术以适应即将到来的技术趋势

Md. Nazmul Alam, Md. Mehedi Hassan Onik, M. Hasan
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引用次数: 1

摘要

用户标识模块(Subscriber Identity Module, SIM)负责发起呼叫和管理数据。除了一些好处之外,实体SIM卡也带来了个人数据隐私和经常旅行的障碍等问题。为了减轻上述问题,本系统设计了一个方便的基于软件(移动应用程序)的虚拟SIM卡。所建议的系统促进了数据保密以及目前由网络提供商提供的已经可用的服务。这项研究还构想了一个秘密SIM管理器(SSM),它可以有效地提供从隐藏号码或随机号码呼叫等功能。该SSM的主要利益相关者是用户端移动设备(应用主机)、中间移动网络运营商和网络运营商服务器。最后,该研究演示了一个完整的用例场景和思想分析,以评估我们提出的系统的可行性。在新冠疫情期间,在线通信增加了很多,这也导致了不必要的数据泄露。这项研究极大地减少了电话号码泄露(特别是少数民族)事件和物理模拟产生的其他问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Secret Sim Switching Technique to Adapt the Upcoming Technology Trends
A Subscriber Identity Module (SIM) is responsible for initiating calls and managing data. Besides several benefits, a physical SIM also creates issues like personal data privacy and barriers to the frequent travelers. To mitigate the aforesaid concerns, the proposed system designs a convenient software (mobile application) based virtual SIM. The proposed system facilitates data secrecy along with already available services currently provided by the network providers. This study also conceptualizes a Secret SIM Manager (SSM) that can effectively provide features like calling from a hidden or random number. Main stakeholders of this SSM are user side mobile devices (application host), intermediate mobile network operators and network operator servers. Finally, the study demonstrates a complete use-case scenario and thought analysis to evaluate the feasibility of our proposed system. Online communication has increased a lot during this Covid19 situation which leads to unwanted data breach too. This study magnificently reduces the phone number breach (especially for minorities) incidents and the other issues generated by physical SIMs.
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