Support Forward Secure Smart Grid Data Deduplication and Deletion Mechanism

Hao Chen, Lin Chen, Xiaoyun Kuang, Aidong Xu, Yiwei Yang
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Abstract

With the vigorous development of the Internet and the widespread popularity of smart devices, the amount of data it generates has also increased exponentially, which has also promoted the generation and development of cloud computing and big data. Given cloud computing and big data technology, cloud storage has become a good solution for people to store and manage data at this stage. However, when cloud storage manages and regulates massive amounts of data, its security issues have become increasingly prominent. Aiming at a series of security problems caused by a malicious user's illegal operation of cloud storage and the loss of all data, this paper proposes a threshold signature scheme that is signed by a private key composed of multiple users. When this method performs key operations of cloud storage, multiple people are required to sign, which effectively prevents a small number of malicious users from violating data operations. At the same time, the threshold signature method in this paper uses a double update factor algorithm. Even if the attacker obtains the key information at this stage, he can not calculate the complete key information before and after the time period, thus having the two-way security and greatly improving the security of the data in the cloud storage.
支持前向安全智能电网重复数据删除机制
随着互联网的蓬勃发展和智能设备的广泛普及,其产生的数据量也呈指数级增长,这也推动了云计算和大数据的产生和发展。在云计算和大数据技术的推动下,云存储成为现阶段人们存储和管理数据的一个很好的解决方案。然而,当云存储管理和监管海量数据时,其安全问题日益突出。针对恶意用户非法操作云存储造成的一系列安全问题以及所有数据的丢失,本文提出了一种由多个用户组成的私钥签名的阈值签名方案。该方法在进行云存储的关键操作时,需要多人签名,有效防止了少数恶意用户违反数据操作。同时,本文的阈值签名方法采用了双更新因子算法。即使攻击者在此阶段获得了密钥信息,也无法计算出时间段前后的完整密钥信息,从而具有双向安全性,大大提高了云存储中数据的安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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