Providing Security to Land Record with the computation of Iris, Blockchain, and One Time Password

T. Shankar, P. Rakesh, T. Bhargawa Rao, L. Hari Bharadwaj, C. Rakesh, M. Lakshmi Madhuri
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引用次数: 3

Abstract

Out of many problems regarding land recording, so many fraudulent methods can be applied to obtain the records from the virtual storage system. The factors related to it might vary from time to time and place to place, but one of the common and vital ones would be the lack of security for such sensitive records. To reduce the severity of a secure storage system for these records, implementation of user authentication can assist as an additional security policy in case of land details theft. Unlike conventional methods, the land record would be encrypted with an asymmetric algorithm, where the implementation of common reformations in technology, especially in security can be referred blockchain for data safety, iris recognition and OTP for authentication can notify the record owner about any kind of illegal activities on the secured records. And in terms of encryption, the asymmetric key policy is referred to with blockchain technology to encrypt the land records.
通过虹膜、区块链、一次性密码的计算,为土地记录提供安全保障
由于土地记录存在许多问题,因此可以采用许多欺诈手段从虚拟存储系统中获取记录。与之相关的因素可能因时而因地而异,但其中一个共同和重要的因素将是这种敏感记录缺乏安全保障。为了降低这些记录的安全存储系统的严重性,在土地详细信息被盗的情况下,用户身份验证的实现可以作为额外的安全策略提供帮助。与传统方法不同的是,土地记录会以非对称算法加密,在技术上,特别是在安全方面,可以采用区块链进行数据安全改革,虹膜识别和OTP进行身份验证,可以通知记录所有者有关受保护记录上的任何非法活动。在加密方面,采用非对称密钥策略,采用区块链技术对土地记录进行加密。
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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