PDAS: A Digital-Signature-Based Authorization Platform for Digital Personal Data

Yu-Te Wang, Chu-Fei Wu, Shang-Pin Ma, Hsuan-Tung Chen, Shih-Ying Chang, Chun-Sheng Li
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引用次数: 3

Abstract

Smart Disclosure, a new concept proposed by the U.S. government, has been widely accepted by the advanced countries globally. Previously, our team has built a personal data exchange system based on the Green Button open-source project to assist in achieving Smart Disclosure by realizing two core requirements, DMD (Download My Data) and CMD (Connect My Data). However, several issues still need to be addressed: (1) legality of data authorization, (2) security of data authorization records, and (3) multi-user authorization. To address the above issues, this research utilizes the technology of Citizen Digital Certificate, digital signature, and blockchain to establish an authorization system for digital personal data, referred to as PDAS (Personal Data Authorization System). By using PDAS, user data can be conveniently authorized by creating safe, undeniable, and tamper-proof data authorization contracts. Data requesters can acquire authorizations from multiple users as well as obtain integrated and authorized datasets.
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基于数字签名的数字个人数据授权平台
智能信息披露是美国政府提出的一个新概念,已被全球发达国家广泛接受。此前,我们团队基于绿按钮开源项目搭建了个人数据交换系统,通过实现DMD (Download My data)和CMD (Connect My data)两个核心要求,协助实现Smart Disclosure。但是,还有几个问题需要解决:(1)数据授权的合法性;(2)数据授权记录的安全性;(3)多用户授权。针对上述问题,本研究利用公民数字证书、数字签名和区块链技术,建立数字个人数据授权系统,简称PDAS (personal data authorization system)。通过使用pda,可以通过创建安全、不可否认和防篡改的数据授权合约,方便地对用户数据进行授权。数据请求者可以获得多个用户的授权,也可以获得集成和授权的数据集。
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