Blockchain-Based One-Off Address System to Guarantee Transparency and Privacy for a Sustainable Donation Environment

Author:

Lee Jaekyu,Seo Aria,Kim Yeichang,Jeong JunhoORCID

Abstract

The problem of transparency in donation systems has long been a topic for discussion. However, the emphasis on transparency raises privacy concerns for donors and recipients, with some people attempting to hide donations or the receipt of money. Therefore, a donation system that guarantees transparency and privacy is required to avoid negative side effects. In this study, we developed a system that protects personal information by using a one-time account address system based on a blockchain while emphasizing transparency. The developed system could contribute to the creation of a sustainable and safe donation environment and culture.

Publisher

MDPI AG

Subject

Management, Monitoring, Policy and Law,Renewable Energy, Sustainability and the Environment,Geography, Planning and Development

Reference25 articles.

1. A Study of Private Support System Model Design for Guarantee the Privacy of Sponsors and Aid Recipients;Jeong,2017

2. User-Centric Idetity Management System Using Smart Contract;Kang,2016

3. A Study on Blockchain Data Design Considering Personal Information Protection;Hyeon;Proc. Symp. Korean Inst. Commun. Inf. Sci.,2018

4. An Exploratory Study on the Determinants for Individual Donation in Korean Society;Yang;J. Hum. Stud.,2015

5. A Study on Regular Donors’ Giving Duration: Application of Survival Analysis Method;Kang;J. Korean Soc. Welf. Adm.,2016

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