Highly Secure Residents Life Event Management System Based on Blockchain by Hyperledger Fabric

Koussema, Ragouguelaba Agoda and Haga, Hirohide (2021) Highly Secure Residents Life Event Management System Based on Blockchain by Hyperledger Fabric. Journal of Computer and Communications, 09 (09). pp. 38-55. ISSN 2327-5219

[thumbnail of jcc_2021091613491949.pdf] Text
jcc_2021091613491949.pdf - Published Version

Download (5MB)

Abstract

This article describes the design and implementation of Residents Life Event Management System (hereinafter called as RLEMS) with high level reliability and security by blockchain technology. The data access environment provided by blockchain is highly secure and trustworthy. In Blockchain system, some data fragments are grouped into one piece called as blocks, and all blocks are connected to create a chain of blocks in database. When blocks are connected, hash value is used to connect blocks properly. Blockchain technology enables highly secure and reliable data management system under relatively poor ICT environment. For example, developing countries such as African countries do not have sufficient ICT environment. Therefore adopting blockchain technology is suitable for such countries. Based on this consideration, we have started to build RLEMS on the blockchain system. In previous work, we used the MultiChain as a blockchain platform. However, as MultiChain platform is mainly for private blockchain system, it is not suitable for government-level data management system. Therefore, we tried to use another blockchain framework. We selected Hyperledger Fabric which was developed by Linux Foundation. It enables to implement all styles of blockchain system. This article describes the design and implementation of RLEMS by using Hyperledger Fabric. Furthermore, to provide the best user experience, we also built the web application interface with Java web application framework named PrimeFace. The implementation of a prototype revealed that the Hyperledger Fabric blockchain technology is more suitable than MultiChain.

Item Type: Article
Subjects: Bengali Archive > Computer Science
Depositing User: Unnamed user with email support@bengaliarchive.com
Date Deposited: 11 May 2023 07:55
Last Modified: 06 Sep 2024 09:13
URI: http://science.archiveopenbook.com/id/eprint/1086

Actions (login required)

View Item
View Item