Troubleshooting Payment Journey In Multilayer System Using Blockchain Technology

Ahmed Abd-Elwasaa, Eman M. Mohamed, A. Keshk
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Abstract

Blockchain technology is the most promising field in the recent decade and future in many different industries. It is based on storing data in a decentralized distributed database with an encrypted way. Permission blockchains are the most of interest to companies, organizations, and other agencies to maintain their internal processes because of their trust, high privacy and control. Nowadays we are living in digital transformation age that everything should be maintained and operated by a system to ease our daily tasks. Electronic payment systems are one of many shapes for digital transformation, and they have many challenges in sending or receiving transactions as time latency, scalability, performance, and throughput rate also there is a need to maintain any failure through the payment process till it is completed. Tracing failed transactions may take more time and effort to discover what is the root cause of failure and which component has affected it. Therefore, the proposed framework is suggested using private blockchain to overcome the time delay of tracking failures and improve performance and throughput. Our results gained from the proposed framework enables us from tracing the failed transactions with little consumed time which provides more performance and efficiency. Also, by increasing the performance of finding trouble. Keywords—Blockchain, Electronic payment, Digital transformation, Fintech
利用区块链技术解决多层系统的支付过程
区块链技术是近十年和未来许多不同行业中最有前途的领域。它基于以加密方式将数据存储在分散的分布式数据库中。许可区块链是公司、组织和其他机构最感兴趣的,因为它们具有信任、高度隐私和控制能力,可以维护其内部流程。如今我们生活在数字化转型的时代,一切都应该由一个系统来维护和操作,以简化我们的日常工作。电子支付系统是数字化转型的众多形式之一,它们在发送或接收交易方面面临许多挑战,如时间延迟、可伸缩性、性能和吞吞率,并且需要在支付过程中维护任何失败,直到它完成。跟踪失败的事务可能需要花费更多的时间和精力来发现失败的根本原因以及影响它的组件。因此,建议使用私有区块链来克服跟踪失败的时间延迟,提高性能和吞吐量。我们从提议的框架中获得的结果使我们能够以很少的时间跟踪失败的事务,从而提供更高的性能和效率。此外,通过提高查找故障的性能。关键词:区块链,电子支付,数字化转型,金融科技
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