使用区块链技术的快速银行业务

Varsha Naik, Riya Pejawar, R. Singh, Anagha Aher, Sneha Kanchan
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引用次数: 4

摘要

区块链有一个有趣的比特币支持,比特币是一种数字加密货币,在全球范围内拥有越来越多的用户。但是,区块链本身不仅仅是比特币,它是新一代的安全系统,将过程封装在一系列块中,以提供一种安全的记录交易的方式,它在签署人之间流通,或者任何目标群体都是该过程的参与者。它之所以吸引人,是因为它不需要任何中央机构就能实现这一点。当前的银行架构在很大程度上是集中式的,因此很容易受到加载违约和欺诈的影响,比如PNB骗局、Videocon案、翠鸟骗局等等。世界各地的银行都采用了区块链技术,监管和避免此类骗局是当务之急。因此,我们正在使用区块链技术来分散银行的工作,并完全消除专制拦截。我们提出的模型包括使用IFSC(印度金融系统代码)封装在NEFT(国家电子资金转移)过程中的区块链,并结合RBI为安全和分散的资金转移制定的协议。我们的块将由在java微服务中计算的进程组成。账本将使用共识算法在内部相互连接。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Expeditious banking using Blockchain Technology
Block chain has an interesting support of bit coin, the digital crypto currency with an ever increasing sphere of users worldwide. But, block chain in itself is much more than just bit coin, it is the new generation security system encapsulating processes in series of blocks to provide a secure way of recording transactions and it is circulated among signatories, or any target group being the participants in the process. It draws its appeal out of the fact that it achieves this without the need of any central authority. Current banking architecture is largely centralized and therefore vulnerable to load defaults and frauds like the PNB scam, Videocon case, Kingfisher scam and many more. Banking all over the world has adopted block chain technologies and it is the need of the hour for regulation and avoidance of such scams. Thus, we are using block chain technology for the decentralized working of banks and the complete removal of authoritarian interception. The model which we are proposing includes block chain encapsulated in the process of NEFT (National Electronic Fund Transfer) using IFSC (Indian Financial System Code) incorporating the protocols set down by RBI for secure and decentralized fund transfer. Our blocks will consist of the process computed in java micro services. The ledger will be interconnected within themselves using consensus algorithms.
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