Designing an Ethereum-based Blockchain for Tuition Payment System
using Smart Contract Service

Designing an Ethereum-based Blockchain for Tuition Payment System
using Smart Contract Service

Blockchain, Ethereum, Smart Contract, Payment Gateway

The security and disclosure of information in online transaction data remains a sensitive subject until this day. Whenever a
collection of data from a transaction process is accessible over the internet system, certain parties may misuse any one of these
data. Blockchain technology, which includes the use of smart contracts, is thought to be capable of overcoming this problem
due to the blockchain's decentralized and distributed nature. Blockchain allows transaction data to be accessed openly and
transparently while still being securely protected by hashing encryption owned by smart contracts. This enables users to have
detailed access privileges to each transaction's data. The development of smart contracts will be carried out in the production
of microservices payment gateways based on decentralized apps (DApps) on the Ethereum blockchain in this research, with
the payment gateway generated being used in the tuition payment process. The Truffle framework and the Metamask wallet
will be used to assist the Ethereum payment process during the DApps development process. The results of testing the
functionality of each smart contract feature reveal that the payment system can be utilized effectively and that there are no
issues that cause transaction failures

Moch Sholeh1
, Esther Yolanda Talahaturuson2
, Maulana Rizqi3
, Agustinus Bimo Gumelar4

Fakultas Ilmu Komputer, Universitas Narotama, Surabaya

29-04-2022

Fajar bagus W

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Indonesia

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