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Secure Lending: Blockchain and Prospect Theory-Based Decentralized Credit Scoring Model

Vikas Hassija, Gaurang Bansal, Vinay Chamola, Neeraj Kumar, Mohsen Guizani

2020IEEE Transactions on Network Science and Engineering51 citationsDOI

Abstract

Credit scoring is a rigorous statistical analysis carried out by lenders and other third parties to access an individual's creditworthiness. Lenders use credit scoring to estimate the degree of risk in lending money to an individual. However, credit score evaluation is primarily based on a transaction record, payment history, professional background, etc. sourced from different credit bureaus. So, evaluating a credit score is a laborious and tedious task involving a lot of paperwork. In this paper, we propose how blockchain can provide the solution to decentralized credit scoring evaluation and reducing the amount of dependence of paperwork. Lending money is not always objective but subjective to every lender. The decision of lending involves different levels of risk and uncertainty, depending on their perspective. This paper uses the prospect theory to model the optimal investment strategy for different risk vs. return scenarios.

Topics & Concepts

Credit scoreCredit riskDatabase transactionActuarial scienceBlockchainCredit historyPaymentCredit enhancementCredit ratingInvestment (military)Computer scienceCredit referenceBusinessFinanceComputer securityPoliticsProgramming languageLawPolitical scienceBlockchain Technology Applications and SecurityFinTech, Crowdfunding, Digital FinanceBanking stability, regulation, efficiency
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