Blockchain-Enabled Smart Contracts for Transparency in Insurance Claim Settlements

Abstract

The complexities and inefficiencies that are ever increasing in the payment of insurance claims usually lead to delays, frauds, and disputes, and thus shows the need to allow more transparency and trust to the process. The paper presents a new blockchain-based smart contract platform that automates and simplifies insurance claim settlements through the combination of non-mutable distributed ledger technology and self-executable digital contracts. The presented approach will guarantee transparency since all events associated with claims will be recorded in the blockchain, thereby serving auditable and tamper-proof information which can be accessed by all stakeholders. Smart contracts are coded to ensure that claim conditions are met, triggered automated compensation on meeting policy criteria and the removal of human interaction in the process of decision making, so fraudulent practices and operational expenses are reduced to a minimum. Moreover, this strategy builds customer trust by providing real-time information and decentralized management. The efficiency of the system is measured in terms of transaction speed, cost effectiveness and reduction of fraud and this proves to be much better than the traditional conventional models that are centralized. In this study, the author has identified the revolutionary nature of blockchain to bring change in the insurance industry, a situation where claims can be settled through secure, transparent, and efficient methods.