Academic Information Storage and Verification Using Blockchain Technologies

Prabu, S.; Sumathi, M.; Rajkamal, M

doi:10.1109/icnwc57852.2023.10127235

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Cited by 3 publications

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Blockchain qualified: Verification system

Mujawar,

Makwana,

Jain

et al. 2023

2023 International Conference on Advanced Computing Technologies and Applications (ICACTA)

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Blockchain qualified: Verification system

Mujawar,

Makwana,

Jain

et al. 2023

2023 International Conference on Advanced Computing Technologies and Applications (ICACTA)

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Blockchain-based health insurance claim processing and management system

Sumathi,

Sailendra

et al. 2024

MGS

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The current healthcare insurance claim requires more procedures to be claimed from an insurance company. Healthcare insurance companies are crucial for patient financial assistance, but efficient claim processing can lead to lower the levels of care. Patients have already claimed insurance in certain locations and are attempting to claim it again in another location. This work proposes to increase claim speed, avoid fraudulent claims, and provide privacy for patient data on decentralized storage through permissioned blockchain. To ensure patient data privacy and assist insurance agents and individuals in verifying eligibility and claim status, hash values are used to store data in a block. Every claim’s information is stored in a block. If the patient attempts to claim again, the agent will validate the block and have the option to accept or reject the request. The integrity, speed, and security of patient health information can be achieved through this technique.

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Enhancing Academic Credential Verification Through Blockchain Technology Adoption in University Academic Management Systems

A. N.,

G.,

Subramanian

2024

Improving Service Quality and Customer Engagement With Marketing Intelligence

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Blockchain technology has emerged as promising solution in various sectors, including higher education. This research investigates the impact of usage of blockchain technology in student credential verification within university academic management system. This study employs a descriptive research through quantitative analysis of data collected from universities that have integrated or planning to integrate blockchain technology into their academic management systems. Key parameters examined include awareness and familiarity with blockchain, extent of blockchain usage, user experience and satisfaction, the perceived impact and benefits. The findings suggest that blockchain technology positively influences academic credential verification process, streamlining data sharing and reducing administrative burdens. As blockchain continues to transform the academic management landscape, this study offers timely guidance for stakeholders navigating the intersection of technology and education.

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Academic Information Storage and Verification Using Blockchain Technologies

Cited by 3 publications

References 9 publications

Blockchain qualified: Verification system

Blockchain qualified: Verification system

Blockchain-based health insurance claim processing and management system

Enhancing Academic Credential Verification Through Blockchain Technology Adoption in University Academic Management Systems

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