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Abstract
With the changing landscape of the job market, it is very difficult to secure a job in a company. People manipulate their curriculum vitae with fake information to find a job. Multinational National Companies are investing heavily to verify the background details of the job applicants. But, the background verification process implemented by these companies is extremely costly, time-consuming, and inefficient. To resolve this problem, we present a working prototype of a solution using Design Science Research Methodology where the hash values of all the original documents of a job applicant provided by various organizations are saved on a consortium blockchain. The job applicant’s details can be verified during the hiring process by comparing the hash value of the given document with the hash value of the document present on the blockchain. This process is extremely efficient, less time-consuming, and very cheap to implement for all kinds of companies.
Recommended Citation
Marella, Venkata and Vijayan, Anoop, "Document Verification using Blockchain for Trusted CV Information" (2020). AMCIS 2020 Proceedings. 12.
https://aisel.aisnet.org/amcis2020/adv_info_systems_research/adv_info_systems_research/12
Document Verification using Blockchain for Trusted CV Information
With the changing landscape of the job market, it is very difficult to secure a job in a company. People manipulate their curriculum vitae with fake information to find a job. Multinational National Companies are investing heavily to verify the background details of the job applicants. But, the background verification process implemented by these companies is extremely costly, time-consuming, and inefficient. To resolve this problem, we present a working prototype of a solution using Design Science Research Methodology where the hash values of all the original documents of a job applicant provided by various organizations are saved on a consortium blockchain. The job applicant’s details can be verified during the hiring process by comparing the hash value of the given document with the hash value of the document present on the blockchain. This process is extremely efficient, less time-consuming, and very cheap to implement for all kinds of companies.
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