Time Until Proof of Credentials Significantly Decreases With the Use of Blockchain Technology and the Document...

Area of Science:

• Medical Education Technology
• Blockchain Applications in Healthcare
• Digital Credentialing

Background:

• Physician credentialing and verification in medical education are often time-consuming and administratively burdensome.
• Existing credentialing processes present challenges for the modern healthcare workforce.
• Blockchain technology offers a potential solution for authenticating records efficiently.

Purpose of the Study:

• To investigate if blockchain technology reduces the time required for verifying physician credentials.
• To compare the efficiency of a traditional credentialing system with a blockchain-based (NFT) system.
• To assess the impact of blockchain on administrative burden in medical credentialing.

Main Methods:

• 23 medical students received anonymized credentials certificates upon course completion.
• A traditional system (CS) recorded verification times.
• Certificates were minted as blockchain-based non-fungible tokens (NFTs) for verification in a digital management system.

Main Results:

• The NFT/blockchain system reduced mean verification time from 30.89 hours to 14 seconds (p<0.01).
• Significant reduction in the standard deviation of verification times was observed with the NFT/blockchain system (p<0.01).
• Data were normally distributed, and Welch's t-test confirmed significant differences.

Conclusions:

• The NFT/blockchain system substantially decreases the mean time for credential verification.
• This technology significantly reduces the variance in credentialing completion times.
• Blockchain and NFTs hold potential to lower administrative burdens and time costs in physician credentialing.