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Digital Health Passes (DHP), systems of digitally validating quarantine andvaccination status such as the New York IBM Excelsior Pass, demonstrate alawful means to approach some benefits offered by "true elimination" treatmentstrategies-which focus on the complete elimination of cases instead ofinvesting more in controlling the progression of the disease-of COVID-19.Current implementations of DHPs require region-based control and centralstorage of Protected Health Information (PHI)-creating a challenge towidespread use across different jurisdictions with incompatible data managementsystems and a lack of standardized patient privacy controls. In this work, amechanism for decentralized PHI storage and validation is proposed through anovel two-stage handshaking mechanism update to blockchain proof-of-stakeconsensus. The proposed mechanism, when used to support a DHP, allowsindividuals to validate their quarantine and testing universally with anyjurisdiction while allowing their right of independent movement and theprotection of their PHI. Implementational details on the protocol are given,and the protocol is shown to withstand a 1% disturbance attack at only 923participants via a Monte-Carlo simulation: further validating its stability.

Encrypted, Anonymized System for Protected Health Information Verification Built via Proof of Stake