Platform Overview

Foundational Death Verification Infrastructure

Evident operates a two-sided marketplace where supply-side health organizations and demand-side institutional buyers connect through a single authoritative verification layer.

Supply Side

Signal Sources

Health systems and government agencies pay for compliance infrastructure — structured mortality reporting, audit trails, and regulatory-grade record attestation.

Medical Examiners & Coroners
Case records, cause-of-death certification
Hospital Systems
EHR discharge records, clinical death events
Organ Procurement Organizations
Donor case records, premortem observations
Hospice Providers
End-of-life care records, anticipated mortality
State Electronic Death Registration
Official vital records, death certificate filings
Department of State CRODA
Consular death records for overseas nationals
VA / VistA
Veterans health system mortality records

Demand Side

Institutional Consumers

Institutional buyers pay per API verification call — accessing real-time, multi-source mortality decisions without building or maintaining any data infrastructure.

Pharmaceutical CROs
Clinical trial participant mortality, dataset lock gates
Pension Funds
Beneficiary death verification, benefit suspension
Life Insurers
Death claim authentication, benefit disbursement
Federal Agencies
Program integrity, eligibility verification
Organ Procurement Organizations
Donor evaluation authorization, compliance documentation
Financial Institutions
Estate account management, beneficiary notification

Confidence Scoring

Multi-Source Signal Validation

Multiple independent signals are ingested, validated, and scored. Higher confidence reflects more corroborating sources and faster signal convergence across the mortality event timeline.

Every verification request is processed against a corpus of supply-side signals. The platform applies institutional-grade validation logic before returning a confidence score and verified/unverified decision to the calling system.

Cryptographically Immutable Ledger

Every verification event is written to a hash-chained ledger. Each record cryptographically references its predecessor — any attempt to alter historical records is immediately detectable.

Record N-2
a3f8c2e1...b056
Record N-1
b7d4e9f2...e9f2
Record N
c2a1f8e3...c4a1
Record N+1
d5e7b2a9...d5e7