Oracle Health and digital identity network ID.me announced a strategic enterprise partnership at the Oracle Health and Life Sciences Summit in Orlando, Florida, natively embedding ID.me’s high-assurance verification infrastructure into Oracle Health’s clinical and operational software portfolio.
The collaboration addresses two critical healthcare access bottlenecks: eliminating repetitive paper intake workflows for patients at the digital front door and automating identity proofing for clinicians authorized to execute Electronic Prescriptions for Controlled Substances (EPCS).
The EPCS credentialing integration is available immediately for Oracle Health enterprise customers, with patient identity and intake features rolling out across commercial health system environments.
The integration deploys ID.me’s portable, credentialed identity network across two core healthcare operational workflows:
Patient Registration and Data-Sharing Consent: Enables patients to verify their identity digitally before or during arrival, utilizing a reusable digital identity wallet. Patients can select which medical records to share, cutting redundant paper intake packets, mitigating front-desk registration backlogs, and preventing medical record overlays and demographic duplication in the EHR.
Provider Identity Proofing for EPCS: Streamlines identity verification and DEA-mandated credential checks for prescribers authorizing controlled substances. Oracle Health taps into ID.me’s established network of nearly 5 million verified medical professionals, including more than 100,000 clinicians who already use ID.me for EPCS credentialing. The system is available immediately for Oracle Health clients to accelerate prescriber onboarding while meeting federal security and compliance baselines.
The collaboration reflects a broader architectural reality across modern healthcare data exchange: interoperability cannot scale without verified digital identity.
As nationwide networks under the Trusted Exchange Framework and Common Agreement (TEFCA) and CMS-mandated FHIR APIs expand, the risk of misattributed patient records or unauthorized provider credentialing grows exponentially.
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