ProvidEHR
Trust by design

Designed for trust, auditability, and clinical governance.

Designed with healthcare privacy and governance requirements in mind, so clinical teams stay in control of every read, write, and disclosure.

Post-quantum safe storage

Post-quantum safe for newly written, long-lived PII and PHI.

Health and identity records can remain sensitive for decades. A copy captured today must not become readable simply because a future quantum computer can break the public-key protection widely used today.

With ProvidEHR's hybrid clinical envelope enabled, every newly written clinical envelope is sealed locally with a NIST-standardized post-quantum layer before managed encryption. Reading it requires both encryption layers and the exact clinical record context. Breaking a classical key-establishment path alone is not enough to reveal the patient data.

Scope, stated plainly: this protection applies to newly written hybrid clinical envelopes when the complete configuration is active. It does not retroactively protect older ciphertext or mean that every external integration and transport has completed its post-quantum migration. Hardware-backed key custody, independent review, certification, and production deployment evidence remain separate claims.
Public evidence comparison · reviewed 9 August 2026

How public post-quantum readiness evidence compares

We searched official product, security, documentation, and corporate pages for “post-quantum,” “quantum-safe,” “quantum-resistant,” ML-KEM, and PQ migration evidence. NIST says organizations should begin moving to its finalized standards now. A missing public statement is not proof that a vendor has no private program or customer-specific capability—it means we found no product-specific evidence that customers can evaluate. See theNIST post-quantum guidanceused as the common baseline.

ProvidEHR

Implemented, narrowly scoped

Newly written clinical envelopes use the configured hybrid post-quantum layer. Historical ciphertext and every transport or integration are not covered by that claim.

Implementation evidenceTechnical boundary

Epic

No public EHR-specific PQ evidence found

Epic's public FHIR guidance calls for industry-standard encryption and maintained cryptographic packages. The official material reviewed did not identify a post-quantum algorithm, migration plan, or deployed PQ protection for Epic EHR data.

Epic on FHIR security guidance

MEDITECH Expanse

No public EHR-specific PQ evidence found

MEDITECH publicly describes strong security protocols and keeping encryption protocols current. The official material reviewed did not identify a post-quantum algorithm, migration plan, or deployed PQ protection for Expanse data.

MEDITECH Expanse securityMEDITECH encryption statement

Role-based and context-aware access

Audit trail for clinical reads and writes

Human approval for high-risk AI actions

No silent chart changes by agents

Version-aware clinical records

Consent-aware external disclosure workflows

Separation of clinical source of truth from AI-generated drafts

Designed to keep PHI out of unnecessary client storage

Who it's for

Built for ambitious healthcare teams.

Whether you're shipping a new clinical product or modernizing an existing service, ProvidEHR aims to grow with you.

Digital health startups

Building modern clinical products on a structured foundation.

Clinics & practices

Teams that want a clean patient workspace without legacy weight.

Research-oriented teams

Groups that need structured, reusable clinical data.

AI healthcare teams

Builders who need safe, governed access to clinical context.

Hospitals exploring openEHR

Organizations evaluating openEHR-compatible infrastructure.

Care coordination networks

Multi-team workflows for referrals and handovers.

Roadmap

From staging workspace to full clinical platform.

A focused path from clinical basics to a complete openEHR-native, agent-ready clinical platform.

Now
  • openEHR-backed EHR containers, templates, compositions, timeline, history, and AQL slice
  • Patient demographics, registry search, FHIR Patient read/search, and patient-twin demographics
  • Problem, allergy, medication, diagnostic result, service request, encounter, and note APIs
  • FHIR R4 read projections for Patient, vitals, core clinical lists, workflow, and documentation
  • HL7 IPS $summary (R4/R5), FHIR Measure/MeasureReport, SWEDEHEART feed, OMOP export, and a 1177 bridge
  • SNOMED CT / OMOP terminology translation with a data-driven crosswalk, plus publishable PlanDefinitions and Questionnaires
  • Rounds, CarePlan, patient sync, patient-reported activity events, and source-cited MCP reads
  • REST access policy discovery, enforce mode, break-glass audit, and bounded audit filtering
Next
  • Clinician chart UI with efficient longitudinal review and documentation workflows
  • Consent directives, policy adjudication, and external IAM / SMART App Launch integration
  • MPI registration workflows including identity proofing, duplicate review, and merge/unmerge
  • Template-driven clinical forms, note templates, e-signature, cosign, and amendment flows
  • Stored clinical queries, richer semantic summaries, and governed AI draft generation
  • Audit, governance, tenant administration, and compliance operations dashboards
Future
  • Order signing, order routing, external lab/imaging interfaces, and result inbox workflows
  • eRx, medication administration, reconciliation, allergy interaction checking, and dispensing links
  • Scheduling, referrals, discharge, messaging, patient portal, billing, and population health
  • HL7 v2, C-CDA, X12, Bulk FHIR, TEFCA/HIE, FHIRcast, and external EHR connectors
  • Governed MCP write approvals, A2A agent collaboration, and FHIR write-back workflows
  • Certification readiness, disaster recovery, observability, advanced analytics, and enterprise operations