NexiFuse provides a trust layer that enables hospitals, patients, applications, and AI agents to share medical records securely with verified identity, patient consent, and immutable audit trails.
Funding
Funding not disclosed
Founders
Product
Problem
Healthcare organizations struggle to share patient records with applications, devices, and AI agents while maintaining strict privacy, consent management, and auditability. Existing integrations often require point‑to‑point connections, duplicate data stores, and lack verifiable proof of who accessed what, creating compliance risk.
Solution
NexiFuse delivers a trust infrastructure that sits atop existing EHR systems (Epic, Oracle Health, any FHIR‑compatible platform) to enforce end‑to‑end encryption, verified identity, and patient‑driven consent for every data request. The platform acts as a control plane that mediates access without ever seeing the underlying records, generating cryptographic proof and tamper‑evident audit logs for each transaction. Developers can add scoped, consent‑aware access to apps and autonomous AI agents with a few lines of SDK code, enabling rapid, compliant integration while keeping data residency within the hospital’s own environment.
Target Audience
Primary customers are hospital IT departments and security teams, as well as developers building clinical applications, wearable integrations, and AI agents that need secure, consent‑driven access to patient records.
Features
- Integrator layer that connects to Epic, Oracle Health, and any FHIR R4/SMART on FHIR system, eliminating the need for multiple point‑to‑point integrations.
- End‑to‑end encryption ensures records remain encrypted at rest and in transit; NexiFuse never decrypts patient data.
- Verifiable identity verification and patient‑controlled consent checks for every request, supporting both human users and autonomous AI agents.
- Cryptographic, tamper‑evident audit trail that records who accessed which data, under what policy, satisfying regulatory and compliance reviews.
- SDK providing scoped access controls, consent binding, and audit logging in a few lines of code for health apps and AI services.
- Data residency flexibility: records stay in the hospital’s on‑premise or private cloud environment, avoiding centralized data pools.
- HIPAA‑aligned controls and support for data residency, ensuring compliance with U.S. healthcare privacy standards.