Eliminate silos. Empower patients. NexiFuse is the secure, decentralized infrastructure layer for the next generation of healthcare applications.
In Collaboration With
Our architecture fundamentally redesigns how health data is stored, accessed, and shared.
NexiFuse acts as a sovereign data layer. Whether you use Epic, Cerner, or legacy systems, our protocol wraps existing records in a secure cryptographic envelope, enabling verifiable sharing without centralized storage.
Data is encrypted at rest using advanced industry standards. Access permissions are verified on-chain via Zero-Knowledge Proofs, ensuring no raw data is ever exposed to the network.
Patients hold their own private keys. They grant and revoke access to providers instantly via the blockchain, creating a complete audit trail of consent.
Maintain complete data sovereignty. Our Hub nodes run within your infrastructure, handling encryption and key management locally. Only verifiable proofs and access grants are broadcast to the network.
Scalable infrastructure for hospitals, research centers, and government health agencies.
High-performance compute node that processes sensitive data within your firewall. Enables privacy-preserving analytics without data ever leaving your premise.
Secure enclave architecture for high-sensitivity data storage. Ensures cryptographic isolation between patient records within the same institution.
Secure gateway software that integrates with your EMR. It manages local encryption keys and interfaces with the ZK-Chain for access control governance.
Next-generation wearable integration for emergency response. Providing EMTs with instant, verified access to critical allergies and conditions via NFC.
We don't replace your systems; we connect them. The NexiFuse protocol sits above your existing database layer, orchestrating permissioned access across the network.
Connect NexiFuse Hub within your secure perimeter. It establishes a secure cryptographic identity for the institution.
Patients and providers are issued verifiable credentials, creating a trust layer independent of any single directory.
Data exchange occurs via encrypted channels. Decryption keys are released only after ZK-proofs verify the request.
Join the network of forward-thinking institutions securing the future of healthcare. Schedule a technical deep-dive with our engineering team.