Your medicalrecords.Your control.
Medical records
were never designed
for patients.
Your most sensitive personal data is controlled by institutions, fragmented across disconnected databases, and exchanged through channels that offer no verifiable security.
Fragmented Records
Medical data scattered across hospitals, clinics, and labs. Moving providers means repeating tests and reconstructing history.
No Patient Control
Patients rarely own their records. Access requires formal requests and systems designed for institutions — not people.
Insecure Exchange
Records shared via PDFs, emails, and messaging apps. Informal channels with no guarantees around integrity or privacy.
Unverifiable Consent
Consent is procedural, not enforceable. No mechanism for patients to verify who accessed their records, when, or why.
of patients cannot access their complete medical history across providers
annual cost of healthcare data inefficiency and redundant testing globally
Infrastructure for
patient-owned data.
A neutral infrastructure layer that shifts medical data ownership from institutions to patients, making consent programmable and access auditable.
Decentralized Identity
Each patient holds a DID — a self-sovereign identity that becomes the root authority for managing access to their medical records.
Encrypted Storage
Medical records are encrypted client-side before storage. The blockchain stores only metadata — hashes, pointers, and permissions.
Consent Contracts
Smart contracts enforce who can access what, for how long, and under which conditions. Permissions are time-bound and revocable.
From identity to
auditable access.
A four-step flow that transforms medical data ownership — from registration to verifiable, consent-based retrieval.
Register decentralized identity
A self-sovereign DID is created, giving the patient a cryptographic identity independent of any hospital or platform.
01/04Encrypt and store records
Records are encrypted on the client side before being stored in secure off-chain storage. Only metadata is written on-chain.
02/04Grant consent via smart contract
Access permissions are encoded as on-chain consent contracts. Scoped by purpose, limited by time, revocable instantly.
03/04Retrieve with authorization
Authorized providers decrypt and access records. Every access event is recorded on-chain as a tamper-proof audit trail.
04/04Beyond records.
An ecosystem.
Patient-owned infrastructure enables entirely new categories of healthcare applications built on verifiable consent and interoperable data.
Cross-Hospital Interoperability
Records follow the patient across any provider. No more reconstructing medical history when switching hospitals or traveling.
Powered by Solmed consent infrastructureTelemedicine Integration
Remote providers request and receive authorized access to patient records in real-time, enabling faster consultations.
Insurance Verification
Insurers verify medical claims against encrypted records with patient consent, reducing fraud while maintaining privacy.
Clinical Research
Researchers access anonymized data with explicit consent — enabling studies without compromising individual privacy.
A neutral layer for
ownership and access.
Hospitals keep their EMR systems. Solmed provides the infrastructure for data ownership, consent, and auditability across all of them.