AEVRUS is being built to bring your doctor’s visits, labs, imaging and prescriptions into one record, each fact traced to its source and shared with clinicians only with your grant. Clinician reads made through the AEVRUS portal are recorded in an access log you can view.
You’re unconscious. You’re 800 miles from home. The physician treating you has never seen you before. She doesn’t know the cardiologist in Nashville changed your blood thinner last month.
Your records are in four different systems across three states, and none of them talk to each other. This is American healthcare in 2026. It has killed people. It is killing people right now.
Upload a document, such as a lab report or a referral. AEVRUS reads it, maps what it finds to medical coding standards, keeps every value traced to its source, and stores the document encrypted in your vault.
PDFs, imaging discs, handwritten notes, lab CSVs, photos of a paper chart. Our cognitive ingest reads all of it and extracts the clinical data.
Read more →Every value must name the document it came from, or it is not written to your record. When a document cannot be read, AEVRUS says so rather than guessing.
Read more →Lab results, medications, conditions and the documents you upload, each traced to its source. Allergies, immunizations, procedures and visit records are not stored yet.
Read more →Documents you upload are stored with AES-256-GCM, each under its own key. When you withdraw a person’s access, the key they needed is destroyed.
Read more →Through AEVRUS, a clinician sees your record only after you grant access, and you can withdraw it. AEVRUS itself holds keys that can decrypt what it stores.
Read more →Drug-interaction flags, trend tracking, insight surfaces — grounded in VERUM-verified population data, never in a black box.
Read more →From your first document to your complete medical history, the process is the same: cognitive ingest, source verification, encryption.
Lab report, imaging, handwritten referral, prescription, discharge summary — any format, any source.
AEVRUS reads your document like a clinician reads it — understanding context, extracting meaning, mapping to standards.
Read more →Every value must name the document it came from, or it is not written to your record.
Read more →Documents you upload are encrypted with AES-256-GCM, each under its own key. Clinician reads made through the AEVRUS portal are recorded in an access log you can view.
Read more →Records from every institution become one, each fact traced to its source. Where your providers disagree, you see both.
Read more →An illustration of the patient portal in development, shown with sample data. You grant a provider access, and you can withdraw it.
A demonstration of clinical views built from a record, shown with synthetic patients only.
No signup. Two synthetic patients ingested as full FHIR R4 bundles. Each demo session expires automatically in 30 minutes. No real PHI.
Synthetic data generated with Synthea.
Two principles sit at the center of AEVRUS: no clinician reads your record through AEVRUS without your grant, and those reads are recorded in an access log you can view. AEVRUS holds keys that can decrypt what it stores, which is why that record of reads matters.
AEVRUS holds the keys that protect stored data, so the platform is able to decrypt. Clinicians read your record through AEVRUS only with your grant.
Clinician reads made through the AEVRUS portal are recorded in an access log you can view. The access log has no cryptographic protection: an administrator with direct database access could alter it, and access made directly to the database does not appear in it.
Granted access to your orthopedist for surgery? Withdraw it the day after. Access through AEVRUS ends when you say so, with no request forms or phone calls.
Change doctors, move states, switch insurance — your record persists. The Latin root aevum means lifetime. A medical record should, too.
Documents you upload are encrypted with AES-256-GCM, each under its own key. Other records are stored in the AEVRUS database without per-record encryption, and AEVRUS holds keys that can decrypt what it stores. Post-quantum encryption is not implemented.
For documents you upload, withdrawing a person’s access destroys the key they needed rather than switching a permission off. Their next attempt to read fails.
Every document you upload is encrypted with AES-256-GCM under its own key as soon as it is stored, and that key is wrapped separately for you and for each person you share with.
Clinician reads made through the AEVRUS portal are recorded in an access log you can view. The access log has no cryptographic protection: an administrator with direct database access could alter it, and access made directly to the database does not appear in it.
American healthcare wastes over $200 billion a year because its records infrastructure is fundamentally broken. The average patient sees nearly 19 providers across a lifetime, across systems that cannot communicate. Records are still faxed between institutions in 2026. Google Health spent $100 million before shutting down. Microsoft HealthVault lasted a decade without scale. Haven — Amazon, Berkshire Hathaway, and JPMorgan combined — dissolved after half a billion dollars.
Every failure shared the same assumption: that medical records should exist somewhere, under someone’s control. A better silo is still a silo.
AEVRUS starts from a different premise. A patient’s medical record is not a snapshot. It is a living document that spans decades, crosses providers, survives institutional changes, and must remain coherent through all of it. It should not be the property of the last hospital you visited. It should be yours: portable, traced to its sources, and shared with clinicians only with your grant.
AEVRUS is the foundation — the verified knowledge substrate that makes the aspirational possible. These are the systems it is designed to enable.
A sovereign clinical intelligence architecture — a theoretical physical neural network that reasons across specialized AI models, adjudicates their conflicts through the WBMM-S protocol, and makes time-critical decisions in irreversible-consequence domains. Eight layers of specialized knowing, integrated by The Arbiter.
Named for the daughter of Asclepius and goddess of health. A holographic human-form presence that maintains eye contact, reads emotional state, communicates at the patient’s level, and provides warmth where medicine meets its most vulnerable. Because medicine is human before it is technical.
The complete vision — a fully autonomous medical platform capable of delivering the full spectrum of care: diagnostics, treatment, and surgical capability to anyone, anywhere, under any circumstances. From rural clinics to deep space. The destination everything else is being built toward.
AEVRUS is in development and has been demonstrated only on synthetic test data. It does not accept real patient records, so please do not send or upload any. You can explore the synthetic demonstration above.