A decoupled, high-performance Postgres vault that asynchronously extracts fragmented HL7, JSON, and FHIR data out of your primary production environment — enabling sub-second retrieval of immutable historical records without ever slowing down the EHR clinicians use every day.
As a chart accumulates years of history, the EHR carrying it slows down — every visit means clinicians clicking through more fragmented old data just to find what's relevant today. We call that drag System Gravity, and the extra clicking it forces is Click-Debt. AxiomFlow Archive pulls the load-bearing weight — the historical record — into a separate, purpose-built system, so the EHR your team works in every day stays fast.
A Postgres archive with row-level security. It asynchronously pulls fragmented HL7, JSON, and FHIR data out of your production environment, so retrieval never competes with the EHR's own workload.
Recursively reassembles fragmented vitals, labs, encounters, and notes into one consolidated Legal Medical Record, exportable as a portable PDF.
Cross-references the archive against live RCM data to surface encounters that never generated a matching claim — a Naked Encounter — with attention to G2211 and Modifier-25 integrity.
Because decoupled data is already structurally standardized, it gives a cutover a common format to migrate from — a straighter path off a legacy EHR.
The Vault keeps its own independent copy of the Legal Medical Record. If your primary EHR goes down or is hit by ransomware, that copy is still there and still readable.
The same structured layer that powers the Vault also drives longitudinal patient history, practice-level operational analytics, and MIPS reporting.
Row-level security on the archive itself, independent of your EHR's own access controls. AxiomFlow's applications are built to HIPAA guidelines throughout.
Live interactive demonstration of clinical data streaming
Step into the zero-latency Clinical Archive interface. Click below to launch the interactive application simulation in a new window.
We'll scope data volume, retention, and disaster-recovery needs for your environment.
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