Intake · Triage · Documentation

Less admin,
more care.

A clinical workflow system that runs intake, triage and documentation in the background of the visit — returning ~2 hours a day per clinician to patient care.

See how it works
~40s
Clinician time per visit
0
Typing during the visit
~2 h/d
Admin returned per clinician
100%
Records filed to your EHR

§ The Core

How it works,
in three moments.

01
Setup
~30s

Start the consultation

The clinician opens VitalGen and begins a new session in a couple of clicks. Chooses which data to capture — no workflow change.

new sessionVitalsHistory of present illnessMedicationsReview of systemsAssessment & planStart session
02
During visit
Live

Capture in real time

The VitalGen device follows the conversation, organising what's said and extracting the clinical context as it happens.

LIVE · 04:12EXTRACTEDCHIEF COMPLAINTchest pain · 2dBP128/82HR74 bpmMEDICATIONlisinopril 10mgALLERGYpenicillinPMHhtnPLANECG, troponin, monitor
03
After visit
~10s

Structured record, auto-filed

At the end of the visit, forms are filled and the record is sent to your system in the exact structure you require.

consult_2026-04-23.jsonPATIENTID · 847-293CHIEF COMPLAINTchest pain, 2dVITALSBP 128/82 · HR 74ASSESSMENTrule out ACSPLANECG · troponin · obsYOUR EHR

The difference

Where the documentation hour goes.

Without VitalGen
Typical clinic day · 28 patients
2h 10m
of admin after hours
Patient conversation15 min / visit
Typing notes during visit6 min / visit
Finishing notes after clinic45 min / day
Filing to EHR / reconciling35 min / day
Follow-up forms25 min / day
With VitalGen
Same day · same 28 patients
0h 18m
of admin after hours
Patient conversation17 min / visit
Start / confirm session30 sec / visit
Review auto-filled record1 min / visit
Filing to EHR— automatic
Follow-up forms— automatic

Illustrative. Based on pilot clinic workflows · April 2026

§ Architecture

Everything stays
inside the clinic.

Clinic perimeter · on-premises
Patient data — never leaves this box
01 · Cabinets
Cabinet 1 · Dr. Alvarez
VitalGen node · c-01
· live
Cabinet 2 · Dr. Okafor
VitalGen node · c-02
· live
Cabinet 3 · Dr. Lin
VitalGen node · c-03
Cabinet 4 · Dr. Schmidt
VitalGen node · c-04
Encrypted LAN
mTLS · no internet
02 · Central server
VitalGen Core
1U · on-prem · yours
healthy
Speech-to-text
local model
Clinical LLM
local inference
Structuring engine
HL7 FHIR
Session storage
encrypted at rest
Outbound · structured record only
→ Your EHR / HL7 FHIR
On-prem by default
Every workload — transcription, reasoning, storage — runs on hardware you own. No cloud dependency.
Air-gap capable
The system works without internet. Only the outbound EHR channel leaves the clinic, and only on your terms.
Encrypted everywhere
TLS between devices and server, AES-256 at rest, hardware-backed keys on the Core unit.
Fully auditable
Every access, every model call, every record written is logged with a tamper-evident audit trail.

§ Compliance & trust

Built to pass
the audit.

Clinic-grade software needs clinic-grade paperwork. VitalGen ships with the frameworks your compliance officer already knows, plus the architecture to back them up.

HIPAA
Compliant
Protected health information

Administrative, physical and technical safeguards for PHI — including access control, audit trails, and Business Associate terms.

GDPR
Compliant
EU patient data

Lawful basis, data-subject rights, data-minimisation and a default EU-only footprint — on-prem makes this trivially enforceable.

ISO 27001
Certified
Information security

Our development, build and support processes are certified against the full ISO 27001:2022 controls. Renewed annually.

HL7 FHIR
Conformant
EHR interoperability

Every outgoing record maps cleanly to FHIR R4 resources — plug into your EHR without a translation layer.

The guarantees behind the logos

Certification is a floor, not a ceiling. Here's what the architecture actually gives you.

Data residency — physical
On-prem

Patient conversations and notes live on a server in your clinic. There is no cloud bucket to breach because there is no cloud.

Encryption, end to end
AES-256 · mTLS

mTLS between recording devices and Core; AES-256 at rest; hardware-backed keys. Rotating without downtime.

Fine-grained access control
RBAC · SSO

Per-clinician identity, role-based permissions on records, SSO via SAML/OIDC against your existing directory.

Tamper-evident audit trail
Append-only

Every access and every model inference is logged with hash-chaining. Exportable for internal or regulator review.

Breach surface minimised
Zero 3rd-party PHI

No third-party transcription API, no LLM vendor in the loop. Fewer parties, fewer DPAs, fewer places a leak can start.

Data lifecycle you control
Your policy

Retention policies per record type, patient-request deletions, and an air-gap mode for sensitive specialties.

Need the full documentation?

DPA, pen-test reports, SBOM, data-flow diagrams — available under NDA for evaluating clinics.

§ Implementation

From first call
to first patient.

Tell us your needs
Step 01 / 04
~45 min

§ FAQ

Answers for
the compliance officer.

The questions clinic owners, IT leads and reviewers ask us most. If yours isn't here, we're one email away.

All questions · 12 questionsTap to expand

Start Reducing Your
Costs Today

Contact Us so we can review your case and pick the most optimal setup for you so you can start reducing costs from day one.