Features

What SmartCVI does today.

Every screenshot below is captured from a running instance loaded with synthetic demonstration data. No real patient data appears on this site.

CMR structure and function tab showing left and right ventricular volumes with origin badges, and derived stroke volume, ejection fraction, indexed volumes and mass flagged against reference ranges.
Import & calculation

Machine values stay provisional until you accept them

DICOM Structured Reports and header tags are parsed the moment a study arrives and mapped onto form fields. Fields can be defined to calculate themselves from other values.

Native T1, post-contrast T1 and ECV bulls-eye maps with a value on every AHA segment, above the global values, blood T1 and haematocrit.
Parametric mapping

T1, T2 and ECV, segment by segment

Native and post-contrast T1 are entered per AHA segment, and ECV is derived for each of them from the two maps — or imported directly from the workstation where it is already available.

Ischemic and non-ischemic AHA bulls-eye plots with three mid-wall septal segments marked, above the late gadolinium enhancement description generated from that map.
Visual widgets

Bulls-eye plots that write their own paragraph

Wall-motion abnormalities, late gadolinium enhancement — you record your assessment quickly with intuitive bulls-eye widgets.

Coronary CT lesion assessment: a colour-coded coronary tree with a severe proximal LAD lesion, a lesion summary list, the generated coronary CTA findings text and the CAD-RADS classification row.
Coronary CT

Segment-level coronary reporting

Record stenosis grade, plaque type and adverse features for every SCCT segment directly on the coronary tree.

Draft cardiac MR report showing referral details, technical summary and a ventricular morphology and function table with left and right ventricular values, BSA-indexed columns and reference ranges.
Report

Assembled from the template, not from a clipboard

Headings, structured tables and reference-range hints come from the report template attached to that form version — one you define yourself.

Patient follow-up view: a list of available trend metrics, a line chart of aortic valve peak velocity rising across three studies, and the patient's study history.
Follow-up

Prior studies are data, not just PDFs

Because every committed measurement is structured, any value can be compared directly and easily against the patient's previous studies.

And underneath

Catalogue-driven form engine

Report forms for echo, CMR, cardiac CT and stress protocols are defined through your own versioned configuration.

Traceability by design

Finalized studies are frozen as immutable snapshots with the exact form version, values and reference ranges used.

Optional AI assistance

An AI scribe (speech → structured findings) and text refinement run locally, on your own GPU server — never in the cloud.

Research and statistics export

A query and statistics engine assembles data across many studies quickly, alongside pseudonymized CSV export and DICOM export to folders or network shares — with anonymization built in.