ScanQueue
Built by BuildspaceLabs Book a demo
Live worklist · 137 studies

Read the sickest patient first, not first-in‑line

ScanQueue reads every incoming CT, MR and X-ray, flags suspected critical findings for a STAT read, and re-orders each radiologist's worklist by acuity and SLA — so an intracranial bleed never waits behind a routine chest film.

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  • CT · MR · X-ray
  • Radiologist-in-the-loop
  • SLA-aware routing
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Studies triaged live
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Critical findings flagged
STAT read now
0min
Avg report turnaround
9 min faster
0%
Top-finding AI confidence
Why order matters

A first-in-first-out queue reads the calmest patient first.

When studies are read in arrival order, an emergent intracranial bleed can sit behind a stack of routine films. ScanQueue reads every study on arrival, flags the emergent ones, and pushes them to the top — before a human has even opened the list.

  • Suspected critical findings are surfaced within seconds of arrival, not minutes into a shift.
  • Every study carries an acuity rank and a live SLA countdown, so nothing quietly breaches.
  • The radiologist stays in the loop — the AI orders the list, the physician reads and signs.

Same 6 studies, two orders

arrival vs. acuity
First-in-first-out bleed read 6th
XR
MR
XR
CT
US
CT!
ScanQueue acuity order bleed read 1st
CT!
CT
US
MR
XR
XR
From arrival to read

Ingest. Rank. Route.

ScanQueue sits between the modality and the reading room — turning a raw stream of studies into an ordered, SLA-aware worklist for every radiologist on shift.

STEP 01

Ingest & detect

Every CT, MR and X-ray is analysed on arrival. Detection models look for emergent findings — hemorrhage, pulmonary embolism, large-vessel occlusion, pneumothorax — and attach a confidence score.

STEP 02

Rank by acuity & SLA

Each study gets an acuity rank and a live SLA countdown. Critical flags jump the queue; the rest order by clinical priority and time remaining — never by arrival alone.

STEP 03

Route to the right read

Studies land on the right radiologist's list — matched to subspecialty and current load — with a draft impression and prior comparison ready before the read even starts.

Inside the product

The worklist and the study, side by side.

BuildspaceLabs built the MVP front end: a dark reading-room worklist for triage across the shift, and a per-study detail view with the AI findings and a report draft.

Priority worklist

Triage the whole shift in one glance.

Live queue depth, critical flags and turnaround KPIs sit above an acuity-ordered worklist — critical rows escalated in red, each with a suspected finding, wait time and SLA countdown.

  • Queue-depth-over-shift chart with critical arrivals marked
  • Critical / Priority / Routine flags with a live SLA countdown
  • Critical-findings live feed and modality-mix at a glance
ScanQueue priority worklist: queue-depth chart, critical-flag stat tiles, and an acuity-ordered table where intracranial hemorrhage and pulmonary embolism are escalated to the top with SLA countdowns.
Priority worklist — critical studies first, each with its SLA countdown.
Study detail

Everything the radiologist needs on one study.

An AI findings panel with the suspected finding, confidence and severity; an abstract region-of-interest overlay; a priors comparison; and a structured report draft with the recommended next action.

  • AI findings with a bounded region of interest and 98% confidence
  • Auto-registered priors comparison flagging interval change
  • Structured report draft with a recommended next action
ScanQueue study detail: an axial CT head with an AI bounding box on a suspected hemorrhage, a priors comparison, detected findings with confidence bars, and a report draft with the recommended next action.
Study detail — the finding, its region of interest, priors, and the report draft.
What's in the box

Built for the reading room, end to end.

Detection, prioritization and reporting consolidated into one radiologist surface — nothing left in a paper list or a second screen.

Priority worklist

An acuity-ordered reading queue with live queue-depth, critical-flag and turnaround KPIs above it.

Critical-finding detection

Suspected hemorrhage, PE, large-vessel occlusion and pneumothorax flagged for a STAT read with a confidence score.

SLA countdown & alerts

Every study carries a target SLA and a live countdown, so an emergent read never quietly breaches its window.

Region-of-interest overlay

A bounded region of interest marks where the model saw the finding, so review starts at the right slice.

Priors comparison

Auto-registered prior studies sit beside the current one, calling out the interval change that matters.

Structured report draft

A draft impression and recommended next action per study — the radiologist edits and signs, always in control.

Radiologist-in-the-loop

The AI orders the list. The physician reads it.

ScanQueue never signs a report or hides a study. It triages and prioritizes — surfacing what looks emergent with an honest confidence score — while every read and every sign-off stays with the radiologist.

  • Every flag carries a confidence score — surfaced as a suspicion, not a diagnosis.
  • Nothing is auto-signed; the physician reads, edits the draft, and signs.
  • The whole queue stays visible — reprioritized, never hidden.
Under the hood

Modern imaging stack, production-grade front end.

Delivered as a production-quality MVP in a ten-week engagement.

Next.js React TypeScript FastAPI · Python DICOM · HL7 FHIR PostgreSQL Orthanc PACS

See what an acuity-first worklist does to your turnaround.

We build AI-native products like ScanQueue. Tell us about your reading-room workflow and we'll show you what prioritization looks like on your modalities and SLAs.

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