Brain Hemorrhage Solution

Quickly identify brain hemorrhages

Improved identification accuracy

For non-contrast CT imaging accurate recognition of cerebral haemorrhage, the scope includes spontaneous and traumatic cases, covering five clinically common subtypes of intracranial haemorrhage (IPH, IVH, SAH, SDH, EDH).

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Help clinical teams prioritize high-risk images at critical times and avoid missing critical cases with real-time recognition and notifications.

TFDA Approved

FDA Cleared

Every Minute Counts

Hemorrhage expansion and midline shift can rapidly deteriorate neurological status. Time from scan to intervention is one of the strongest predictors of patient outcome — AI compresses it to seconds.

Reading Thresholds and Minor Misdiagnoses

Small Bleeds, High Stakes

Subtle hemorrhages — particularly subarachnoid bleeds — are among the most frequently missed findings on initial CT review. Even experienced readers can overlook them under time pressure.

Decision Support Under Pressure

ED radiologists manage hundreds of studies daily. AI ensures critical findings are surfaced to the top of the worklist — immediately, automatically, without adding to the cognitive load.

What the system does

5-Subtype Hemorrhage Detection

Identifies IPH, IVH, SAH, SDH, and EDH on non-contrast CT — across both spontaneous and traumatic presentations.

Midline Shift Quantification

Automatically calculates MLS degree to support rapid triage decisions and surgical planning.

Detection result image marker

Instant SMS notifications to remind doctors to prioritize suspected brain bleeding patients to speed up video reading

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Compatible with all major CT brands, such as SIEMENS, PHILIPS, GE, CANON, etc.

* Some features are only available as “Research Features” and some are still under review.

Superior Detection Performance

ICH Sensitivity

95%

ICH Specificity

95%

MLS Sensitivity

96%

MLS Specificity

96%

Efficient analysis speed

Notifications received from images to send less than

2 minutes

International Multi-Center Verification

Data from more than 20 clinical institutions around the world, covering multiple families and different brands of imaging systems, demonstrate high consistency and stable performance.

* High sensitivity helps reduce the risk of delayed handling of high-risk cases.

* Stable features help reduce unnecessary alerts, avoid disrupting clinical workflows, and focus on cases that really need priority.

Who benefits — and how

Emergency Clinicians

Act before the queue catches up

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AI flags critical hemorrhage cases the moment a scan completes — giving ER teams the information needed to initiate intervention without waiting for a formal read.

Radiologists

Focus on interpretation, not triage

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Automated worklist prioritization surfaces the cases that need attention first — letting radiologists spend their cognitive effort where it matters most.

Patients & Families

Faster diagnosis, faster care

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Shorter time from scan to clinical decision means faster access to intervention — and meaningfully better neurological outcomes for time-sensitive presentations.