Our Products

AI-Powered Healthcare Solutions

Comprehensive suite of AI-driven clinical decision-support tools designed to enhance clinician decision-making, support workflow efficiency, and streamline healthcare workflows across medical institutions — used by qualified healthcare professionals.

NCCT NWU Insightz

Available

NCCT NWU (Net Water Uptake) — Net Water Uptake, a deep-learning infarct core and automated CT-ASPECTS from a routine non-contrast head CT, for centres with no CTP or MRI.

Net Water Uptake (NWU)

DL infarct core + NWU core, with concordance

Automated CT-ASPECTS (10 regions)

Segmentation overlays on axial slices

CT Stroke Insightz

Available

AI-powered CT Perfusion analysis for acute stroke triage — core/penumbra volumetrics, CT-ASPECTS, and collateral assessment in minutes.

Core/Penumbra volumetrics

CT-ASPECTS scoring

Mismatch ratio & HIR

Threshold-based volumetrics for clinician review

MR Stroke Insightz

Available

MRI DSC Perfusion measurements with DWI-ASPECTS regional summary, FLAIR signal intensity ratio, and perfusion-diffusion volumetric comparison.

DWI region segmentation

DWI-ASPECTS regional summary

FLAIR SIR value

Perfusion-diffusion volumetric comparison

MRI ASL Insightz

Available

Non-contrast brain perfusion via Arterial Spin Labeling — gadolinium-free absolute CBF quantification in mL/100g/min.

Absolute CBF (ml/100g/min)

pCASL / CASL / PASL support

CBF Asymmetry Index

No contrast agent administered

MRI Tumor Insightz

Available

Neuro-oncology DSC perfusion with leakage-corrected nCBV/PSR/K2 maps, FLAIR-based region segmentation and regional statistics.

nCBV, PSR, K2, rPH maps

Leakage correction with before/after comparison

Region of maximum nCBV reported

Regional statistics (mean, median, P90)

TB Insightz

Available

AI-powered tuberculosis screening from chest X-rays with supporting device/artifact detection and cardiomegaly assessment.

Tuberculosis evaluation support (93.53% accuracy on a research dataset, n=170 — BJMHS 2026)

Device & artifact flagging

Cardiomegaly / CT-ratio assessment

Structured PDF report output

Pipeline

Upcoming Products

In development or under validation — not yet available.

QuickRad AI

Under Validation

AI pre-read for MRI Brain with angiography and venography, Chest X-ray and plain CT Brain

Prepares an AI-generated preliminary read of routine studies for the reporting radiologist to review, edit and sign off. The radiologist remains responsible for the final report.

Pre-read for the radiologist: an AI draft report opens beside the images, ready to review, edit and sign

The draft is read-only until the radiologist chooses to use it — nothing is saved, signed or printed automatically

Worklist flags to help radiologists decide which studies to open first

MRI Brain, including MR angiography (MRA) and MR venography (MRV)

Chest X-ray

CT Brain (plain, non-contrast)

Preliminary read for radiologist review and sign-off — not a final report

AI draft report shown beside the study in the viewer, for the radiologist to review, edit and sign

MRA Vessel Insightz

In Development

Cerebrovascular segmentation from TOF-MRA: Circle of Willis parcellation and whole-tree vessel mapping

Labels the 13 Circle of Willis segments and extracts the intracranial vessel tree from non-contrast time-of-flight angiography, producing per-segment anatomy and vessel maps for clinician review.

13-segment Circle of Willis parcellation (ICA, MCA, ACA, PCA, Pcom, Acom, BA), anatomical variants reported separately

Whole-brain vessel tree segmentation with centreline and branch metrics

Left/right assignment by image geometry, independent of the model

Structured output for review; no contrast agent required

CTA Vessel Insightz

In Development

Cerebrovascular segmentation from CTA: Circle of Willis parcellation and whole-tree vessel mapping

Labels the 13 Circle of Willis segments and extracts the intracranial vessel tree from contrast-enhanced CT angiography, producing per-segment anatomy and vessel maps for clinician review.

13-segment Circle of Willis parcellation (ICA, MCA, ACA, PCA, Pcom, Acom, BA), anatomical variants reported separately

Whole-brain vessel tree segmentation with centreline and branch metrics

Left/right assignment by image geometry, independent of the model

Structured output for review from contrast-enhanced CT angiography

Universal Features

All our products share these core capabilities designed to enhance healthcare delivery.

Real-time Processing

Instant analysis and results enabling immediate clinical decision-making and patient care.

Seamless Integration

Easy integration with existing hospital systems, PACS, and clinical workflows.

Clinical Validation

All products are rigorously tested and validated in real-world clinical environments.

Ready to Experience Our Solutions?

Schedule a personalized demo to see how our AI-powered products can transform your healthcare practice and improve patient outcomes.