AI Marketplace

Clinically validated AI applications for radiology and pathology, integrated with the Viseur AI imaging and workflow platform. ViseurAI enables hospitals to discover, manage, and operate numerous third-party AI models within their existing workflows through a single interface, without managing separate vendor systems.

13items
CalculOrther-FAI
X-rayFAILCEATönnis

CalculOrther-FAI

The FAI module of CalculOrther is an AI-powered tool designed for automated radiographic assessment of femoroacetabular impingement, providing precise measurement of key hip parameters such as LCEA, Tönnis angle, Sharp's angle, FHE, FHC, and acetabular offset.

Hevi AI - hProstate
MRCEPI-RADSProstate

Hevi AI - hProstate

hProstate is an AI-powered clinical decision support solution that analyzes prostate MRI to automatically identify suspicious lesions, support PI-RADS assessment, and assist clinicians in improving accuracy and confidence in prostate cancer diagnosis.

Hevi AI - hBreastMMG
MGCEBreast Cancer

Hevi AI - hBreastMMG

hBreastMMG is an AI-powered clinical decision support solution that analyzes mammography images to automatically detect suspicious breast lesions, assess breast density and risk categories, and assist radiologists in improving accuracy and enabling earlier detection in breast cancer screening and diagnosis.

CalculOrther-Shoulder
X-rayShoulderImpingementCSA

CalculOrther-Shoulder

The Shoulder module of CalculOrther is an AI-powered tool designed for automated radiographic assessment of shoulder biomechanics, precisely measuring key parameters such as CSA, LAA, and AI to support faster diagnosis and improved clinical decision-making.

AortaSense Pro™
CTAortaAbdomenEmergencyCardiology

AortaSense Pro™

AortaSense Pro™ automates aortic segmentation, diameter measurements, and classification of aneurysms and dissections. It calculates calcium scores and volumes, generating standardized reports to eliminate variability and accelerate emergency CT triage.

Hevi AI - hChestXR
X-rayLungCEChest

Hevi AI - hChestXR

hChestXR accurately assesses the most prevalent conditions in chest X-rays, from pneumonia to lung cancer. It also automatically calculate the cardiothoracic ratio.

CalculOrther-PelsiAn
X-rayPelvicSymmetry

CalculOrther-PelsiAn

PelsiAn is an AI-powered software that analyzes pelvic X-rays to assess their suitability for clinical use. It provides two dimensional evaluations: pelvic rotation and pelvic tilt. The physician can decide objectively the pelvic X-ray's appropriateness.

Hevi AI – hStroke_Suite
MRHemorrhageLVOCT PerffusionStrokeCECT

Hevi AI – hStroke_Suite

hStroke Suite is an AI-powered clinical decision support solution that automatically detects hemorrhage, large vessel occlusion, and ischemic stroke regions on brain CT, CT angiography, and diffusion MRI to enable faster and more reliable stroke diagnosis.

Biyovisio - ProVisio
MRProstatePI-RADS

Biyovisio - ProVisio

ProVisio offers a smart way with AI to look at cancer on MRI scans.

PACS ASSISTANT LUNG NODULES
CTLungROURadiologics

PACS ASSISTANT LUNG NODULES

allows rapid and accurate diagnosis of nodules, preventing overlooked lesions and potentially life-threatening scenarios.

CalculOrther-PesPlanus
X-rayPesPlanusFlatfootDiagnosis

CalculOrther-PesPlanus

The PesPlanus module of CalculOrther is an AI-powered tool designed for automated assessment of flatfoot, detecting arch abnormalities with high precision to support early diagnosis, improve clinical decision-making, and optimize patient care outcomes.

AbdoXpert Suite™
CTAppendicitisAbdomenEmergencyGastrointestinal

AbdoXpert Suite™

AbdoXpert Suite™ delivers AI-driven classification and heat-map localization of acute appendicitis. It accelerates emergency CT triage and generates automated, structured reports, reducing variability and prioritizing critical clinical findings.

Hevi AI - hScoliosis
X-raySpineScoliosis

Hevi AI - hScoliosis

hScoliosis is an AI-powered clinical calculation support solution that analyzes spine radiographs to automatically detect scoliosis, by measuring Cobb angles, assymetries, kyphosis etc. and support clinicians in accurate assessment, follow-up, and treatment planning.