Automated coronary artery segmentation and calcification analysis on CT, providing quantitative calcium measurements to support coronary artery disease assessment and patient management.

AVIEW LAA/COPD is used to store, transfer and display output results by inquiring and analyzing medical images with zoom in/out, segmentation and quantification functions. AVIEW LAA/COPD must be used by a medical expert (e.g. physician, radiologist) who is very aware of anatomic structures of a patient.

AVIEW LCS+ is used to store, transfer and display output results by inquiring and analyzing medical images with zoom in/out, segmentation and quantification functions. This software must be used by a medical expert (e.g. physician, radiologist) who is very aware of anatomic structures of a patient.

Enhance accuracy and efficiency across your entire breast unit with a comprehensive solution that includes fully automated and real-time breast positioning quality assessment, BI-RADS breast density classification for both 2D and 3D mammography, and advanced lesion detection using BI-RADS categorization. This system is designed to bring a quick return on investment (ROI) while addressing the needs of all stakeholders—from operators and radiologists to the heads of your breast unit.

Experience the effectiveness of fully automated image quality assessment for Mammography and reporting for FDA (EQUIP)/ACR compliance. The b-quality fully automated system ensures compliance with quality requirements and standards, including EQUIP or PGMI. With its intuitive dashboard, it provides a bird’s-eye view of facility performance by tracking the effectiveness of quality control across radiographers and facilities. It also offers exportable, audit-ready documentation.

Automated bone age assessment using the Greulich & Pyle method on frontal hand X-rays for children aged 3-18 years, with adult height prediction to support growth disorder evaluation and endocrine assessments.

Automated measurement of musculoskeletal parameters on X-ray and EOS including scoliosis angles, lower limb alignment, foot deformities, and spine metrics for patients ≥3 years, supporting pre-operative planning and follow-up.

BoneMetrics US is a fully automated radiological image processing software device intended to aid users in the measurement of Cobb angles on frontal spine radiographs of individuals of at least 4 years old for patients with suspected or present spinal deformities, such as scoliosis. It should not be used instead of full patient evaluation or solely relied upon to make or confirm a diagnosis. The software device is to be used by healthcare professionals trained in radiology.

AI-powered automated detection and localization of bone fractures, effusions, dislocations, and bone lesions on X-rays of limbs, pelvis, thoraco-lumbar spine, and rib cage for adults and children (≥2 years).

AI-powered automated detection and localization of fractures on X-rays for adults (limbs, pelvis, thoraco-lumbar spine, rib cage, ≥22 years) and children/adolescents (limbs, ≥2 to <22 years), providing concurrent reading support.

Automated detection and localization of secondary bone lesions on chest, abdomen, and pelvis CT scans with soft kernel reconstructions, supporting oncology surveillance and metastatic disease detection in adult patients.

Automated detection, localization, and characterization of breast soft tissue lesions and calcifications on 2D mammography with malignancy scoring and BI-RADS breast density assessment for women ≥18 years in screening and diagnostic settings.

Additional Stroke Assessment Capabilities. Extend the capabilities of Cercare Medical's CT Stroke Advanced solution with additional tools designed to support stroke imaging assessment.

Complete decision-support stroke solution with fully automated computation of CT perfusion maps — ASPECTS, ICH, and LVO/MeVO — and automated delineation of infarct core and hypoperfused volumes, using either threshold methods or Cercare Medical’s unique AI algorithm.

Complete decision-support stroke solution with fully automated computation of CT perfusion maps and automated delineation of infarct core and hypoperfused volumes using threshold methods.

Fully automated computation of CT perfusion maps and automated delineation of infarct core and hypoperfused volumes for a complete decision support stroke solution using threshold methods.

Fully automated computation of CT perfusion maps and automated delineation of infarct core and hypoperfused volumes for a complete decision support stroke solution using threshold methods.

Fully automated, vendor-neutral perfusion processing application for calculating high-quality perfusion maps based on MR DCE and MR DSC perfusion, including standard SVD markers and Cercare Medical’s unique Vascular Model perfusion markers.

Fully automated, vendor-neutral perfusion processing application for calculating high-quality perfusion maps based on MR DSC perfusion, including standard SVD markers and Cercare Medical’s unique Vascular Model perfusion markers.

Fully automated computation of MR perfusion maps and automated delineation of infarct core and hypoperfused volumes for a complete decision support stroke solution using threshold methods.

Complete decision-support stroke solution with fully automated computation of MR perfusion maps and automated delineation of infarct core and hypoperfused volumes, using either threshold methods or Cercare Medical’s unique AI algorithm.

Complete decision-support stroke solution with fully automated computation of MR perfusion maps and automated delineation of infarct core and hypoperfused volumes using threshold methods.

Automated detection and localization of urgent chest findings including pneumothorax, pleural effusion, consolidation, nodules, and mediastinal abnormalities on frontal and lateral chest X-rays for patients ≥15 years.

AI-powered Computer-Assisted Detection (CADe) software analyzing frontal and lateral chest radiographs to identify and highlight regions of interest including nodules, pleural space abnormalities, mediastinum/hila abnormalities, and consolidation.

CINA-AD is a triage tool that detects acute type A and B aortic dissections on chest or thoracoabdominal CT angiography, flagging life-threatening tears in the aorta.

CINA-ASPECTS is a quantification tool that aids the assessment of acute ischemic stroke on non-contrast CT (NCCT).

CINA-CSpine is a radiology software for Cervical CT analysis. It uses AI to detect and flag suspected acute cervical spine fractures, notifying the care team for quicker triage and improved patient care.

CINA-ICH is a triage tool designed to automatically detect and prioritize acute intracerebral hemorrhage on non-contrast CT (NCCT).

CINA-iPE is a triage tool that detects unsuspected pulmonary embolism on CT scans performed for other health conditions that include the lung region.

CINA-LVO is a triage tool designed to automatically detect and prioritize acute large vessel occlusions on CT Angiography (CTA).

Pulmonary embolism is a substantial global health concern, responsible for a significant number of fatalities, illnesses, and hospital stays across the globe. The diagnosis of pulmonary embolism is complex due to its diverse array of manifestations, clinical signs lacking specificity, and the possibility of resembling other medical conditions. In response to this critical issue, Avicenna.AI developed CINA-PE, a cutting-edge solution that swiftly and automatically detects pulmonary embolism from chest CT Scan.

CINA-VCF helps detect vertebral compression fractures caused by osteoporosis in patients undergoing imaging for purposes.

CINA-VCF Quantix is a quantitative AI tool that detects, labels, and measures unsuspected vertebral compression fractures on thoracic and/or lumbar spine.

ClearRead CT improves nodule search efficiency and detection accuracy for all nodule types using patented vessel suppression technology. The application operates of contrast and non-contrast CTs.

ClearRead™ Xray improves reading efficiency and accuracy of chest radiographs, optimizing diagnostic value of portable and upright images. ClearRead Xray Bone Suppress increases visibility of soft tissue in chest radiographs, suppressing bone on the digital image, without the need for two exposures.

cNeuro® cMRI automatically identifies, labels, quantifies and visualizes brain structures from T1-weighted and optional FLAIR MRI images. The software provides volumetric measurements and quantification of white matter hyperintensities, with comparisons to a healthy reference population. Results are presented in PDF reports, providing healthcare professionals with standardized, quantitative information to support the assessment of brain structures.

AI-powered lumbar spine MRI measurement software for anatomical segmentation, quantitative measurements, threshold-based labeling of out-of-range values, and editable reports for physician review.

Computer-aided detection software that provides qualitative and quantitative analysis results for lung-specific image patterns and nodules in CT scans. Suitable for clinical routine and lung cancer screening settings.

Opportunistic screening for osteoporotic vertebral fractures

Zero-click knee osteoarthritis analysis for standardized assessment of disease progression.

Zero-click analysis of knee and full-leg X-rays for diagnosis, surgical planning and follow-up.

Zero-click knee osteoarthritis analysis for standardized assessment of disease progression.

icobrain cva is a software package that provides for the quantification and visualization of the perfusion of tissue based on dynamic contrast enhanced CT images.

Automated detection, segmentation, and classification of pulmonary nodules on chest CT scans with nodule characterization, volumetry, Lung-RADS scoring, CAC scoring, and emphysema assessment for adult patients.

Lunit INSIGHT® DBT is a leading, globally trusted AI-Powered Software for 3D Tomosynthesis that allows you to analyze multi-slice exams, highlight suspicious findings, speed up review, and reduce reading fatigue.

Lunit INSIGHT MMG (2D) mammography is a leading, globally trusted AI solution that supports earlier breast cancer detection, especially in dense breasts and interval cancers.

MammoScreen® is an AI-powered concurrent reading device designed to assist radiologists in the interpretation of mammograms. It detects and characterizes lesions suspicious for breast cancer.

AI-powered evaluations of brain MRIs. Available modules are Brain Volumetry, Lesion Characterization, Aneurysm Detection, and Tumor Differentiation. Comprehensive and lucid quantitative reports as well as visual overlays are integrated into Sectra as output.

AI-powered evaluations of knee MRIs. Detection, localization and classification of cartilage, meniscus and ligament pathology, bone marrow edema, joint effusion and Baker’s cyst, plus patellofemoral measurements. Outputs include quantitative reports with schematics and overlays with measurements and bounding boxes in Sectra PACS.

mdprostate enables AI-based static and longitudinal evaluations of prostate MRIs through automatic identification and classification of lesions according to PI-RADS 2.1. The output includes quantitative reports and visual overlays directly integrated into the SECTRA PACS, with all relevant lesions marked on a sector map.

AI triage, detection of 75 findings, and draft reports for normal adult chest X-rays, with radiologists reviewing and signing every case.

Autonomous reporting of confidently normal adult chest X-rays, so radiologists can focus their time on studies with abnormal findings.

Pi™ assists radiologists to streamline the analysis of prostate MRI for suspected prostate cancer. It outputs an organ segmentation and volume, lesion segmentations, risk scores and volumes, and a template report.

Automated segmentation and volumetric quantification of brain structures on 3D T1-weighted MRI with comparison to age-matched normative data, supporting assessment of neurodegenerative diseases and brain atrophy patterns.

Automated detection, quantification, and longitudinal categorization of white matter hyperintensities (stable, enlarging, new) on 3D T2-FLAIR MRI for Multiple Sclerosis monitoring and neuroinflammatory disorder assessment.

Rayvolve helps detect abnormalities on chest X-rays such as: consolidation, pleural effusion, cardiomegaly, acute pulmonary edema, pulmonary nodules.

Rayvolve helps detect fractures for adults (+21) on osteoarticular X-rays of the following organs: hand, wrist, forearm, elbow, arm, shoulder, foot, ankle, leg, knee, femur.

AZtrauma is an CE-cleared AI solution that detects all types of fractures, dislocations, and joint effusions for all age groups (including pediatric - no age limit) on X-rays of the following organs: hand, wrist, forearm, elbow, arm, shoulder, foot, ankle, leg, knee, femur, clavicle, hip, humerus, pelvis, tibia, ribs and spine.

RBfracture™ is designed to support Emergency and Radiology with highly accurate detection of trauma-related findings on skeletal radiographs, including fractures, dislocations, lipohemarthrosis, and effusions.

Flags suspected pneumothorax and pleural effusion on frontal chest X-rays, so these exams can be read first. For patients aged 18 and over. See IFU and 510(k) summary.

Helps detect fractures, dislocations and elbow effusions on trauma X-rays, from birth. Exams with a finding move up the worklist. See IFU.

Trauma and chest X-rays in one AI, for all ages from birth. TechCare Alert boxes fractures, dislocations, effusions, pneumothorax, lung opacities and nodules. See IFU.

Automated bone measurements on X-rays, from the Cobb angle to leg length, plus bone age. Up to 70% less time spent measuring. See IFU.

More than 50 automated bone measurements on X-rays, from the Cobb angle to leg length, plus bone age. Up to 70% less time spent measuring. See IFU.

The only FDA-cleared fracture AI from birth, with elbow effusion detection from age 2. Readers gain 22% in sensitivity and save 24% of reading time. See IFU and 510(k) summary.

AI-powered decision support for 2D and 3D mammography that highlights suspicious findings, assesses exam risk, and supports earlier, more confident breast cancer detection.

CE-marked AI for mammography screening (FFDM, DBT). BI-RADS Classification compatible with BI-RADS (5th Edition), density, CAD markers, 3-prior analysis. Powers >50% of Germany's national screening program. Clinically proven in biggest prospective study for AI in radiology (PRAIM, Nature Medicine 2025).