Qure AI
Qure.ai is a global leader in AI-powered healthcare solutions, specializing in radiology and medical imaging. They develop FDA-cleared and CE-marked AI tools that assist in early detection, diagnosis, and management of various conditions such as lung cancer, tuberculosis, stroke, and heart failure. Their solutions are deployed across over 4,500 sites in more than 100 countries, with a focus on improving healthcare efficiency, accuracy, and patient outcomes worldwide. Qure.ai collaborates with leading healthcare providers, research institutions, industry partners, and channel partners to advance AI integration in medical diagnostics, supporting clinicians with cutting-edge tools to deliver faster, more accurate care.
Industries
Nr. of Employees
medium (51-250)
Patents
Products
Lung nodule detection and management platform
Integrated toolset for early lung nodule detection on chest X-ray and CT, malignancy risk stratification, automated measurement and longitudinal nodule tracking to support diagnostic and surveillance pathways.
Emergency imaging triage and quantification suite
Software suite for rapid detection of emergent findings across CT and X-ray with automated alerts and quantitative outputs to support emergency workflows.
Unified imaging AI platform with care-management and dashboarding
Platform providing a contextual interface to aggregate AI findings, clinical context, follow-up tools and program dashboards; integrates alerts and streamlines communication to close the loop on care.
Automated tumor-burden quantification for oncology trials and monitoring
Automated measurements of lesion size and volumetrics, RECIST-compliant calculations and longitudinal change reports designed for clinical-trial workflows and routine oncology monitoring.
qER
Radiological computer aided triage and notification software intended to assist hospital networks and trained medical specialists in workflow triage by flagging suspected positive findings of pathologies in head CT images.
qER-NCCT
AI software for non-contrast head CT image analysis.
Lung nodule detection and management platform
Integrated toolset for early lung nodule detection on chest X-ray and CT, malignancy risk stratification, automated measurement and longitudinal nodule tracking to support diagnostic and surveillance pathways.
Emergency imaging triage and quantification suite
Software suite for rapid detection of emergent findings across CT and X-ray with automated alerts and quantitative outputs to support emergency workflows.
Unified imaging AI platform with care-management and dashboarding
Platform providing a contextual interface to aggregate AI findings, clinical context, follow-up tools and program dashboards; integrates alerts and streamlines communication to close the loop on care.
Automated tumor-burden quantification for oncology trials and monitoring
Automated measurements of lesion size and volumetrics, RECIST-compliant calculations and longitudinal change reports designed for clinical-trial workflows and routine oncology monitoring.
qER
Radiological computer aided triage and notification software intended to assist hospital networks and trained medical specialists in workflow triage by flagging suspected positive findings of pathologies in head CT images.
qER-NCCT
AI software for non-contrast head CT image analysis.
Services
Provision, deploy and operate imaging AI software on managed cloud infrastructure with scalability, availability and security controls.
Integrate imaging AI into clinical workflows and imaging IT systems (including PACS and bespoke systems), configure prioritization and reporting workflows, and provide on-site or remote deployment support.
Dedicated client success partners providing onboarding, specialist training, periodic reviews and 24/7 helpdesk support to ensure sustained operational performance.
Process de-identified imaging data under data processing agreements to support algorithm testing, model improvement, multi-centre studies and academic publications.
Implement national and NGO-run screening programmes with retrofit compatibility for legacy hardware, centralized dashboards for programme metrics, and support for care pathways and reporting.
Collaborative integration with imaging OEMs, PACS/EHR vendors, reporting vendors and teleradiology providers to enable scalable delivery, workflow embedding and joint operational models.
Provision, deploy and operate imaging AI software on managed cloud infrastructure with scalability, availability and security controls.
Integrate imaging AI into clinical workflows and imaging IT systems (including PACS and bespoke systems), configure prioritization and reporting workflows, and provide on-site or remote deployment support.
Dedicated client success partners providing onboarding, specialist training, periodic reviews and 24/7 helpdesk support to ensure sustained operational performance.
Process de-identified imaging data under data processing agreements to support algorithm testing, model improvement, multi-centre studies and academic publications.
Implement national and NGO-run screening programmes with retrofit compatibility for legacy hardware, centralized dashboards for programme metrics, and support for care pathways and reporting.
Collaborative integration with imaging OEMs, PACS/EHR vendors, reporting vendors and teleradiology providers to enable scalable delivery, workflow embedding and joint operational models.
Expertise Areas
- Medical imaging artificial intelligence
- Clinical validation and multi-center evidence generation
- Regulatory strategy and medical device clearance
- PACS/RIS, EHR and teleradiology integration
Key Technologies
- Deep learning for medical image analysis
- Convolutional neural networks for segmentation and quantification
- 2D and 3D fully convolutional neural networks
- DICOM processing and imaging interoperability
News & Updates
The trust joins a study evaluating AI's role in early lung cancer detection using chest X-rays with specialist AI support.
Implementation of AI solutions across multiple NHS sites to support early diagnosis of lung cancer.
Deployment of AI tools to assist radiologists in rapid interpretation of chest X-rays, improving workflow and patient care.
Initiatives to support radiologists and clinicians in adopting AI tools through training and education programs.
The qER AI solution improves detection of critical findings in head CT scans, supporting faster diagnosis and treatment in NHS hospitals.
Studies demonstrate the potential of AI tools like qXR in early detection of lung cancer through chest X-ray analysis, supporting screening programs.
The trust joins a study evaluating AI's role in early lung cancer detection using chest X-rays with specialist AI support.
Implementation of AI solutions across multiple NHS sites to support early diagnosis of lung cancer.
Deployment of AI tools to assist radiologists in rapid interpretation of chest X-rays, improving workflow and patient care.
Initiatives to support radiologists and clinicians in adopting AI tools through training and education programs.
The qER AI solution improves detection of critical findings in head CT scans, supporting faster diagnosis and treatment in NHS hospitals.
Studies demonstrate the potential of AI tools like qXR in early detection of lung cancer through chest X-ray analysis, supporting screening programs.