FDA Radiology AI Devices

AIMI-Triage CXR PTX by RADLogics is an FDA-cleared AI software that helps hospital radiologists prioritize adult chest X-rays that might show moderate to large pneumothorax. It analyzes chest X-rays and flags urgent cases for quicker review, improving workflow and patient care by notifying radiologists of possible urgent findings without replacing full diagnosis.

Rapid ICH is an AI-powered clinical software tool designed to help hospital radiology workflows by automatically analyzing non-contrast head CT scans to detect suspected intracranial hemorrhage. It provides alerts and compressed preview images to clinicians through PACS, email, and a mobile app to prioritize urgent cases and aid timely diagnosis and treatment decisions.

KOSMOS is a handheld diagnostic ultrasound system by EchoNous, Inc. that integrates ultrasound imaging, electrocardiogram (ECG), and digital auscultation in one device. It is designed for clinical assessment of cardiac, pulmonary, abdominal, and vascular systems by providing synchronized images, sounds, and waveforms. This facilitates enhanced diagnosis and guided interventions for healthcare professionals in various clinical settings.

The Behold.ai Red Dot device is an AI-powered software platform that assists radiologists by automatically analyzing adult chest X-ray images to identify suspected pneumothorax cases. It integrates into clinical workflows by notifying radiologists through PACS or workstation systems to prioritize these cases for faster review. It is intended to support, but not replace, clinical decision-making.

Ethos Treatment Management, Ethos Treatment Planning, Ethos Radiotherapy System, and Halcyon are integrated tools designed to help clinicians manage, plan, and deliver radiation therapy treatment. The software supports radiation therapy plan management and adaptive treatment planning, while the radiotherapy systems deliver precise radiation treatment using image guidance to treat lesions and tumors anywhere in the body. These tools aim to improve the accuracy and effectiveness of radiotherapy for patients, including adults and pediatric patients.

HealthCXR is a software tool that uses artificial intelligence to analyze adult chest X-ray images for signs of pleural effusion, a condition where fluid accumulates around the lungs. It automatically alerts radiologists by prioritizing critical cases in their worklists, helping them to review urgent scans faster. The software operates alongside the standard care workflow and does not provide a diagnosis on its own, but assists clinicians in managing their caseload more efficiently.

Critical Care Suite is an AI-powered software by GE Medical Systems designed to analyze frontal chest X-ray images and detect pneumothorax, a potentially life-threatening condition. It flags suspicious images in the image management system to help radiologists prioritize urgent cases, improving workflow efficiency and patient care. The software runs seamlessly without delaying image processing and helps reduce the report turnaround time for critical chest X-rays.

HealthICH is an AI software tool designed to analyze non-contrast head CT scans and identify suspected cases of intracranial hemorrhage. It notifies the clinician via the PACS/workstation to prioritize these urgent cases, helping reduce the time to diagnosis and potentially improving patient care. It operates alongside standard workflows and assists clinicians by flagging critical findings for faster review.

BriefCase is an AI-powered software that helps radiologists prioritize cervical spine CT scans by flagging possible fractures. It runs alongside standard image interpretation, notifying clinicians quickly about suspected cases to enable faster patient management, but it is not used for final diagnosis. This helps improve workflow efficiency and timely attention to urgent cases.

HealthPNX by Zebra Medical Vision Ltd. is an AI-powered software that analyzes chest X-rays to identify suspected pneumothorax cases. It helps radiologists prioritize urgent cases by providing passive notifications on their PACS worklist, reducing triage time and potentially improving patient care efficiency. It does not modify images or provide diagnostic decisions independently but supports clinical assessment workflows.