FDA Radiology AI Devices

AI4CMR v1.0 is a software tool that uses artificial intelligence to automatically analyze cardiac MRI scans to measure cardiac function parameters like ventricle volumes and ejection fraction. It helps clinicians by providing automated quantification of cardiac metrics from MR images, improving workflow efficiency and supporting clinical decisions when integrated into a DICOM viewer.

Libby Echo:Prio is a software tool that processes DICOM-compliant cardiac ultrasound images to provide automated measurements and analysis of cardiac function, such as ejection fraction and heart rate. It supports cardiologists and sonographers by automating view classification, border segmentation, and generating quantification reports, thus aiding clinical decision-making in cardiac care.

The Study Watch with Irregular Pulse Monitor by Verily Life Sciences is a wearable device designed for adults diagnosed with or at risk for atrial fibrillation (AF). It continuously monitors heart rhythms using photoplethysmography (PPG) and single-channel ECG measurements. The device notifies users of irregular pulses, prompting ECG collection, and securely transmits data for healthcare provider review. This aids early detection and monitoring of AF, enabling timely clinical intervention.

BrainInsight is a software product from Hyperfine, Inc. that automatically processes low-field MR brain images to label, segment, and measure brain structures. It provides physicians with annotated images, color overlays, and reports that help in evaluating brain anatomy and pathology more efficiently. The system is cloud-based and integrates with FDA-cleared PACS systems to seamlessly assist clinical workflows.

The ZEUS System (Zio Watch) is a prescription-based wearable device and software system that uses AI to analyze cardiac signals from an ECG and PPG sensor to detect and report atrial fibrillation. It provides clinicians with detailed reports to aid in diagnosing and managing atrial fibrillation in adult patients.

The Vivid T8 and Vivid T9 are advanced diagnostic ultrasound systems designed primarily for cardiac imaging but also supporting vascular and general radiology applications. They provide digital acquisition, processing, analysis, and image display, and incorporate AI algorithms such as Easy Auto EF and Easy AFI LV that assist clinicians by automating measurements and analysis of cardiac function, improving workflow and diagnostic accuracy.

The Vivid iq is a high-performance compact diagnostic ultrasound system designed for cardiovascular and shared service imaging. It assists healthcare professionals in ultrasound imaging, measurement, display, and analysis of human body and fluid, across a wide range of clinical applications including fetal, cardiac, abdominal, musculoskeletal, and vascular imaging. It incorporates advanced ultrasound modes such as Doppler, color Doppler, harmonic imaging, and real-time 3D imaging, supporting various transducers and enabling flexible clinical use in hospital and office environments.

The Vivid S60N and Vivid S70N are advanced, general-purpose ultrasound systems specialized for cardiac imaging, but also supporting multiple other clinical applications such as abdominal, vascular, and musculoskeletal imaging. They provide digital ultrasound image acquisition, processing, analysis, and display with various transducer options and imaging modes. The systems include AI-powered features like Easy Auto EF and Easy AFI LV for automated cardiac function assessment to assist clinicians in evaluating heart health efficiently.

syngo.CT Extended Functionality is a software package that provides advanced visualization and measurement tools for medical images acquired from CT and potentially other modalities like MRI. It helps technicians and physicians perform qualitative and quantitative analysis of clinical imaging data to assist in diagnosis by creating detailed images and measurements using various specialized extensions.

ProstatID is an AI software tool designed to assist radiologists by analyzing prostate MRI scans to identify and assess suspicious lesions that may indicate prostate cancer. It processes MRI images and provides detection overlays, lesion likelihood scores, 3D renderings, and a summary report to support diagnostic decisions for high-risk screening or diagnostic imaging.