FDA Radiology AI Devices

The CLARUS 700 by Carl Zeiss Meditec, Inc. is a high-resolution ophthalmic imaging device used for capturing and analyzing images of the retina and ocular structures. It supports multiple imaging modes including true color, autofluorescence, and fluorescein angiography, aiding clinicians in diagnosing and monitoring retinal diseases by providing widefield and ultra-widefield views with AI assistance for optic nerve detection and montage creation. The device improves patient comfort and provides advanced tools for image annotation and review.

RayStation is a software system designed to assist radiation therapy staff in planning and analyzing radiation treatments. It uses patient imaging data from CT, PET, and MRI scans to create detailed treatment plans that optimize radiation delivery while protecting healthy tissue. The system includes features like image fusion, contouring, dose computation, and machine learning to optimize and adapt treatment plans efficiently, helping clinicians deliver precise and effective cancer therapy.

SurgicalAR is a software platform that allows clinicians to view and manipulate medical images in both traditional 2D and advanced 3D formats, including augmented reality via head-mounted displays. It aids surgical planning and medical image review by providing tools such as image manipulation, measurements, and 3D visualization of CT and MR images. This enhances the understanding of complex anatomical structures to improve clinical decision making.

The Loop System by Spry Health, Inc. is a prescription-only wearable device designed for adult patients to collect physiological data such as oxygen saturation, heart rate, and respiration rate during resting periods. It passively records data using reflectance-based photoplethysmography from the wrist and uploads the information to a server for remote clinician review, aiding in patient monitoring in home environments.

KardiaAI is a software library by AliveCor that analyzes ambulatory ECG rhythms to identify heart conditions such as atrial fibrillation, bradycardia, and tachycardia. It supports integration into other ECG devices and helps clinicians by providing automated ECG noise filtering, heart rate measurement, and rhythm classification to inform diagnosis and monitoring.

RhythmAnalytics is a software tool that analyzes single-lead ECG data to detect cardiac arrhythmias and measure heart-related signals. It helps healthcare professionals by providing supportive interpretations and can be integrated with other devices or platforms to assist clinicians in diagnosing heart rhythm disorders.

AI Rad Companion (Engine) by Siemens Medical Solutions is a software platform designed to assist technicians and physicians in viewing, processing, and analyzing medical images from multiple modalities. It supports integration with PACS systems and allows external AI-based post-processing extensions, improving clinical image analysis and workflow.

The Study Watch by Verily Life Sciences LLC is a wearable ECG monitoring device that records and securely transmits single-channel ECG waveforms. It assists healthcare professionals in tracking heart rhythms of adult patients with known or suspected heart conditions by enabling remote ECG data collection and review via a web portal.

Embrace is a wearable device worn on the wrist that monitors physiological signals such as Electrodermal Activity, motion, and temperature to detect generalized tonic clonic seizures in patients with epilepsy. It helps alert caregivers by sending notifications during seizure events, assisting in timely monitoring and care for patients both at home and in healthcare facilities.

Centricity Universal Viewer by GE Healthcare is a medical imaging software solution designed to display, manage, analyze, and share medical images from multiple imaging modalities. It facilitates radiologists and cardiologists in interpreting diagnostic images, improving workflow and clinical decision-making. It supports many imaging formats but is not intended for digital pathology diagnosis. The product enhances clinicians' ability to view and interpret images efficiently across healthcare systems.