See Clearly. Decide Confidently.
ClearRead CT Applications
ClearRead CT is the first FDA-cleared device to support concurrent reading, allowing for faster reading with proven, superior, automatic nodule detection performance for all nodule types, including solid, sub-solid and ground-glass nodules.
ClearRead CT | Vessel Suppress
With machine learning and advanced modeling, Riverain’s ClearRead CT Vessel Suppress provides a powerful and intuitive view for clinicians. More
Powered by Riverain’s ClearRead CT Vessel Suppress, ClearRead CT Detect achieves what was previously unattainable in automatic detection and characterization performance, providing highly accurate performance for all nodule types. More
ClearRead CT Compare is a machine learning solution leveraging ClearRead CT Detect to provide accurate, automated measurement and tracking of lung nodules between prior and current exams. More
Simple installation and workflow
Easy Installation
ClearRead CT acquisition normalization technology supports rapid installation of the software based on elimination of the requirement to tune to specific scanners. It is computationally efficient, allowing it to be installed on existing hardware as a virtual application.
Seamless Workflow
ClearRead CT provides a seamless workflow through use of DICOM standards, advanced routing capability, and DICOM filtering tools that allow specific exams, devices or patient demographics to be selectively processed or rejected.
RIVERAIN SOLUTIONS IN ACTION
Case Studies
“ClearRead CT has changed the way we read chest CT exams. The application enables identification of small nodules faster and more reliably, particularly for oncological patients.”Terrence Matalon, MD Chairman at Albert Einstein Medical Center
- Reduces the burden of visual search and assessment by suppressing vascular structure and bookmarking regions of interest
- Provides the ability to process scans from a wide range of acquisition protocols
- Provides unprecedented detection and segmentation accuracy for lung nodules
- Provides detailed characterization of nodules