Viz Hemorrhage Overview
AI-powered solution for acute and chronic brain hemorrhage, designed to seamlessly work together to detect and quantify brain hemorrhage.
Automated notifications
Automatic AI detection of suspected acute and chronic hemorrhage down to 1 ml.
Real-time ICH detection and quantification
Consistent, accurate measurements available on desktop and mobile device for decision making on-the-go.
Empowering Precision in Intracerebral Hemorrhage Detection
Viz Hemorrhage harnesses the power of AI to provide precise and reliable detection and quantification of intracerebral hemorrhages. Accurate volume measurements of brain bleeds are crucial for assessing the severity of cases, monitoring progression, and planning treatment strategies.
Viz Hemorrhage includes four algorithms (Viz ICH, Viz ICH+, Viz SDH, Viz SDH+). The four algorithms are designed and developed to work together to provide a comprehensive solution for acute and chronic brain hemorrhage. *Note Viz SDH+ is not yet commercially available
Benefits of Viz Hemorrhage
Empowering Precision in Intracerebral Hemorrhage Detection:
Viz Hemorrhage harnesses the power of AI to provide precise and reliable detection and quantification of intracerebral hemorrhages, enabling healthcare professionals to make accurate and timely treatment decisions.
Enhancing Clinical Efficiency and Workflow:
With its seamless integration into existing workflow systems, Viz Hemorrhage streamlines the detection and measurement process, saving valuable time for healthcare teams and optimizing workflow efficiency.
Improving Patient Outcomes with Informed Treatment Decisions:
By delivering accurate volume measurements of brain bleeds, Viz Hemorrhage equips care teams with vital information to assess severity, monitor progression, and plan optimal treatment strategies, ultimately leading to improved patient outcomes.
Viz ICH Plus
Viz.ai received 510(k) clearance for ICH Plus, which is intended for automatic labeling, visualization, and quantification of segmentable brain structures from a set of non-contrast CT (NCCT) head scans.
The software automates the current manual process of identifying, labeling, and quantifying the volume of segmentable brain structures identified on NCCT images. Viz ICH Plus provides volumes from NCCT scans acquired at a single time point and is indicated for use in the analysis of the following structures: Intracranial Hyperdensities, Lateral Ventricles and Midline Shift. The device output should be reviewed along with the patient’s original images by a physician.
Viz ICH measures the volume for any hyperdense collection and lateral ventricles on NCCT. It also measures midline shift and calculates the ventricle asymmetry ratio. The output is presented in a color coded summary table on the app and is also sent in DICOM format back to PACS. The user can define thresholds for notifications.