DovaSound

AI-Powered Intestinal Ultrasound Imaging Analysis for Rapid IBD Assessment

DovaSound (in development) uses advanced AI to standardize intestinal ultrasound (IUS) image capture, interpretation, and reporting. By reducing operator dependency and variability, it aims to makes IUS a more accessible, scalable, and clinically useful IBD surveillance tool in practice and trials.

Automated detection and segmentation of key anatomical structures to support consistent image capture and interpretation.

Generates standardized measurements ensuring reproducible, objective tracking of disease activity.

Feedback on image quality and bowel visualization, reducing variability between operators and supporting reliable longitudinal assessments.

Auto-generated structured outputs aligned with IBUS/IUSCAN standards, enabling seamless use in daily practice, global trials, and pharma research.

Rapid, Non invasive IBD Assessment

Accelerated, Non-Invasive Monitoring

Objective Endpoints for Drug Development

Improved Trial Efficiency & Recruitment

Scalable Access Across Sites

Advancing non-invasive precision for IBD monitoring

DovaSound

DovaSound is an AI-powered product currently under development, designed to enhance the clinical utility of intestinal ultrasound (IUS) for monitoring Inflammatory Bowel Disease (IBD). Built for both research and real-world care, DovaSound brings objectivity, automation, and clinical relevance to IUS - making it a smarter, more scalable alternative to traditional approaches.

Why DovaSound is the next step forward

DovaSound is being developed to meet rising demand for non-invasive, scalable tools that support earlier intervention, more frequent monitoring, and improved access across diverse patient populations. It is designed to reduce variability in interpretation, automate key measurements, and deliver standardized, unbiased insights - enabling faster decisions and greater precision in both care and research settings.

Built on proven foundations

DovaSound leverages Dova’s validated AI infrastructure - benefiting from prior development pathways, regulatory groundwork, and partnerships with global experts and institutions. Government-backed and KOL-supported, it’s positioned to accelerate adoption in both clinical and research environments.