From the start, making AI accessible to companies that improve lives has been central to our mission,' said
From the start, making AI accessible to companies that improve lives has been central to our mission,' said
Coronary Artery Disease (CAD) remains a leading cause of death worldwide, and accurately assessing arterial plaque is central to effective treatment decisions. NuevoSono's broadband frequency IVUS technology is designed to provide high-resolution imaging with detailed visualization of coronary anatomy. With AI embedded, the platform will help bring greater consistency to image interpretation, ease clinical workflow, and support decision-making in a way that aligns with both clinical practice and intervention outcome.
The adoption of AI in medical imaging continues to accelerate as healthcare systems seek greater diagnostic consistency and operational efficiency. According to
'AI is an important component of our next-generation IVUS platform, but accuracy alone is not sufficient,' said
NuevoSono's IVUS platform is currently under development. The company is preparing for commercialization as it advances toward a system designed to achieve exceptionally high imaging resolution for the assessment of coronary plaque.
*GARTNER is a registered trademark and service mark of
About
SUPERWISE(R) is the Enterprise AI Agentic Governance and Operations Platform designed for real-world deployment. It brings together AI observability, risk management, and operational oversight in a unified solution, delivering built-in guardrails, explainability, and compliance features to ensure AI remains powerful, trusted, and aligned with organizational goals.
From regulated sectors like healthcare and finance to large-scale enterprise environments, SUPERWISE empowers teams to achieve confident, compliant, and continuous AI performance at scale. Learn more here: https://superwise.ai/blog/new-frontier-fda-cleared-ai-medical-devices/
About
NuevoSono, a portfolio company of
Contact:
Media
Jo Ann M Stadtmueller
inquiry@superwise.ai
(C) 2026 Electronic News Publishing, source


















