CardioVis develops cutting-edge AI and computer vision solutions for cardiac valve surgery, enhancing surgical precision, training, and patient outcomes through innovative technology.
AI-powered guidance for enhanced surgical precision and outcomes
Comprehensive solutions designed to transform cardiac valve surgery through advanced AI and computer vision
A secure edge-to-cloud platform that unifies multimodal cardiac surgery data, enabling seamless integration of imaging and video streams with automated annotation capabilities.
Real-time surgical intelligence that analyzes operative video to track procedures, identify instruments and anatomy, and automatically generate training materials.
Patient-specific virtual heart valve models built from routine imaging, enabling surgeons to preview and optimize repair strategies before surgery.
Leveraging state-of-the-art AI and robotics technologies
Our platform combines advanced machine learning, computer vision, and robotics integration to deliver comprehensive surgical intelligence. Every component is designed with clinical requirements in mind.
We leverage partnerships with industry leaders including Intuitive Surgical, Dassault Systèmes, and Google Cloud to deliver robust, scalable solutions.
Working with leading institutions and industry partners to advance surgical innovation
Pioneering research in AI, robotics, and surgical technology
Developing advanced AI systems that integrate video, imaging, and sensor data for comprehensive surgical intelligence.
Creating federated learning frameworks that enable multi-institutional collaboration while maintaining data privacy.
Building models for surgical outcome prediction and optimization based on patient-specific characteristics.
Developing ROS 2 compatible systems for seamless integration with surgical robotic platforms.
Creating intelligent assistance layers for enhanced precision while maintaining surgeon control.
Leveraging the da Vinci Research Kit for developing and testing advanced surgical algorithms.
Conducting rigorous clinical studies to validate AI-driven surgical guidance systems.
Developing simulation platforms and training curricula for next-generation surgical education.
Researching methods to improve patient outcomes through data-driven surgical planning.
Connect with our team to explore how CardioVis can enhance your surgical practice or collaborate on advancing surgical innovation.