Products

DASI Dimensions
DASI Simulations
Cardiology AI
DASI Dimensions is an FDA-cleared, AI-powered imaging software by DASI Simulations that provides precise measurements and visualizations of cardiac structures from CT scans for pre-procedural planning of Transcatheter Aortic Valve Replacement (TAVR) procedures, enhancing decision-making and patient outcomes.

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About DASI Simulations

DASI Simulations is a healthcare AI company that specializes in advanced individualized computational predictive modeling for structural heart disease. Their technology leverages artificial intelligence and computer vision to transform routine imaging data, such as CT angiograms, into dynamic, patient-specific 3D simulations. This allows physicians and heart surgeons to visualize and predict the interaction between various heart implants and devices and a patient’s unique anatomy prior to procedures like Transcatheter Aortic Valve Implantation (TAVI).

The company’s flagship products, Precision TAVI™ and DASI Dimensions™, are FDA-cleared and designed to enhance pre-procedural planning by providing real-time, predictive insights into the efficacy of different treatment options. This approach aims to reduce manual planning time, minimize risks, anticipate potential complications (such as pacemaker risk or calcium shift), and optimize device selection and placement. By offering personalized and device-agnostic insights, DASI Simulations empowers clinicians to make more informed decisions, leading to improved patient outcomes and reduced costs associated with structural heart disease surgeries.

DASI Simulations is committed to advancing precision medicine in cardiovascular care, with a focus on lifelong planning and complication reduction for patients with heart valve disease. Their platform supports simulating procedures, predicting outcomes, and personalizing treatment for patients with structural heart disease, thereby redefining the standard of care.

Focus Areas

Structural heart care Transcatheter Aortic Valve Replacement (TAVR) predictive modeling AI-driven simulations personalized medicine interventional cardiology medical image segmentation 3D reconstruction physics-based cardiovascular modeling digital twin technology

Business Intelligence

Key InvestorsCleveland Clinic, NIH Small Business Innovation Research, Georgia Tech VentureLab, Cedars Sinai Health Ventures, K2X, TiE Women, Accelerating Angels
PartnershipsCleveland Clinic, Medtronic
TechnologyAI-powered medical platform, computer vision, computational predictive modeling, physics-based AI, cloud-based platform (AWS), digital twin software, converts CT scans into 4D predictive environments, mobile application, web browsers
FDA Clearances2 cleared products (estimated)

What Physicians Need to Know

Structural Heart Care
DASI Simulations transforms structural heart care by providing AI-powered, patient-specific computational modeling to optimize treatment decisions and improve outcomes for patients with complex structural heart diseases.
Transcatheter Aortic Valve Replacement (TAVR)
Specializes in advanced individualized predictive modeling for TAVR, offering device-agnostic insights to support precise, personalized treatment decisions. Their PrecisionTAVIu2122 software models valve-anatomy interaction to minimize risks like annular rupture, coronary occlusion, and paravalvular leak.
AI-Driven Simulations & Predictive Modeling
Pioneers in AI-based predictive modeling and digital twin technology, converting routine CT angiograms into dynamic, predictive 3D simulations. This allows clinicians to simulate procedures, predict outcomes, and make more informed decisions.
Personalized Medicine
Focuses on tailoring care to each patient's unique anatomy and considering their future needs, ensuring optimal outcomes for current and potential future interventions.
Interventional Cardiology
Empowers interventional cardiologists and heart surgeons with precise, actionable insights into patient-specific heart conditions, enhancing clinical outcomes and streamlining pre-procedural planning.
Medical Image Segmentation & 3D Reconstruction
Leverages computer vision and AI (including 3D U-Net architecture) to perform accurate and unbiased medical image segmentation and 3D reconstruction, transforming static images into interactive, dynamic predictive environments.
Physics-Based Cardiovascular Modeling
Utilizes physics-based AI and computational modeling, incorporating a deep understanding of blood flow and heart valve dynamics to simulate different device implants and surgical treatments with high precision.
Digital Twin Technology
Creates a 'digital twin' of the patient's heart, allowing physicians to pre-surgically visualize and predict the heart's physical interaction with various implantable devices and simulate treatment scenarios.
Physician Tip

DASI Simulations offers a paradigm shift in pre-procedural planning for structural heart interventions, particularly TAVR. Physicians can leverage their FDA-cleared and CMS-reimbursable PrecisionTAVIu2122 and DASI Dimensionsu2122 products to gain real-time, predictive insights into device-anatomy interactions. This technology moves beyond basic manual measurements, enabling interactive visualization of treatment scenarios and predicting potential complications, thereby enhancing decision-making confidence and optimizing patient outcomes. The device-agnostic nature of their platform ensures unbiased recommendations, focusing solely on patient-specific needs and long-term management. Integration is designed to be seamless, converting routine CT angiograms into dynamic 3D simulations accessible via cloud portals and mobile applications, supported by a human-in-the-loop quality check for accuracy. This allows for more precise valve selection, sizing, and positioning, ultimately reducing risks and streamlining clinical workflows.

DASI Simulations integrates effortlessly into existing clinical workflows. Physicians upload patient CT angiograms to a secure cloud server, which then generates a personalized computational model of the heart. The interactive simulation results inform decisions about valve type, size, and position, and can guide TAVR procedures in real-time. The platform is accessible via cloud portals and mobile applications, and they are actively co-developing next-generation AI predictive modeling solutions for intraprocedural TAVR guidance with partners like Cleveland Clinic.

Products by DASI Simulations

1 product in the directory

DASI Dimensions
DASI Simulations
Cardiology AI
DASI Dimensions is an FDA-cleared, AI-powered imaging software by DASI Simulations that provides precise measurements and visualizations of cardiac structures from CT scans for pre-procedural planning of Transcatheter Aortic Valve Replacement (TAVR) procedures, enhancing decision-making and patient outcomes.

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Press & Coverage

DASI Simulations
DASI Simulations Closes Third Funding Round of $5 Million; Finalizes 11 Commercial Agreements for Its AI-Powered Predictive Modeling Products for Structural Heart Care
DASI Simulations announced a $5 million funding round closure and 11 new commercial agreements, expanding its sales force, engineering talent, and patent portfolio for AI-powered structural heart solutions.
2025-06
Cleveland Clinic Newsroom
Cleveland Clinic Collaborates with DASI Simulations to Create AI-Powered Technology for Structural Heart Care
Cleveland Clinic and DASI Simulations are partnering to co-develop innovative AI technology for real-time assistance during heart procedures, aiming to create an AI-powered 'co-pilot' system for catheterization labs.
2025-10
DASI Simulations
Medtronic and DASI Simulations partner to advance the future of TAVR through predictive modeling and personalized planning
Medtronic and DASI Simulations have formed a strategic partnership to integrate DASI's AI-based predictive modeling into the TAVR workflow, providing clinicians with insights for personalized treatment decisions.
2025-10
DASI Simulations
DASI Simulations Featured as the Cover Story in Cardiology Magazine
DASI Simulations was featured as the cover story in Cardiology Magazine, highlighting how its AI-driven computational modeling is transforming structural heart planning.
2025-12
Journal of Clinical Medicine (via PMC)
Advanced Computer Simulation Based on Cardiac Imaging in Planning of Structural Heart Disease Interventions
This peer-reviewed article discusses advanced computer simulation, including DASI Simulations' technology, for planning structural heart disease interventions, emphasizing its feasibility and clinical utility.
2025-09
MedTech Innovator
DASI Simulations earns FDA clearance for second AI-powered imaging product; continues to build structural heart platform
DASI Simulations announced FDA clearance for its second product, DASI Dimensions, an AI-powered imaging product aimed at enhancing structural heart care.
2024-09
DASI Simulations
DASI Simulations closes $5 million convertible note funding round
DASI Simulations closed a $5 million convertible note funding round to commercialize its PrecisionTAVI product and launch new AI-driven products in structural heart care.
2024-02
Diagnostic & Interventional Cardiology (DAIC)
AI for Preprocedural TAVR Modeling Gains FDA Clearance
DASI Simulations received FDA clearance for its AI model, PrecisionTAVI, for pre-procedural transcatheter aortic valve replacement modeling, marking its first FDA-cleared product.
2023-06

Frequently Asked Questions

DASI Simulations offers PrecisionTAVIu2122 and DASI Dimensionsu2122 as its primary products, both FDA-cleared. PrecisionTAVIu2122 provides AI-driven, patient-specific simulations for TAVR planning, predicting device interaction with anatomy and potential complications. DASI Dimensionsu2122 automates precise measurements of cardiac structures from CT scans, enhancing visualization and streamlining the planning process for structural heart interventions.
DASI Simulations utilizes AI and computer vision to create a 'digital twin' of a patient's heart from routine imaging like CT scans. This allows physicians to simulate various treatment scenarios, predict outcomes, and visualize how different devices will interact with the patient's unique anatomy before surgery. This personalized approach aims to optimize device selection and placement, reducing risks and improving patient outcomes.
Both PrecisionTAVIu2122 and DASI Dimensionsu2122 are FDA-cleared, ensuring they meet rigorous safety and efficacy standards for medical devices. Additionally, PrecisionTAVIu2122 has received a Centers for Medicare and Medicaid Services (CMS) reimbursement code, facilitating easier adoption and payment for its predictive patient reports across the United States.
DASI Simulations operates on a 'pay per analysis' model, meaning there are no upfront implementation or subscription fees. They also offer a free three-case trial for physicians to evaluate the platform. For support, DASI provides 24/7 customer service through an industry-standard ticketing system and offers expert consultation to assist with device selection and procedural planning.
DASI Simulations has established significant partnerships, including a strategic collaboration with Medtronic to enhance access to its TAVR technology and a co-development agreement with Cleveland Clinic. These partnerships aim to integrate DASI's AI-driven predictive modeling into clinical workflows, develop next-generation solutions like an AI-powered 'co-pilot' for cath labs, and expand the reach of personalized structural heart care.
DASI Simulations integrates by allowing clinicians to upload patient CT angiograms to a secure cloud server, which then generates a personalized computational heart model. This model, created through medical image segmentation, 3D reconstruction, and physics-based cardiovascular modeling, enables interactive visualization of device-anatomy interactions. The platform provides real-time predictive insights to inform decisions on valve type, size, and position, with human-in-the-loop quality checks ensuring accuracy.
Founded in 2020, DASI Simulations is an Ohio-based medical technology startup that has rapidly gained traction with its FDA-cleared and CMS-reimbursed products. The company has demonstrated strong financial momentum, having raised over $7 million in funding, including a $5 million convertible note round in February 2024. This funding supports the commercialization of existing products and the launch of new AI-driven solutions in structural heart care.

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