Virtonomy provides a digital twin solution, v-Patients, that utilizes AI and multi-physics simulations to enable medical device developers to conduct virtual testing and optimization. This approach accelerates product development, reduces costs, and minimizes regulatory burdens by allowing for early safety and performance assessments in a diverse range of anatomical scenarios.
Funding
$3.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
AVBKHV+1Founders
Product
Problem
Developing medical devices requires extensive physical testing, which is time-consuming, expensive, and may not fully represent the diversity of patient anatomies and pathological conditions. Traditional methods can delay product development and increase the risk of failure due to limited early-stage safety and performance assessments.
Solution
Virtonomy offers v-Patients, a digital twin solution that leverages AI and multi-physics simulations to enable medical device developers to conduct virtual testing and optimization. The platform utilizes a database of real clinical data to create virtual patient cohorts that reflect anatomical variability, demographic diversity, and pathological conditions. This allows for early safety and performance assessments in a diverse range of anatomical scenarios, accelerating product development, reducing costs, and minimizing regulatory burdens. The virtual trial platform supports the full product life cycle of medical device development, from concept phase to regulatory reporting and clinical practice.
Target Audience
The primary audience includes medical device developers, particularly those focused on cardiovascular devices, and regulatory affairs professionals seeking to streamline the approval process.
Features
- Virtual patient cohort tailored for specific needs, created from real CT scans
- Advanced 3D visualization and interactive implantation tools
- Accurate 3D measurements and extensive statistical analysis
- Advanced Statistical Shape Models to represent worst-case, edge-case, and average patient anatomies
- Validated ISO benchtop test simulations
- Validated in-human implant simulations
- Regulatory services and consultation to create a virtual testing plan
- Compliance with regulatory bodies and validated virtual evidence reports
- Seamless integration into existing workflows with an intuitive user interface