Anatomy Inference Engine
Anatomy Inference Engine
The demand for variety in patient cases in simulation is clear, but the time and cost in the hand crafted process made it impractical, until now. Generated anatomy delivers variation with speed, at scale, without the spend.
Interactive Beta
This is a first look at the engine that currently shows variety in liver anatomy and can create everything from major organs to complex vascular systems.
Patient Information
Liver Pathology
to generate the anatomy
How simulation anatomy was created until now
Hours of medical research to understand anatomical variations and pathological conditions
Complex 3D modeling requiring specialized software skills and anatomical expertise
Detailed texturing and material work, reviews and iteration to achieve medical accuracy
How we've accelerated patient case variety
Medical scans with demographic, pathological, and severity parameters feed into our AI system
A stack of algorithms process the data, generating anatomically correct, parameterised 3D models
Anatomy is reviewed and refined to continuously improve accuracy and variety
Use cases
We plan to use generated anatomy to offer a greater variety of patient cases in our training simulations, one day we hope to see this technology being used in other ways. We'd love to speak with you if you see potential in using anatomy inference for these future use cases.
Clinical Trials
Rapidly generating anatomies to support trial recruitment, stratification, and modeling.
Medical Devices
Providing synthetic yet realistic anatomical datasets for device design, validation, and regulatory testing.
Pharmaceutical R&D
Enabling large-scale, parameterized organ and pathology modeling to accelerate drug development and safety testing.
Publishing & Education
Democratizing access to high-fidelity anatomical models for medical schools, training centers, and researchers.
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Tell us what you think, or what we could improve...