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Human Digitization

We turn complex biology and high-precision physics into actionable digital assets. We serve medical, dental, and high-end retail leaders who require accuracy, using advanced geometry processing to eliminate noise and automate anatomical reconstruction.

Body Digitization & Processing

We develop body digitization systems for healthcare and fitness applications. Working with both 2D and 3D sensors, such as cameras, scanners, and motion capture systems, we can capture the body in a wide range of conditions and environments. We use advanced algorithms to digitize body parts and process the data into high-quality representations of the human body. The resulting digitized data can be used for further analysis or augmentation.

Dental scans with localized and replaced abutment models
Medical applications require high-quality acquisition and high-precision computation, which our systems deliver.
Read more in our research of the hybrid optical-inertial motion capture system >
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Acquiring an accurate body scan can be difficult due to skin behavior, hair details, and clothing. These challenges can be addressed statistically using parametric models or machine learning.

Medical Metrology

We have experience developing body metrology systems for motion capture calibration and body measurement estimation. Our systems can estimate the position and orientation of body parts—and even the underlying skeleton structure—using only color images captured by 2D cameras.

Generating synthetic datasets of human.
Read more in our research paper about automatic estimation of body measurements >
SMPL meshes with skeletons
Human body is a complex structure of bones, driven by muscles and protected by soft tissues. In order to measure its parameters correctly, the algorithms should account for the physics behind it.

Digital Avatars and Virtual Models

Our deep expertise in real-time rendering and 3D data processing allows us to create digital avatars and virtual models of the human body. We use advanced algorithms to create avatars and models and render them realistically. We have experience rendering and processing 3D data using the SMPL model, Gaussian Splatting, and other techniques.

  • Scanshoot for SMPL
  • Halaj's Digital Avatars?
Read more in our human avatars project page >
Head scanning and rendering using Gaussian Splatting

Interested?

Collaborate with us to create the best solution for your needs. Contact us using the information below.

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