3DGait is a revolutionary iOS application developed by Carecam, designed for research use only. It utilizes advanced visual AI technology to analyze and quantify human body motion, providing valuable insights into gait patterns and mobility disorders.
Using the built-in camera and sensors of an iPad Pro, 3DGait captures and analyzes the movements of an individual as they walk. The application then generates detailed reports and visualizations, allowing researchers to study gait abnormalities and track changes over
time.
3DGait is intended for use by researchers, clinicians, and healthcare professionals who are involved in studying human movement patterns, gait analysis, and rehabilitation.
3DGait provides researchers with a non-invasive and convenient tool for studying gait patterns and mobility disorders. By leveraging cutting-edge technology, researchers can gain valuable insights into patient rehabilitation, disease progression, and treatment efficacy.
To sign up for an account on 3DGait, simply register your interest on our website, and our
support staff will contact you shortly to guide you through the process for the installation.
3DGait is currently available only for iPad Pro and downloadable through TestFlight after
our support staff has given you access.
If you forgot your password, you can reset it by tapping on the “Forgot Password” option on the login screen. Our support staff will contact you shortly and assist you in retrieving
your account.
You can report bugs or provide feedback by navigating to the settings menu within the app and selecting the “Contact Us” option. Alternatively, you can contact our support team at support@carecam.ai.
Yes, we take the security and privacy of our users’ data seriously. 3DGait employs industry-standard security measures to protect your data and ensure confidentiality.
Some features of 3DGait may be available offline, depending on the nature of the
functionality. However, certain features may require an internet connection to function
properly.
3DGait uses weight and height as inputs to some algorithms
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