Metamorphosis utilizes a Computer Vision and AI platform for semi-automatic assessments of body volumetry, posture, and movement, enabling rapid and accurate diagnostics without the need for expensive equipment or specialized personnel. This technology addresses the inadequacies of traditional diagnostic methods, facilitating early detection of spinal deformities and postural issues in various healthcare settings.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for detecting spinal deformities and postural problems are often outdated, prone to errors, expensive, and require extensive labor, leading to delayed or missed diagnoses. Traditional diagnostic methods also lack the ability to easily share body health data and often involve radiation exposure.
Solution
Metamorphosis offers an AI-powered machine vision platform for rapid and accurate assessments of body volumetry, posture, and movement. The system uses contactless scanning to identify anatomical landmarks and measure body alignments, providing comprehensive insights into postural health. This technology enables healthcare providers to conduct screenings in various settings, including schools, clinics, and remote areas, facilitating early detection of conditions like scoliosis, kyphosis, and lordosis. The platform generates tailored reports and suggests next steps based on a knowledge database curated by clinicians.
Target Audience
The primary target audience includes healthcare providers, schools, and clinics seeking efficient and accessible solutions for posture and spinal health assessments, as well as individuals interested in monitoring their posture and detecting potential issues early.
Features
- AI-driven analysis of posture and spinal health using machine vision
- Contactless scanning procedure taking approximately 60 seconds
- Automatic calibration protocols for easy measurement setup
- Detection of anatomical landmarks for determining body and body part alignments
- Volumetric and kinematic analysis to detect gait, joint, and muscular changes
- Dashboard tracking for continuous monitoring of body health and historical overviews
- Integration capabilities with EHR and EMR platforms
- No radiation exposure