StepFlow vs Gait Analysis Vision

Transform your health with StepFlow - your personal AI-powered gait analysis companion. StepFlow uses advanced Apple Watch sensors to monitor your walking patterns 24/7. SUBSCRIPTION DETAILS: StepFlow Premium includes all features with a 1-month free trial. - Monthly: HK$58/month - Yearly: HK$428/year (save 38%) Privacy Policy: https://mkwu7380.github.io/stepflow-support/privacy Terms of Use (EULA): https://www.apple.com/legal/internet-services/itunes/dev/stdeula/ IMPORTANT: StepFlow is designed for general wellness and fitness purposes only. It is NOT a medical device and has NOT been cleared or approved by any regulatory authority. This app does NOT provide medical advice, diagnoses, or treatment. Always consult a qualified healthcare professional before making any health-related decisions. Never disregard or delay seeking professional medical advice because of information provided by this app. If you believe you have a medical emergency, contact your doctor or emergency services immediately.

GaitVision is a real-time motion and gait analysis tool designed for precise body tracking using on-device pose detection. Track joint angles, pelvic movement, and overall body alignment with high-frequency time-series data. Capture sessions, review movement patterns, and export structured data for further analysis. Built for developers, clinicians, trainers, and researchers who require fast, repeatable motion measurement without external hardware. Features: Real-time Analysis Monitor joint angles and body alignment live with continuous pose tracking and time-series graphs. Guided Assessment Step-based guided capture with voice prompts for consistent and repeatable measurement sessions. Session Recording Automatically save recorded sessions with replay support and structured organization. Data Export Export captured metrics to CSV for research, clinical documentation, or external processing. On-Device Processing All pose detection and analysis run locally for speed and privacy. GaitVision is designed for motion study, rehabilitation tracking, biomechanics experimentation, and performance evaluation.