Posture Analysis is updated

Posture Analysis is updated

Posture Analysis App

Posture Analysis app

Posture Analysis and plans updated

Knee Injury and Osteoarthritis Outcome Score (KOOS)

Posture Analysis is smarter now

video analysis is updated

video analysis is updated

posture for a perfect posture is updated , faster app, better UI UX eperience

some UI bugs fixed

Track your posture for perfect alignment using just your device's camera.

Plan and Posture

New exercises are added

New exercises are added

New exercises are added

Posture Analysis is updated

Posture Analysis is free for first time

Posture Analysis is free for first time

Personalized Corrective Exercise Plans

Personalized Corrective Exercise Plans

Personalized Corrective Exercise Plans

New Updates to Video Analysis

New Updates to Posture Analysis

Advanced Gait Lab Gait analysis is a scientific method of evaluating movement patterns, kinesiology and examining the range of joint movement and muscle function during walking. Gait analysis is used to assess, plan, and improve the movement patterns of people with disabilities. Rehabilitation movement specialists and physiotherapists use this method to analyze the movements of professional athletes and their injured clients. This type of kinesiology can be effective for analyzing injuries in the skeletal and muscular structure, and professional experts can prepare more suitable movement programs and exercises for their clients. Treadmill gait analysis has advanced significantly, providing deeper insights into walking patterns, rehabilitation progress, and performance optimization. With recent technological improvements, analyzing movement on a treadmill has become more accessible, offering clinical-grade insights without the need for expensive equipment. These advancements support athletes, clinicians, and individuals recovering from injury or managing movement disorders. The Importance of Treadmill Gait Analysis Walking involves complex interactions between the body’s visual, somatosensory, and vestibular systems, along with joints and muscles. When any of these systems is impaired, abnormalities in gait may develop, leading to pain, inefficiencies, or long-term issues. By evaluating key parameters such as stride length, cadence, and joint angles, gait analysis helps identify the source of movement challenges and informs strategies for rehabilitation and improvement. A key benefit of treadmill-based gait analysis is its ability to measure movement patterns in a controlled environment. This is particularly useful for tracking changes over time, understanding the effects of interventions, and optimizing movement strategies in both clinical and athletic contexts. New Features and Capabilities Recent advancements have enhanced the ability to evaluate treadmill walking with precision. Key features include: Detailed Biomechanical Insights Critical parameters such as step length, stride length, cadence, and joint angles are measured with precision. These metrics offer a comprehensive understanding of movement patterns, helping identify areas for improvement or tracking recovery progress. AI-Powered Analysis Advanced algorithms analyze walking mechanics in real-time, providing visualizations of key gait cycle events such as heel strike, toe-off, and joint motion during stance and swing phases. Streamlined Video Preparation Capturing data requires only a simple side-profile video recorded on a treadmill at a natural walking speed. Ensuring clear visibility of key joints allows for accurate measurements and reliable results. Progress Monitoring Tracking historical data enables users to observe trends and improvements over time, whether for rehabilitation, athletic training, or general health goals. Clear visual reports simplify interpreting changes in movement patterns. Accessibility and Affordability These innovations remove the need for expensive lab-based setups, offering a practical and cost-effective solution for gait evaluation. With advanced analysis tools available through widely accessible technology, movement insights are no longer restricted to specialized clinical environments. Applications of Treadmill Gait Analysis This method has broad applications across several fields: Clinical Assessment: Evaluating gait abnormalities caused by conditions like arthritis, Parkinson’s disease, or post-surgical recovery, and tracking the impact of therapeutic interventions. Sports Optimization: Enhancing performance and preventing injury by analyzing stride mechanics and identifying inefficiencies in movement. Research: Offering precise measurements for studies in movement science, assistive device development, and treatment evaluation.