Key Takeaways
- A health tech company partnered with Kortexity to develop an AI-powered physiotherapy consultation app.
- Utilized AI-driven body tracking to monitor movements and provide real-time posture correction.
- Delivered personalized exercise recommendations based on user performance and physiotherapist inputs.
- Designed a scalable, mobile-friendly solution for easy remote physiotherapy and faster recovery.
Background
The physiotherapy sector faces major challenges in accessibility and effectiveness. Key issues include:
- Limited availability of physiotherapists, especially in remote areas.
- High risk of incorrect exercises, leading to injuries or slow recovery.
- Lack of real-time supervision, reducing patient engagement and adherence.
Problem
Limited Access to Care
- Long wait times for in-person therapy sessions.
- Lack of rehabilitation options in underserved regions.
Posture & Movement Challenges
- Difficulty in ensuring correct form during home exercises.
- Higher chances of re-injury due to poor posture.
Technical Requirements
- Need for AI-powered body tracking for precise movement analysis.
- High accuracy in posture correction and exercise recommendations.
Solution
Kortexity developed a comprehensive AI-driven physiotherapy app with the following features:
AI Motion Tracking
- Integrated computer vision-based movement analysis for real-time feedback.
- Provided automated posture correction to prevent injuries.
Personalized Exercise Plans
- Adaptive exercise programs tailored to user progress.
- AI-driven difficulty adjustments to optimize rehabilitation.
User-Friendly Interface
- Interactive mobile-first design with guided exercise demonstrations.
- Real-time performance insights for improved motivation.
Remote Physiotherapy Support
- Enabled video consultations with physiotherapists.
- Developed progress tracking dashboards for clinicians and patients.
Results
The AI-powered physiotherapy app delivered significant improvements:
Clinical Impact
- 95% accuracy in posture detection and correction.
- 30% faster recovery for users following AI-guided programs.
Operational Efficiency
- 50% reduction in patient dropout rates.
- 40% improvement in physiotherapist efficiency with AI-assisted tracking.
Healthcare Access
- Remote AI-guided therapy is available 24/7.
- Expanded accessibility to 100+ underserved locations.
Economic Benefits
- X% cost reduction in physiotherapy treatments.
- Potential X in annual savings through AI-driven rehabilitation.
This case study highlights how AI-powered physiotherapy enhances accessibility, accuracy, and recovery outcomes, making rehabilitation more effective and engaging.