// FlexMSK
Extend Clinic Rehab to Home with Ease
An AI-powered remote rehabilitation solution connects what your patients can do in the clinic with what they actually do at home, closing the ICF gap in traditional rehabilitation.
Closing the gap between Can-Do and Do-Do
The WHO’s International Classification of Functioning, Disability and Health (ICF) asks two different questions: what can a person do in a clinic or test setting (capacity), and what do they actually do in daily life (performance)? Many patients can complete every prescribed exercise in the clinic, then lose guidance and motivation at home, and progress stalls. FlexMSK is built for that gap.
Can-Do
What a patient can do under well-equipped clinic environment.
Do-Do
What a patient actually does in everyday life, at home and in the community.
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Participation Gap
Patients may do well in the clinic yet struggle to apply it in daily life, because there is little guidance between visits.
Inefficiency
Patients may fail to perform their prescribed home exercises due to the lack of supervision and motivation, leading to stalled recovery and wasted clinical resources.
Accuracy & Safety Risks
When exercising alone at home, patients may perform exercises incorrectly, leading to the risk of re-injuries or recovery delay.
Poor Progress Tracking
Traditional rehab relies on patients' subjective self-reporting (e.g. "I feel better today"). Clinicians can’t accurately adjust treatments based on real facts.
The Scalability Bottleneck
The 1-on-1 manual supervision model is inherently limited by staff hours and physical clinic space. As the aging population grows, this model creates massive waitlists and leaves providers unable to meet the rising demand for care.
Trusted by the Hospital Authority of Hong Kong
Clinical-grade skeletal sensor automatically identifies and analyses human skeletal motion.
The built-in AI skeletal sensor detects motion errors and provides feedback in no time.
Even an entry-level smartphone is compatible with FlexMSK. No extra wearable needed.
The video guidance and progress tracking keep the patients engaged throughout the recovery.
Visualised progress with real-time data enables the therapist to adjust prescriptions remotely.
Comprehensive exercises are ready for use, covering neck, shoulder, back, and leg exercises.
Both the physiotherapist and the patient can access the prescription at all times.
Built around practice principles that support motor learning
Rozevink et al. (2023) proposed five criteria for practice that supports motor learning, known as PP-5R. FlexMSK’s home programme is designed around them, so the exercises a patient practises between visits stay repeated, varied, relevant, progressive and reinforced.
Repetition
An AI-guided exercise programme to extend the clinic “can-do” to home “do-do”.
Randomised
Relevant
Practice linked to what matters in the patient’s life.
Customised exercises filmed in the clinic from the patient’s own Can-Do, tied to their goals.
Reconstruction
Reinforcement
Feedback that keeps the patient on track and motivated.
AI provides real-time feedback while therapists review the progress and communicate with patients in the app.
Based on the randomized controlled trial published in the Journal of Medical Internet Research (JMIR) 2026, FlexMSK’s AI-assisted telerehabilitation has been scientifically proven to deliver superior clinical outcomes compared to conventional exercise methods.
Effects of Artificial Intelligence Recognition–Based Telerehabilitation on Exercise Capacity in Patients With Hypertension: Randomized Controlled Trial
Significant Improvement in Exercise Capacity
The intervention group achieved a significantly higher increase in their 6-minute walk distance (6MWD) compared to the control group, with an adjusted mean difference of 62.77 meters (P=.002).
Enhanced Blood Pressure Control
Participants saw a notable systolic blood pressure reduction, outperforming the control group by an adjusted mean difference of 4.11 mmHg (P=.046).
Boosted Physical Activity & Self-Efficacy
Users recorded a total exercise time increase of 98.24 minutes (P=.001) and an improved exercise self-efficacy score of 21.71 (P<.001) over conventional exercise rehabilitation.
Optimal Physiological Gains
FlexMSK delivered significant improvements in peak oxygen uptake (Peak VO2), with an adjusted mean difference of 3.39 mL/kg/min (P=.026) compared to the control group.
It provides patients with real-time corrective guidance, tracks every movement with clinical accuracy, and updates progress automatically. No wearable is needed.
Post-surgery rehabilitation for joints, bones, and soft tissue injuries with precise movement tracking.
- Track incremental gains in Range of Motion (ROM) to ensure surgical sites heal within expected parameters.
- Record the exact volume of repetitions completed, allowing PTs to adjust resistance levels based on verified completion data.
- Identify whether a patient is “cheating” during a movement, ensuring the intended muscle groups are targeted for recovery.
Long-term rehabilitation for persistent MSK conditions, focusing on consistency and correct exercise execution at home.
- Monitor the completion percentage for daily exercise routines to bridge the gap between clinic visits.
- Ensure every repetition meets the prescription exercise requirement to ensure the motion is correct.
- Provides the patient with a “pocket therapist,” turning occasional clinical visits into a daily corrective habit.
Maintenance and preventive rehabilitation for elderly patients to improve balance, gait, and functional independence.
- Capture data on exercise stability, ensuring the patient is performing prescribed movements safely within their balance limits.
- Record the frequency and quality of mobility drills, providing objective reports on the patient’s functional status.
- Monitor the patient’s ROM or repetition quality drops, indicating a potential need for a clinical reassessment.
FlexMSK is your best partner
All you need is an Android tablet to install our FlexMSK app. Then you are good to create profiles and start prescribing exercises for your patients.
Your patients just need to download and install the FlexMSK app, and log in with their mobile phone number. Once logged in, they can see the prescription exercises on the app.
It's simple. Once you finished the diagnosis during the in-person session with the patient, you can demonstrate the prescription exercises and record them as videos. Or you can simply pick the right exercises from our motion library. Then you can assign those exercises to your patient and indicate the frequency and repetition needed.
We'll assist you throughout the setup process, and you'll be good to go within 24 hours.
Currently, it supports English, Traditional Chinese and Simplified Chinese.
Our commitment to your clinic includes comprehensive support. During your subscription, our team is available via WhatsApp or our dedicated service line to provide timely assistance.
We take medical data security seriously, so FlexMSK is fully compliant with healthcare data protection standards.
We offer flexible pricing models designed to align with your clinic’s specific needs. Our rates are structured based on your preferred subscription duration and your anticipated monthly patient volume.