CuraFitt provides a wearable smart device that continuously captures high‑resolution knee, hip, and ankle kinematics during musculoskeletal rehabilitation and delivers instant haptic cues to correct form. The sensor data is streamed to a cloud platform where AI analytics generate movement‑quality scores, injury‑risk alerts, and remote therapeutic monitoring reports for clinicians, enabling data‑driven, at‑home therapy without camera setups.
Funding
Funding not disclosed
Founders
Product
Problem
Physical therapy programs often rely on video or camera-based monitoring that only verifies exercise completion, missing detailed movement quality data such as joint loading, pivot support, and knee landing mechanics. This blind spot can lead to improper form, increased risk of re‑injury, and delayed recovery because clinicians cannot assess real‑time biomechanics outside the clinic.
Solution
CuraFitt offers a wearable smart device that functions as an autonomous pocket therapist, providing continuous, real‑time assessment of movement quality during musculoskeletal rehabilitation. Integrated inertial sensors capture kinematic data of the knee and related joints, while built‑in haptic actuators deliver instant tactile feedback to correct form. The device streams data to a cloud platform where AI analytics generate biofeedback insights and alerts when movement quality degrades. Clinicians can review detailed kinematic reports and remote therapeutic monitoring (RTM) data through a web dashboard, enabling data‑driven adjustments to therapy plans without requiring in‑person visits. The system expands beyond knees to support broader musculoskeletal recovery, aiming to prevent re‑injury and accelerate functional outcomes.
Target Audience
Primary customers are physical therapists, sports medicine clinicians, and rehabilitation centers seeking objective, remote monitoring of patient movement quality, as well as patients who require guided, at‑home musculoskeletal recovery.
Features
- Wearable sensor suite that records high‑resolution knee, hip, and ankle kinematics during exercises
- Real‑time haptic feedback that vibrates to cue users when improper form or unsafe loading is detected
- Cloud‑based AI analytics that transform raw sensor data into movement‑quality scores and injury‑risk alerts
- Remote therapeutic monitoring (RTM) compliant reporting for clinical reimbursement and tele‑rehab workflows
- Web dashboard for clinicians with longitudinal trend graphs, detailed biomechanical reports, and customizable alert thresholds
- Device operates independently of cameras, enabling use anytime and anywhere without a dedicated setup