Objective, AI-powered motion insights reduce subjectivity and improve consistency.
Real-time movement data enables providers to give tailored operative, chronic, rehabilitation and adaptive care plans.
Detects subtle movement changes that signal to providers potential patient changes before symptoms escalate.
Objective, AI-powered motion insights reduce subjectivity and improve consistency.
Real-time movement data enables providers to give tailored operative, chronic, rehabilitation and adaptive care plans.
Detects subtle movement changes that signal to providers potential patient changes before symptoms escalate.
Objective, AI-powered motion insights reduce subjectivity and improve consistency.
Real-time movement data enables providers to give tailored operative, chronic, rehabilitation and adaptive care plans.
Detects subtle movement changes that signal to providers potential patient changes before symptoms escalate.
Objective, AI-powered motion insights reduce subjectivity and improve consistency.
Real-time movement data enables providers to give tailored operative, chronic, rehabilitation and adaptive care plans.
Detects subtle movement changes that signal to providers potential patient changes before symptoms escalate.
Objective, AI-powered motion insights reduce subjectivity and improve consistency.
Real-time movement data enables providers to give tailored operative, chronic, rehabilitation and adaptive care plans.
Detects subtle movement changes that signal to providers potential patient changes before symptoms escalate.
Enables earlier diagnosis, personalized treatment, and improved recovery outcomes.
Enhances clinical decision-making with real-time, data-driven movement insights.
Reduces costs by minimizing unnecessary tests, optimizing care, and preventing complications
Supports referral pathways and care coordination with real-time movement data, optimizing utilization and costs, while enabling providers with clinical decision support.