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How AI Is Revolutionizing Physical Therapy in Senior Living

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As America’s aging population continues to grow, senior living operators face mounting pressure to provide safer, smarter, and more personalized care—especially in physical therapy and fall prevention. One of the most promising advances in this space? Artificial Intelligence (AI). AI technologies like Exer AI are changing the way clinical teams assess, treat, and monitor mobility in older adults. From improving fall risk screening to helping operators get more residents under an approved Plan of Care (POC), the latest generation of AI-powered rehabilitation tools are designed with both residents and staff in mind.

The Problem: Rising Risk, Limited Resources

Senior living providers are contending with multiple challenges:

  • High Fall Rates – Falls remain the leading cause of injury-related deaths among seniors.
  • Staffing Shortages – Limited access to PT/OTs makes it harder to conduct regular assessments.
  • Inconsistent Outcomes – Manual screening methods vary in accuracy and frequency.
  • Uncaptured Revenue – Many residents who would benefit from therapy aren’t under a reimbursable POC.

That’s where AI steps in—with tools to help providers proactively identify risk, document need, and deliver high-quality care at scale.

Exer AI: A Smarter Approach to Motion and Mobility

Exer AI is a Clinical AI platform that uses an iPad’s camera and computer vision to perform motion assessments—no wearables, sensors, or expensive hardware required.

Here’s how Exer helps senior living communities:

  • Fall Risk Screening at Scale: Run quick, standardized gait assessments on-site to identify residents at risk before a fall happens.
  • Get More Residents Under Plan of Care: Facilities using Exer have seen a 20–25% increase in residents added to reimbursable care plans by flagging clinical need with objective, AI-backed data.
  • In-Clinic or In-Unit: Staff can perform assessments in therapy gyms, resident apartments, or even via telehealth for remote care.
  • Provider-Grade Documentation: Exer auto-generates motion reports and progress notes that help support evaluations, re-certs, and compliance.
  • Data-Driven Personalization: Therapists use Exer’s insights to tailor interventions, monitor functional progress, and adjust care accordingly.

The Bottom Line for Operators and Clinical Teams

Adopting AI-powered PT tools like Exer brings measurable ROI and clinical benefits:

  • Increase Plan of Care Participation
    • Identify unmet needs, reduce missed opportunities, and generate more reimbursable therapy hours.
  • Enhance Staff Efficiency
    • AI handles routine assessments and documentation so therapists and aides can focus on care delivery.
  • Reduce Falls and Hospitalizations
    • Early detection of mobility issues allows for proactive interventions and fewer incidents.
  • Boost Resident Engagement
    • Tech-enabled therapy feels modern, interactive, and builds trust with families.
  • Improve Quality Scores and Outcomes
    • Track resident function over time with objective metrics that support care planning and QAPI goals.

Other Examples: The Rise of AI in Senior Living

Exer isn’t alone. The senior living industry is embracing AI to improve resident safety and outcomes. For example:

  • SafelyYou uses AI-enabled cameras to detect and analyze falls in memory care units, helping staff respond faster and prevent future incidents.
  • Cura OS applies AI for care coordination, documentation, and workforce scheduling.

These innovations signal a clear shift: AI is no longer futuristic—it’s foundational to delivering high-quality, scalable care in today’s senior living landscape.

Ready to Elevate Your Rehab Program?

Whether you're a clinical director, therapy provider, or executive operator, Exer AI helps you modernize care, protect residents, and improve the bottom line.

Learn more about how Exer AI is helping senior living teams prevent falls, improve outcomes, and get more residents under care.

No extra hardware, no sensors.
Exer AI works seamlessly without the need for sensors or wearables to improve patients’ lives and providers’ decision-making across complex care needs in multiple specialties, including orthopedics, neurology, pain/spine, PM&R, geriatrics, and more.