By Amish Patel, MD, MBA

Founder & CEO, Verity XR | Board-Certified Pain Management Physician

Over the past 15 years as an interventional pain physician, I’ve cared for thousands of patients recovering from musculoskeletal injuries. Many were injured on the job and entered the workers’ compensation system with one goal—to get back to work and back to their lives.

Some recovered quickly.

Others struggled despite receiving excellent medical care, imaging, injections, surgery, medications, and physical therapy.

That experience taught me an important lesson:

The greatest barrier to recovery often isn’t the injury itself. It’s helping patients stay engaged in rehabilitation long enough to recover.

As our healthcare system continues searching for better ways to reduce disability and improve return-to-work outcomes, I believe rehabilitation—not another procedure or another medication—represents one of the greatest opportunities for innovation.

Workers’ Compensation Is Different

Workers’ compensation is unlike traditional healthcare.

Success isn’t measured simply by reducing pain.

It’s measured by restoring function.

• Can someone lift again?
• Can they bend?
• Can they climb stairs?
• Can they return safely to work?
• Can they regain confidence in their body?

These questions matter because musculoskeletal injuries remain one of the leading drivers of workers’ compensation claims and costs. Low back injuries, neck injuries, shoulder injuries, and repetitive strain disorders account for a substantial portion of lost workdays and disability across nearly every industry.

For payers, employers, and injured workers alike, the shared objective is the same:

Restore function as efficiently and safely as possible.

The Hidden Challenge: Rehabilitation Engagement

Physical therapy remains one of the cornerstones of musculoskeletal rehabilitation.

The challenge is that simply prescribing therapy doesn’t guarantee patients will fully participate.

Research consistently shows that adherence to rehabilitation programs—particularly home exercise programs—is often poor. Systematic reviews have reported that adherence varies widely, and many patients complete only a portion of their prescribed exercises. Barriers include pain, fear of movement, uncertainty about progress, lack of motivation, and competing life demands.

When patients disengage, recovery can stall.

As a pain physician, I’ve seen this repeatedly.

Patients don’t usually tell me,

“I don’t want to get better.”

Instead, they say:

“Every time I move, it hurts.”

“I’m afraid I’ll make it worse.”

“I don’t know if these exercises are helping.”

“I’m frustrated because I don’t see progress.”

Those statements are not signs of laziness.

They’re signs that rehabilitation has become psychologically difficult.

Recovery Is More Than Tissue Healing

Modern pain science has fundamentally changed how we think about musculoskeletal recovery.

Pain does not always reflect ongoing tissue damage.

Many patients continue to experience disability because of fear, deconditioning, reduced confidence, stress, and pain-related avoidance behaviors—even after healing has occurred.

Research over the past two decades has demonstrated the importance of addressing these factors alongside physical rehabilitation.

For example:

• Fear-avoidance beliefs are associated with higher disability and delayed recovery in many musculoskeletal conditions.
• Pain neuroscience education can improve patients’ understanding of pain and reduce fear when combined with active rehabilitation.
• Graded exposure helps patients gradually rebuild confidence in movement.
• Cognitive behavioral strategies can improve coping and support rehabilitation participation.
• Gamification and immersive digital experiences have shown promise for increasing motivation and enjoyment during rehabilitation.

Each of these approaches addresses an important reality:

Patients recover better when they remain engaged in the rehabilitation process.

Why Engagement Matters

When I cofounded Verity XR, I wasn’t trying to replace physical therapists.

I was trying to solve one problem.

How do we make rehabilitation something patients want to participate in rather than something they feel obligated to do?

The literature suggests that patient engagement influences adherence, and adherence is an important component of successful rehabilitation.

That doesn’t mean technology alone improves outcomes.

It means technology can potentially help deliver evidence-based rehabilitation in a way that encourages greater participation.

This distinction is important.

Technology is not the treatment.

Rehabilitation is the treatment.

Technology should simply help patients engage more consistently with it.

The Future of Workers’ Compensation Rehabilitation

I believe the next generation of rehabilitation will be built around several principles:

Movement First

Recovery requires movement. Not endless rest. Not avoidance.

Patients need structured, progressive opportunities to rebuild function.

Behavioral Rehabilitation

Fear of movement, pain catastrophizing, and reduced confidence frequently slow recovery.

Addressing these factors should become part of routine rehabilitation—not an afterthought.

Education

Patients who understand pain often become more confident participants in rehabilitation.

Pain neuroscience education should be integrated into musculoskeletal care.

Objective Progress

Patients are motivated when they can see improvement.

Objective measurements and meaningful feedback reinforce progress and build confidence.

Technology That Supports Clinicians

The goal is not fewer therapists.

It’s giving therapists better tools to engage patients both inside and outside the clinic.

Where Verity Fits

Verity XR was built around these principles.

Our platform combines:

• Therapeutic movement
• Pain neuroscience education
• Cognitive behavioral therapy concepts
• Graded exposure
• Guided breathing and relaxation
• Objective movement tracking

into one immersive rehabilitation experience designed to complement—not replace—traditional therapy.

Our early research has focused on demonstrating that patients and clinicians find the platform usable, engaging, and acceptable within rehabilitation settings.

The next phase of our work is to evaluate whether increasing rehabilitation engagement can translate into improvements in functional recovery, return-to-work readiness, and healthcare value across workers’ compensation populations.

That is the question we’re excited to answer through future pilot programs and collaborative clinical research.

Looking Forward

Workers’ compensation has always been about helping people return to meaningful work.

The opportunity before us isn’t simply to add another digital tool.

It’s to rethink how we engage patients throughout the rehabilitation journey.

If we can help more injured workers participate consistently in evidence-based rehabilitation, we have an opportunity to improve not only recovery—but confidence, independence, and quality of life.

That is the future of rehabilitation that I believe is worth building.

What the Research Shows

• Musculoskeletal disorders are among the leading causes of work disability and workers’ compensation claims worldwide.
• Home exercise adherence is frequently suboptimal, with systematic reviews identifying motivation, pain, fear of movement, and lack of feedback as common barriers.
• Fear-avoidance beliefs are associated with greater disability and delayed functional recovery in patients with musculoskeletal pain.
• Pain neuroscience education, when combined with active rehabilitation, can improve patients’ understanding of pain and support more adaptive recovery behaviors.
• Graded exposure and cognitive behavioral approaches have demonstrated benefits for appropriate patients experiencing persistent pain and fear of movement.
• Systematic reviews of virtual reality in rehabilitation have generally reported improvements in patient enjoyment, motivation, and engagement, while emphasizing the need for additional high-quality research evaluating long-term functional and economic outcomes.

References

1. Louw A, Zimney K, O’Hotto C, Hilton S. The clinical application of pain neuroscience education in musculoskeletal pain: A systematic review.
2. Vlaeyen JWS, Linton SJ. Fear-avoidance model of chronic musculoskeletal pain.
3. Jack K, et al. Barriers to treatment adherence in physiotherapy outpatient clinics: A systematic review.
4. World Health Organization. Rehabilitation 2030: A Call for Action.
5. American College of Occupational and Environmental Medicine (ACOEM). Practice Guidelines for Musculoskeletal Disorders.
6. Multiple recent systematic reviews evaluating virtual reality and immersive rehabilitation in musculoskeletal conditions.