Where Muscles Whisper, Data Speaks!

We have developed an AI-enabled IOT connected wearable platform that captures and analyzes muscle activation and shoulder motion, delivering precise, continuous insight into recovery quality, performance readiness, and movement efficiency.
Our technology empowers clinicians, athletic trainers, and performance professionals to make informed decisions that enhance outcomes and reduce reinjury risk.

h2>Best neuromuscular analysis systems in sports and medicine

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See What Movement Alone Cannot

Real-time neuromuscular data for performance, rehabilitation, and readiness.
Orthokinetic Track is a muscle-to-digital converter that transforms real-time muscle activation and joint motion into clear, actionable intelligence for clinicians, athletic staff, and human-performance teams.

WHO WE ARE

Orthokinetic Track, Inc. (OKT) was founded in 2021 in Newton, Massachusetts with a mission to advance orthopedic, sports, and military human performance through objective neuromuscular data.

We have developed an AI-enabled IOT connected wearable platform that captures and analyzes muscle activation and shoulder motion, delivering precise, continuous insight into recovery quality, performance readiness, and movement efficiency.
Our technology empowers clinicians, athletic trainers, and performance professionals to make informed decisions that enhance outcomes and reduce reinjury risk.

Orthopedic and sports medicine experts are using neuromuscular insight to inform treatment and recovery decisions. In this video, Dr. Vahid Entezari, Assistant professor of orthopaedic surgery at Cleveland Clinic Lerner College of Medicine explains the need for objective data for shoulder rehabilitation monitoring.

WHAT WE DELIVER

AI-Enabled Neuromuscular Insight

Autonomous Analysis
Continuous assessment of muscle activation, asymmetry, fatigue, and compensation patterns with no added burden to staff.

Integrated Motion and Activation Tracking
Real-time interpretation of combined muscle activity and joint movement during daily tasks, rehabilitation, and training sessions.

Recovery and Readiness Engine
AI models that detect trends, classify injury risk, and support confident return-to-play, return-to-duty, and rehabilitation decisions.

CORE TECHNOLOGY

ELSA™ : Enhanced Live Shoulder Assist

ELSA™ is an AI-enabled shoulder monitoring system designed to support and accelerate recovery for individuals with complex shoulder disorders.
The platform provides continuous insight that enhances clinical decision-making, strengthens patient engagement, and enables proactive, evidence-based orthopedic care.

 

WHY NEUROMUSCULAR DATA MATTERS

Movement Shows What Happens. Muscles Explain Why.

Athletes often look “good enough” in their movement patterns, even as critical stabilizing muscles fail to activate. When the primary muscle groups do not fire appropriately, other muscles compensate. Over time, this compensation alters mechanics, increases joint load, and accelerates tissue breakdown. The most concerning consequence is that the under-activated muscles weaken and begin to atrophy, sometimes leading to long-term or permanent deficits if not detected early.

This is the hidden progression that motion-only assessment cannot reveal.

 

The Clinical and Performance Reality

  • 1 in 3 athletes experience recurrent shoulder pain or reinjury after returning to play.
  • 20–50 percent of abnormal muscle activation is missed when relying only on movement analysis.
  • Hidden asymmetry, inefficient activation, and fatigue patterns often appear weeks before changes in visible motion.
  • When compensations persist, primary stabilizers weaken, secondary movers overload, and risk of structural injury increases.

Delayed detection and premature clearance lead to significant clinical, performance, and financial costs.

 

The Cost of Missing Early Neuromuscular Dysfunction

When clinicians and performance teams cannot see how muscles are truly firing:

  • Return-to-play becomes guesswork.
  • Compensatory movement becomes normalized.
  • Stabilizing muscles progressively weaken.
  • Athletes lose performance capacity.
  • Reinjury risk increases dramatically.
  • Some deficits become chronic and irreversible.

This is not merely about stalled progress, it is about preventing long-term functional loss and protecting the athlete’s career.

 

THE INNOVATION

OKT’s innovation is not just wearable hardware.
It is the practical, real-time measurement of muscle activation integrated with movement, allowing clinicians and performance teams to:

  • Detect instability before symptoms appear
  • Identify compensations before they become reinforced
  • Prevent atrophy of critical stabilizing muscles
  • Quantify readiness with objective neuromuscular data
  • Guide early intervention and safer progression
  • Support confident return-to-play decisions

This is the layer of insight that has been missing from traditional sports medicine and performance analytics.

WHO WE SERVE

Sports Performance

For professional teams, collegiate programs, athletic trainers, and performance laboratories:
We provide objective readiness scoring, fatigue monitoring, and movement-compensation detection to support safer and faster return-to-play.

Clinical Rehabilitation Monitoring

For hospitals, orthopedic practices, and physical therapy groups:
Our platform supports pre-operative assessment, clarifies progress, improves post-operative evaluation, and enhances patient-clinician communication.

Military Human Performance

For Army, Air Force, VA and military rehabilitation and operational units:
We deliver actionable readiness metrics, early injury-risk detection, and data-driven return-to-duty support.

CONTACT

For more information or partnership inquiries, please contact:
info@orthokinetictrack.com