SMARC AI
— Precision Functional Medicine Health System

Medical-grade, AI-guided functional movement that empowers circulation, metabolism, hormonal balance, immunity, and safe rehabilitation.

What SMARC AI is

SMARC AI is a medical-grade therapeutic functional-movement system that combines hardware, interactive software, and an AI-cloud platform to deliver full-layer body muscle training: upper body (chest, shoulders, scapulae, arms), core (abdomen, back, hips, buttocks, pelvic floor), and lower limbs (thighs, legs, ankles, feet). Built by an international team (Japan, Spain, USA, Taiwan) since the early 2000s, SMARC integrates medical rehabilitation science, clinical physiotherapy experience, and sports science to enhance self-healing mechanisms and restore functional performance for rehabilitation patients, sub-healthy adults, and seniors.

SMARC AI　operationalizes evidence-informed physiotherapy principles with real-time biofeedback and cloud analytics, turning therapist prescriptions into repeatable, trackable sessions between visits.

Why Functional Medicine

Functional Medicine is a patient-centered, systems-oriented, root-cause approach that seeks to identify and correct underlying physiological imbalances rather than merely suppress symptoms.
Core principles

Systems Integration: nervous, endocrine, immune, circulatory, and metabolic systems are interconnected.
Prevention & Reversal: slow or reverse functional decline—not only treat it.
Personalized Interventions: tailored to genetics, lifestyle, and environment.
Self-Healing Enhancement: strengthen intrinsic regulatory and repair capacity.

SMARC AI moves beyond “repair after damage” toward system optimization and long-term resilience, aligning to Functional Medicine through precision assessment, AI-guided personalization, and progressive, quantifiable interventions—a Repair + Empowerment + Prevention platform.

What Makes SMARC AI Different

SMARC AI is not a gym machine and not a simple rehab tool. It is a medical-grade AI intervention platform that integrates:

Precision resistance control via Zero-Inertia Smart Magnetic Resistance Core™ (0.5–25 kg, precise, safe, progressive);
Real-time visual & auditory biofeedback for neuromuscular re-education;
Whole-layer muscle mobilization (superficial + deep + peripheral);
Large-ROM, multi-plane, multi-joint functional movement (upper × core × lower-limb kinetic-chain coordination);
Cloud big-data analytics for benchmarking, personalization, and longitudinal tracking;
Targeted lymphatic stimulation to support fluid dynamics and recovery.

Five Core Innovations × Four Functional Medicine Domains

1. Intelligent Electro-Magnetic Flux Core™

Features: Bi-directional, inertia-free, and safely adjustable magnetic resistance
Benefits: Delivers high-efficiency “muscle pump” activation across deep, superficial, and peripheral muscle groups
Clinical Significance: Enhances blood and lymphatic circulation, rebuilds muscle quality, and improves metabolic and immune function

2. Multi-Sensory Real-Time Feedback System

Features: Integrated visual cues, auditory prompts, and feedback lighting
Benefits: Enhances motor control and sensory integration, strengthening brain–muscle connectivity
Clinical Significance: Supports neuromuscular re-education, improves posture and coordination, and helps prevent falls

3. AI Functional Assessment & Prescription Engine

Features: Real-time analysis of range of motion, control precision, and coordination
Benefits: Generates personalized training prescriptions and automatically adjusts goals and intensity
Clinical Significance: Improves adherence, tracks progress, and optimizes intervention strategies

4. Cloud-Based Data & Outcome Tracking System

Features: Cross-platform, cross-device integration of health data
Benefits: Records every training movement and feedback, enabling trend analysis and real-time reporting
Clinical Significance: Provides physicians and therapists with visualized outcome tracking to enhance patient management

5. Multi-Planar Functional Movement Design

Features: Engages upper and lower limbs, core, extremities, and deep muscles
Benefits: Simulates daily movement chains to improve integrated physical performance
Clinical Significance: Strengthens functional fitness and supports movement restoration for post-surgical, degenerative, or sub-health populations

SMARC AI integrates AI technology, clinical validation, and functional medicine principles to create a comprehensive system for enhancing muscle quality and performance—transforming every training movement into a step toward repair and regeneration.

Four Domains & Representative Outcomes

A. Circulation & Metabolism Improvement

Mechanisms: high-efficiency muscle-pump action, microcirculation facilitation, metabolic activation (e.g., GLUT-4), system-wide recruitment.
Outcomes: improved endurance; supportive effects on blood pressure, glucose, and lipids; edema reduction.
Clinical Targets: hypertension, pre-diabetes, metabolic syndrome, edema.

B. Endocrine & Hormonal Regulation

Mechanisms: myokine signaling (e.g., irisin, IL-6, IL-15, BDNF), autonomic balance, supportive effects on anabolic profiles (GH, testosterone).
Outcomes: enhanced insulin sensitivity, steadier hormonal cycles, reduced stress response.
Clinical Targets: PCOS, menopausal transition, low testosterone, stress-related dysregulation.

C. Anti-Inflammatory × Immunity × Self-Healing

Mechanisms: IL-6/IL-10 modulation patterns associated with activity, lymphatic acceleration, vagal engagement, NK-cell mobilization.
Outcomes: lower inflammatory burden (e.g., hs-CRP), reduced infection risk, faster recovery trajectories.
Clinical Targets: chronic low-grade inflammation, post-operative recovery, autoimmune regulation.

D. Rehabilitation × Functional Recovery

Mechanisms: precision loading for deconditioned/atrophied muscles, biofeedback-driven neuromuscular re-education, multi-joint coordination, circulation-supported tissue repair.
Outcomes: improved mobility, strength, balance; neuroplasticity-based motor recovery.
Clinical Targets: stroke rehabilitation, Parkinson’s disease, osteoarthritis, post-joint replacement, sarcopenia, age-related functional decline.

Who It’s For

Pre-disease & sub-healthy populations seeking proactive, data-guided health
Chronic-condition management with clinical oversight
Silver-aged & elderly wellness programs
Clinical rehabilitation (hospital, clinic, and post-acute settings)

How It Works (3 steps)

Assess: AI functional assessment + baseline benchmarking via cloud analytics.
Personalize: System prescribes a progressive, safe plan matched to capability and goals.
Reinforce & Track: High-frequency visual/auditory feedback ensures precise movement execution, while cloud analytics translate therapist plans into standardized, measurable sessions for longitudinal progress tracking.

Evidence, Safety & Differentiation

Medical-grade design and precision resistance control for predictable loading
Whole-layer activation (superficial, deep, peripheral) vs. single-muscle isolation
Real-time feedback to reduce compensations and improve motor control
Cloud data for longitudinal tracking, quality control, and program optimization

Clinical & Commercial Integration Value

Functional Medicine emphasizes function restoration, systems balance, and durable health gains. With its five innovations, SMARC AI offers:

Comprehensive Empowerment: metabolism → hormones → immunity → rehabilitation.
Full Intervention Chain: prevention, early correction, restoration, and maintenance.
Dual Assurance: clinical-grade safety with quantifiable, trackable efficacy.

Settings & Populations: pre-disease & sub-health groups, chronic-disease management, silver-aged/elderly wellness, and clinical rehabilitation patients—across hospitals, clinics, health-management centers, and wellness networks.

For Clinicians: Workflow Fit

Evaluate: Baseline AI functional assessment + clinician input
Prescribe: Evidence-informed plan encoded into the system
Execute: Guided sessions with real-time biofeedback to reduce compensations
Track & Adjust: Cloud dashboards convert each prescription into repeatable, auditable training blocks

SMARC AI is a multi-system, AI-enabled medical intervention platform. Through whole-layer muscle activation, cloud-integrated personalized training prescriptions, and objective progress tracking, it delivers safe, efficient, and measurable outcomes that:

help individuals regain and sustain functional capacity; and
enable clinics and health-management centers to build scalable, integrated, and sustainable care models.

SMARC Cloud-Based Health Management Platform

Power your SMARC ecosystem with a cloud platform built on years of international and domestic rehabilitation research and clinical data. The platform combines two-way Wi-Fi sync with end-to-end data capture and analytics to turn every session into measurable progress.

What it does

Personalized assessment—fast: In minutes, SMARC AI completes a functional-fitness assessment and converts the results into an AI-guided training prescription.
Real-time movement analysis: On-device computation and large-scale cloud analytics evaluate movement quality, surfacing asymmetries, weaknesses, and functional deficits.
Always-on records: All assessment reports, session summaries, and progress trends are available anytime through the mobile app.

Key features

Two-way Wi-Fi synchronized data transmission
End-to-end data recording and analytics (assessment → training → tracking)
AI-generated, personalized training prescriptions
Visual dashboards for longitudinal progress and adherence
Mobile app access for users; web console for clinicians/centers

Five AI Services

Precise Functional Movement Assessment
Rapid, data-driven analysis of movement quality (control, symmetry, ROM, strength, compensations) completed in 90 seconds.
AI Coach (Auto-Generated from Your Assessment)
Your assessment results instantly configure an on-screen AI coach that gives real-time visual/audio cues and step-by-step guidance.
Assessment Report
Clear, app-ready report summarizing key findings and priorities, stored in the cloud for easy sharing and review.
Personalized Training Prescription (Auto-Generated)
An AI-guided plan tailored to your assessment—progressive parameters and session/mode structure optimized for your ability.
Training Reports, Stats & Progress Charts (Auto-Generated)
After each session, the platform compiles outcomes, trend lines, and adherence metrics so you can track improvement over time.

Functional Fitness Evaluation

eNOTE AI Evaluation Report

Exercise Summary

SMARC AI Theoretical Foundations and Scientific Background

Motor Learning & Motor Re-learning – Repeat the Correct Movement Constantly

Principles of Motor Learning

Motor learning is the process by which individuals acquire, refine, and retain motor skills over time. This principle is highly relevant in rehabilitation as patients relearn lost or impaired movement patterns.

Cognitive Phase – Patients require conscious attention to movement execution.
Associative Phase – Refinement of movements through repetitive practice and feedback.
Autonomous Phase – Movements become automatic and integrated into daily functional activities.

SMARC’s AI Technology in Motor Learning

SMARC devices provide real-time biofeedback and AI-driven movement tracking, which:

Enhance movement accuracy through visual and auditory cues.
Goal-driven treatment protocol to ensure the efficacy of newly acquired motor skills.
Personalize training intensity based on the SMARC assessment result.

“Muscles have memory, and neurons learn.” Engaging in functional movement training according to AI-prescribed parameters — including range of motion, functional strength and endurance, training duration, velocity, and reaction time — ensures that users can re-establish correct movement patterns to regain control over their movements. Moreover, consistent AI-prescribed functional fitness training is designed to repair body functions, alleviate muscle soreness, improve posture, and mitigate compensatory movements and movement disorders associated with aging, chronic disease, and muscle degeneration, which can lead to deficiencies in neuro-muscular control and imbalance.

Proprioceptive Neuromuscular Facilitation (PNF) – A Rehabilitation Technique

PNF is a rehabilitation technique designed to enhance neuromuscular efficiency, joint stability, and movement patterns through proprioceptive stimulation and dynamic resistance techniques.

PNF Mechanisms in Functional Rehabilitation

Reciprocal Inhibition – Activating one muscle group to facilitate relaxation of the opposing group.
Dynamic Stability & Co-activation – Strengthening synergistic muscle activation to enhance movement efficiency.
Augmented Sensory Feedback – Engaging proprioceptors and mechanoreceptors to improve movement control.

When combining proprioceptive stimulation with visual and auditory feedback, a multi-sensory approach is created that enhances motor learning and movement quality.

A. Role of Visual Feedback

Visual feedback provides external cues to correct body positioning and movement in space. It supplements proprioception by allowing users to:

Monitor Performance: For example, seeing a screen that shows movement accuracy during training.
Self-motivated by reaching the goal.
Improve Spatial Awareness: Visual cues assist movement correction.

B. Role of Auditory Feedback

Auditory feedback adds a layer of rhythm, timing, and motivational cues.

It provides real-time tone feedback.
It provides positive reinforcement based on accuracy.

C. Proprioceptive Integration

Together with visual and auditory feedback, proprioception forms the foundation of sensorimotor control learning:

Synchronized Feedback: Real-time biofeedback from proprioceptive, visual, and auditory sources ensures users refine their movements consistently and effectively.
Motor Learning & Re-Learning: Repeating the correct movement patterns while receiving synchronized feedback helps "retrain" the body and brain, building new neuromuscular pathways.
Improved Coordination: By blending multiple sensory inputs, users regain their ability to coordinate complex movements.

SMARC AI Assessment & AI Exercise Prescription

SMARC AI is a hybrid system that seamlessly integrates expert systems with auto-adaptive adjustment. Through real-time, two-way Wi-Fi data transmission to cloud-based computation and big data analytics, the SMARC AI system processes assessment results and translates them into precisely tailored exercise prescriptions. Based on each individual’s abilities and health status, the SMARC AI system automatically generates customized exercise parameters and frequencies, ensuring both safety and optimal effectiveness in personalized functional fitness training.

AI Guided Synchronized Interactive Movement Feedback System

SMARC seamlessly integrates hardware, interactive software, and an AI-driven cloud health management platform into a cohesive system. The intuitive touch panel console delivers synchronized interactive biofeedback, harmonizing with sensorimotor control (visual and auditory feedback) for different body parts. Real-time performance scores for each movement reflect the quality of motion, allowing users to self-correct and refine their movements, thereby enhancing coordination and optimizing motion quality throughout their functional fitness training.

Personal Exercise Prescription

Screen Feedback System

SMARC Cloud-Based Health Management System

Functional fitness assessment and performance analysis
Personal exercise prescription
Quality of motion analysis
Exercise performance report
Long-term tracking performance report

Who Needs SMARC AI

Metabolic syndrome
3 Highs (High blood pressure / High cholesterol / High blood sugar)
Hormone Disorder
Autonomic nervous system disorder
Allergies、Weak immune system (Enhance immunity and self-healing ability)
Frequent urination、Urinary leakage、Nocturia
Circulation problems、Edema of upper/lower extremity
Osteoporosis
Stroke、Brain injury
Parkinson Disease
Cancer patients (lymphedema management and cancer fatigue)
Sarcopenia
Weak/Degenerated/Aging population (Rehab patients、Sub-healthy adults and Seniors)
Shoulder & Upper back stiffness and soreness
Frozen shoulder、Unstable shoulder
Hunchback, Round shoulder, Chest tightness
Poor posture、Muscle fatigue
Abdomen and lower back tightness and soreness
Joint degeneration、Post joint replacement surgery rehab
Cold hand and feet、Poor circulation
Easily fatigued、Poor sleep quality
Poor balance、Coordination disorder

Company Profile

Established in 2010, PMHC Co., Ltd. (Preventive Medical Health Care Co., Ltd.) is one of the best professional companies to develop and manufacture medical rehabilitation movement therapy equipment. In alliance with leading companies in Asia and Europe, PMHC positions itself as an ODM (Original Design Manufacturer) and OEM (Original Equipment Manufacturer) providing a variety of supportive service related to design, manufacture, and after-sales service.

Working together with public praised medical facilities, PMHC is able to continuously acquire first-hand feedback and upgrade its products based on the user’s needs. The R&D department in PMHC also uses the information as the references of developing new products. With the valuable asset from medical field, PMHC has successfully transformed itself into an OBM (Own Branding & Manufacturing) in 2013 and launched SMARC series products.

Year 2013 has been an important milestone for PMHC. With its own brand, SMARC, and distribution channel development, PMHC is poised to impact the medical rehabilitation market around the world. PMHC further entered preventive medical and anti-aging body repair exercise market by establishing a "a cloud-based big data health management system". We continuously work closely with medical doctors, physical therapists and exercise advisers for big data collection to create new therapeutic service oriented exercise business models. SMARC makes their job more effectively and more efficiently by making all kinds of functional movement training with systematic procedure, functional movement pattern and with AI personalized exercise prescription as the standard operation procedure. As a pioneer in "Movement Therapy" and "Anti-Aging Body Repair functional movement training", we welcome everyone who shares the same vision to join us and start a mutual beneficial relationship.

SMARC Related Research

The theoretical basis of this product is explained in the book of Professor Kobayashi (Healthy Life Cognitive Action QOM) of the University of Tokyo, Japan, which can improve functional physical fitness and has been popularized and applied. Used in Japanese senior training center.
Research by Sendai University in Japan has confirmed that the use of SMARC functional movement training equipment can effectively promote the emotional control and cognitive movement learning functions of children with intellectual disabilities.
Research by the University of Zaragoza Medical Center has confirmed that the use of SMARC functional movement training equipment can effectively reduce soreness, increase the range of motion of upper and lower extremity joints, and improve functional movement ability and quality of life for people over 55 years old.
Chung Shan Medical University published a paper in an international seminar confirming that SMARC functional movement training equipment has a significant effect on promoting balance.
The self-healing holistic classroom set up by the Affiliated Hospital of Chung Shan Medical University which utilizes CS101-CS108 aims at orthopedics, oncology patients, and seniors to use. It implements health promotion courses and exercises guidance, which can help alleviate complications and recurrence rates and maintain the quality of treatment.
Ph.D./Director of Physical Therapy at the University of Southern California stated that SMARC CS108 can effectively replace traditional treadmills, elliptical machines, and recumbent bike

AI-Guided/Cloud-Based Interactive Functional Movement/Fitness Training Equipment

A pioneer in functional medicine, SMARC delivers medical-grade functional-movement systems that support metabolic health, hormonal balance, chronic-condition programs, and age-related functional decline—helping people sustain long-term wellbeing.

Origin of SMARC

SMARC is a series of medical-grade therapeutic functional movement training system combining hardware equipment, interactive software, and AI-cloud management platform. It comprehensively addresses all body parts, including the upper body (chest, shoulders, scapulae, and arms), core (abdomen, back, buttocks, hips, and pelvic floor), and lower limbs (thighs, legs, ankles, and feet). Developed by an international team from Japan, Spain, the USA, and Taiwan in the early 2000s, SMARC draws upon the integration of medical rehabilitation theories, clinical physiotherapy trials, and sports science. SMARC specializes in enhancing body self-healing bio-mechanism system to repair different body functions and restore functional movement performances for rehab patients, sub-healthy adults, and seniors.

Design Philosophy

SMARC functions as an extension of one-on-one manual physiotherapy within a clinical setting. Leveraging a blend of clinical medical evidence and scientific data, SMARC delivers AI-driven functional movement evaluation and personalized AI fitness prescriptions tailored for various groups, including those who are sub-healthy, experiencing degeneration, or are seniors. Its aim is to alleviate pain and soreness, enhance the body's innate self-healing mechanisms, repair body functions, and optimize overall health.

SMARC AI — Precision Functional Medicine Health System