Global Human Biomechanics Intelligence System (GHBIs)
IP Status: Patent Pending (Multiple Provisional Filings)
A phase-based biomechanical intelligence layer for longitudinal movement insight — non-diagnostic by design.
Investing in Biomechanical Intelligence Infrastructure
GHBI is building a modular biomechanical intelligence infrastructure that transforms posture and movement data into phase-based, longitudinal susceptibility insights — supporting performance, safety, and research decision-making across multiple industries.
Unlike point-in-time posture tools or visualization layers, GHBI is designed to model how compensation patterns and load redistribution evolve over time.
This enables scalable biomechanical intelligence without rendering medical diagnosis or prescribing treatment.
GHBI does not replace professionals.
It provides a neutral, non-diagnostic biomechanical intelligence layer supporting decision-making across healthcare, insurance, orthotics, workforce safety, and human performance systems.
Market Scope
GHBI is designed as a cross-sector biomechanical intelligence infrastructure capable of deployment across healthcare, occupational safety, sports performance, insurance analytics, defense, and human performance research — without dependence on a single market vertical.
Biomechanical Measurement & Reporting
GHBI interprets biomechanical behavior across discrete movement phases rather than single timepoints, enabling structured longitudinal intelligence on posture, load redistribution, and compensation patterns.GHBI is designed to interpret biomechanical behavior across discrete movement phases rather than single timepoints.
This phase-based approach enables longitudinal intelligence on how compensation patterns and load redistribution evolve over time, forming a defensible data and modeling moat beyond static posture analysis.
Modular Platform Architecture
GHBI is built as a modular biomechanical intelligence architecture, allowing the same core system to be deployed, extended, or integrated across multiple environments without redesigning the underlying logic.
This modularity supports scalable growth, system licensing, and cross-sector deployment under a unified IP framework. This modularity supports long-term extensibility while preserving a unified, patent-pending biomechanical intelligence framework.
Cross-Industry Scalability
GHBI is architected as a neutral, non-diagnostic biomechanical intelligence layer applicable across healthcare, workforce safety, sports performance, insurance analytics, defense, and research.
The system’s value increases as it is deployed across domains, reinforcing longitudinal intelligence without reliance on a single market vertical.
Download the Investor Brief (PDF) or request access to the confidential investor package.
Current Status
GHBI is currently in an early infrastructure development phase, with multiple provisional patent filings completed, a defined core system architecture, and identified validation pathways.
The platform is being structured for modular deployment, controlled pilot engagements, and transition toward non-provisional intellectual property protection.
Why Now
Biomechanical intelligence has become critical as industries shift from reactive assessment to predictive, longitudinal decision-making.
- Rising cost of injury, fatigue, and compensation-driven failure across healthcare, workforce safety, sports, and defense is forcing earlier, data-driven intervention.
- Regulatory pressure increasingly favors non-diagnostic intelligence layers, enabling scalable deployment without clinical classification or treatment claims
- AI adoption is accelerating, but most platforms lack biomechanical frameworks capable of modeling compensation and load redistribution over time
- Longitudinal movement data remains largely untapped, creating a rare opportunity to establish a defensible intelligence moat at the infrastructure level.
Strategic Enablement
GHBI enables the creation of longitudinal biomechanical datasets capable of supporting risk modeling, performance optimization, insurance analytics, workforce safety programs, and research-grade human movement intelligence — without operating as a diagnostic or treatment system.
Key Use Cases & Industry Applications
GHBIs is developing a modular biomechanics measurement platform designed to capture posture, movement, balance, and load distribution using real-world human data.
The platform generates structured biomechanical reports that support professional review across healthcare, insurance, workforce safety, performance, and research environments.
Sports Performance & Human Optimization
GHBIs measures posture, movement patterns, balance, and load transfer during real physical activity.
By capturing how the body organizes movement under effort, the platform supports performance staff, clinicians, and coaches in reviewing biomechanical patterns related to efficiency, control, and movement consistency.
The system provides measurable data, not training prescriptions.
Data-Driven Performance Optimization
GHBI enables performance specialists, trainers, and sports organizations to analyze movement patterns, identify inefficiencies, and support injury prevention strategies. By transforming raw movement data into structured biomechanical reports, the platform supports performance staff in reviewing efficiency, control, and movement consistency.
Example Use Cases
- Measure posture and balance during training sessions
- Compare movement patterns before and after workload changes
- Identify asymmetries in weight transfer during athletic tasks
- Generate structured biomechanical reports for professional review
Defense & Government Applications
Operational Readiness Analytics
Scalable Biomechanical Measurement
GHBIs supports large-scale biomechanical measurement across physically demanding environments.
The platform measures posture, movement, balance, and load patterns relevant to readiness, workload, and physical strain, helping organizations standardize assessment across populations.
Designed for structured reporting, scalability, and interoperability with institutional systems.
Example Use Cases
- Standardize posture and movement assessments across personnel
- Measure balance and load patterns during physical readiness evaluations
- Track biomechanical changes over time in training environments
- Support large-scale reporting for physical workload analysis
AUTO ACCIDENTS
Objective Recovery Tracking
GHBIs supports post-impact biomechanical assessment using measurable human data.
The system analyzes posture, balance, and load distribution after an incident to generate probabilistic biomechanical reports that support clinical review and insurance claims assessment.
“Reports are intended to support professional review and documentation.”
GHBIs does not reconstruct crashes or determine injury causation.
It provides a shared biomechanical reference layer for clinicians, insurers, and legal stakeholders.
Example Use Cases
- Measure post-incident posture, balance, and load distribution
- Generate post-impact biomechanical reports for clinical review
- Support insurance claims assessment with objective measurements
- Provide a shared biomechanical reference for medical and legal teams
Healthcare & Clinical Environments
Predictive Movement Intelligence for Modern Healthcare
GHBIs measures posture, movement, balance, and load distribution in clinical settings.
The platform generates standardized biomechanical reports that support professional evaluation, documentation, and follow-up — without replacing clinical judgment or diagnosis.
Designed to integrate into real clinical workflows using observable patient data.
GHBI supports healthcare professionals with advanced posture and movement analytics designed to enhance clinical decision support, rehabilitation planning, and early risk identification. The platform integrates biomechanical data into actionable insights—without replacing clinical judgment—supporting scalable adoption across clinics and health systems.
Example Use Cases
- Document posture and movement during patient evaluations
- Track biomechanical changes between visits
- Support clinical documentation with standardized reports
- Review balance and load patterns as part of functional assessment
Occupational Safety & Workforce Health
Scalable Human Performance Intelligence
Scalable Human Performance Intelligence
GHBIs measures how workers stand, move, and manage load during job-related tasks.
The system supports ergonomic assessment, injury risk review, and workforce health programs by providing objective biomechanical measurement and repeatable reporting.
Focused on prevention, documentation, and large-scale workforce analysis..
The GHBI platform is designed for deployment across healthcare, sports performance, occupational safety, and research—supporting multiple industries through a unified intelligence system.
Example Use Cases
- Measure worker posture during job-specific tasks
- Identify load imbalance during repetitive activities
- Support ergonomic evaluations with objective data
- Generate reports for injury prevention and workforce programs
Research & Academia
Advancing Biomechanics Research and Innovation
GHBIs provides standardized biomechanical measurement tools for research and academic environments.
The platform supports data collection related to posture, movement, balance, and load distribution across diverse populations, enabling comparative analysis and longitudinal studies.
Designed for scalability, consistency, and reproducible datasets.
Example Use Cases
- Collect standardized biomechanical datasets across populations
- Compare posture and movement patterns between cohorts
- Support longitudinal biomechanical studies
- Enable reproducible measurement for academic research
Telehealth & Human Optimization
Remote Risk Stratification
Data-Driven Performance Optimization
GHBIs enables remote biomechanical measurement using real-world posture and movement data.
The platform supports telehealth workflows by measuring balance, movement patterns, and load transfer outside the clinic, generating structured reports for professional review.
GHBIs supports human optimization through measurement — not remote diagnosis or treatme.
Example Use Cases
- Measure posture and balance remotely using real-world environments
- Review movement patterns outside the clinic
- Generate biomechanical reports for professional review
- Support remote follow-up and monitoring workflows
ORTHOTICS
Foot Biomechanics & Custom Orthotics Manufacturing
GHBIs measures foot pressure, balance, weight transfer, and posture to support orthotic and footwear decision-making.
The platform accommodates a wide range of foot sizes and widths, generating biomechanical reports based on how the feet load the ground and how the body balances above them.
GHBIs supports clinics, orthotic labs, and footwear partners with objective, repeatable biomechanical measurement.
Example Use Cases
- Measure foot pressure during standing and walking
- Assess left-right balance and weight transfer
- Evaluate posture in relation to foot loading patterns
- Generate reports to support orthotic and footwear decisions
Investor FAQ
1. What does GHBIs actually do?
GHBIs measures posture, movement, balance, and load distribution using real-world biomechanical data.
The platform generates structured biomechanical reports that support professional review across healthcare, insurance, workforce safety, orthotics, and human performance.
2. Is GHBIs a medical diagnostic system?
No.
GHBIs does not diagnose conditions, determine injury causation, or replace clinical judgment.
It provides a neutral measurement layer that supports documentation, assessment, and decision-making by qualified professionals.
3. How is GHBIs different from existing biomechanics or motion systems?
Most systems focus on isolated measurements (e.g., gait only, pressure only, posture only).
GHBIs integrates foot pressure, balance, posture, and movement into a single standardized reporting framework, designed to scale across industries and populations.
4. What markets does GHBIs serve?
GHBIs is designed as a multi-vertical platform, including:
- Healthcare & clinical environments
- Auto accidents & insurance claims assessment
- Occupational safety & workforce health
- Orthotics & footwear
- Telehealth & remote assessment
- Sports performance & human optimization
- Research & academic institutions
5. How does GHBIs support insurance and auto accident use cases?
GHBIs provides post-impact biomechanical measurement based on posture, balance, and load distribution after an incident.
The system supports probabilistic biomechanical reporting for clinical review and insurance claims assessment, without reconstructing crashes or assigning causation.
6. Does GHBIs replace clinicians, adjusters, or experts?
No.
GHBIs is designed to support professionals, not replace them.
It provides consistent, repeatable measurements that help reduce subjectivity and improve documentation across stakeholders.
7. How does GHBIs scale across different body types and populations?
The platform accommodates wide human variability, including:
- Different body sizes and proportions
- Foot sizes up to US size 25
- Varying foot widths and load patterns
Reports are generated through comparative analysis across large datasets.
8. Is GHBIs hardware, software, or both?
GHBIs is a platform, designed to integrate:
- measurement hardware
- software analytics
- reporting systems
This modular approach allows deployment across clinics, enterprises, and institutions.
9. What stage of development is GHBIs currently in?
GHBIs is in platform development and validation, with active focus on:
- data standardization
- system architecture
- intellectual property development
- strategic partnerships
10. How can investors engage or learn more?
Investors can request the GHBIs Investor Brief, which includes:
- platform architecture
- development roadmap
- market applications
- partnership strategy
Access detailed information on platform architecture, development roadmap, and market applications.
What We’re Seeking
GHBI is seeking strategic early-stage capital and institutional partnerships to advance validation, expand modular deployment, and support controlled market entry across select sectors.
Engagements are structured to preserve IP integrity and long-term platform scalability.
Confidential materials available upon request. NDA required for detailed technical disclosures.
Platform Development & Strategic Progress
GHBIs is being developed as a modular biomechanics measurement platform, designed for scalability across multiple industries.
Current focus includes data standardization, system validation, intellectual property development, and strategic partnerships supporting long-term deployment.
The platform is built to grow through integration — not as a single-purpose product.
Example Focus Areas
- Modular platform architecture for multiple industries
- Scalable biomechanical data standardization
- Integration with clinical, insurance, and enterprise systems
- Intellectual property development and validation pathways
Early Platform Validation
GHBI has progressed through internal testing, clinical concept validation, and early-stage platform architecture development, preparing the foundation for scalable deployment.
Intellectual Property Strategy
GHBI is actively developing a multi-layered intellectual property portfolio, including proprietary system architecture, AI-driven biomechanics workflows, and modular platform components.
Strategic Ecosystem Development
The platform is designed to integrate across healthcare, performance, safety, and research environments, enabling future partnerships with institutions, clinics, and enterprise operators.
Platform Development Phases
Discover how GHBI leverages AI-driven biomechanics…
Phase One: Data Integration
We begin by aggregating diverse biomechanical data, establishing a robust foundation for precise movement intelligence and personalized analytics.
Phase Two: AI Analysis
Advanced AI models process the integrated data, identifying patterns and generating predictive insights to optimize biomechanical performance.
Phase Three: Strategic Insights
Our platform converts complex biomechanics data into clear, actionable strategies, empowering stakeholders to drive innovation and growth.
Invest in the Future of Biomechanics Innovation
Discover how partnering with GHBI can unlock cutting-edge AI-driven movement intelligence. Join us to shape the future of human biomechanics through strategic investment and collaboration.
Additional industry context and applied biomechanics research can be explored through published studies on PubMed.https://pubmed.ncbi.nlm.nih.gov/