The Universal Fitness Standard – Powering the Global Movement Intelligence Platform
Global Fast Fit (GFF) unites our Universal Fitness Standard—three proprietary benchmark routines—with Local Records, a growing library of 300+ everyday exercises performed by people worldwide. From this diverse, video-verified dataset, AI identifies and models universal movement patterns. These insights form the foundation of our proprietary performance indexes for fitness and motion—enabling new ways to measure, score, and predict human movement across all forms and contexts.
Mission & Vision
Mission
Vision
Our goal is to make movement intelligence a shared global resource—ethical, inclusive, and transformative.
Real People, Real Movement
Data Pipeline & Verification
Video-to-Xray Visualization
Verification Process
User video
QA verification
Labeling
Database
AI modeling
Metadata Integrity Matrix
Every dataset begins with the fundamentals of trust.
Location
Date
Method
Owner
File Type
Subject Category
Consent Level
Contributor ID
Powered by regional QA teams across:
Kenya
India
Indonesia
Where Human Movement Meets Artificial Intelligence
Discover how verified human movement data fuels innovation in AI development. Explore tools, datasets, and partnerships that connect real-world motion to intelligent systems.
Building Trust Through Transparency
Our commitment to ethical standards ensures fairness, accountability, and data integrity in every process. Explore how GMIP upholds responsible innovation through clear governance and human-centered values.
AI Data Value Score (ADVS)
How we measure the real-world power of data — a simple, three-layer scoring model that drives dataset value in the Marketplace.
Measure data value with ADVS
ADVS synthesizes three practical dimensions to determine a dataset’s marketplace worth. Context ensures the data fits the problem; Usefulness rates applicability and impact; Rarity rewards scarcity and uniqueness.
GFF Index
(Individual Benchmark Score)
Your GFF Score:
0–100
Each verified GFF video contributes to your score, reflecting your activity, engagement, and quality
Activity
40%
Engagement
40%
Quality
40%
GMIP Core Science: The Unit Box and Central Vector (CV)
Inside the GMIP Core Science, the Unit Box defines the foundational 3D coordinate space while the Central Vector (CV) anchors motion, symmetry and derived metrics used in dynamic modeling.
Axial (Δz)
Vertical displacement along z-axis; used for alignment and stacking.
Radial (r)
Distance from the center line; controls expansion and contraction behaviors.
Azimuth (φ)
Angular orientation on the horizontal plane; governs rotation and flow direction.
Quick Summary & Derived Metrics
Symmetry
Score (0–1) indicating geometric balance across transformations.
Smoothness
Continuity of transitions; lower curvature change denotes higher smoothness.
Velocity
Rate of displacement along the CV — magnitude + direction.
Cadence
Temporal rhythm of transformations (events per unit time).
Global Movement Index (GMI)
Predictive Engine
“True innovation begins when human movement and technology move in harmony — guided by purpose, powered by integrity.”
John Groom – Founder of GMIP
Regional & Programs
Building a Global Movement for Better Health
Our partnerships define GMIP’s growth across health, research, and AI sectors
Media & Pers
Every Body Tells a Story
Movement is not just about physical ability—it’s a reflection of our history, habits, and experiences. Discover why every body truly has a story to tell.
The Science of Standardized Motion
Standardization in movement allows us to measure progress, understand limitations, and improve performance. Learn how GMIP applies this principle.
The Evolution of Human Movement
From early experiments to today’s sophisticated methodology, every step taught us about resilience, precision, and the human body’s potential.
Mind in Motion
True performance comes when mental clarity meets physical skill. Explore strategies to harmonize mind and motion.