ISPO Award Winner 2025: OmniGmot Golfer by Vitbio brings real-time biomechanical insight to everyday training

The OmniGmot Golfer introduces a new category of golf training: a system that captures stance, balance and swing mechanics in real time through foot-based sensing and AI analysis. Designed to help golfers understand the movement patterns that drive consistency, the system analyzes weight transfer, pressure distribution and center-of-pressure pathways across every swing phase. Unlike conventional training aids that rely on isolated cues or post-session evaluation, OmniGmot delivers immediate feedback tied to biomechanical signals.

This enables players to recognize inefficiencies, repeat effective motions and monitor progress over time. “We are honored to win the ISPO Award 2025. This acknowledgment fuels our commitment to building innovative health and sports solutions powered by our AI-driven biomechanics platform,” said David Chou, CEO & Founder, Vitbio. By focusing on the most fundamental elements of power generation and swing stability, the product aims to help golfers at all levels develop a more consistent and efficient technique.

OmniGmot Golfer is supported by more than 75 patents covering sensing, pressure mapping and biomechanical interpretation. The system measures ground reaction forces and center-of-pressure movement with high temporal resolution, giving golfers a clear picture of how lower-body mechanics influence club path and shot outcome. A key differentiator is accessibility: the foot-based sensors link with a phone camera to deliver full-body tracking without requiring external hardware or studio setups. This pairing enables analysis of sequencing, stability and transitional timing from address to follow-through. 

The underlying structure uses AI to interpret swing signatures and deliver targeted coaching prompts. Because the sensors are lightweight and integrated into a simple in-shoe format, golfers can train on the range, indoors or during supervised sessions without altering their natural motion. The combination of CoP tracking, ground-force analysis and visual motion data forms a training environment that connects intention with quantifiable mechanics.

The target group includes amateur players working on consistency, competitive golfers refining technique and coaches integrating objective data into lesson plans. Through science-backed scoring and individualized drills, the system transforms regular practice into structured progression. OmniGmot’s instant metrics highlight how balance, leg drive and weight shift shape ball flight and swing repeatability. This functionality supports purposeful training sessions where movement cues, feedback loops and measurable improvement align. For retailers, the product introduces a category that merges wearables, biomechanics and coaching logic—an emerging field within performance-oriented consumer tech. For golfers, it offers a practical way to bring elite-level analysis into everyday training without reliance on high-cost installations

OmniGmot Golfer demonstrates how AI-powered biomechanics can make advanced motion analysis more accessible. By merging ground-force sensing, CoP tracking and personalized coaching into a lightweight, phone-connected format, the system offers a pathway toward more consistent technique development. The ISPO Award 2025 acknowledges how the concept integrates scientific rigor with an intuitive user experience, creating a training tool that brings measurable, actionable insights to golfers aiming to improve performance. With its blend of engineering depth and practical usability, the product presents a strong blueprint for next-generation golf training technology.

• Real-time stance, balance and swing-phase analytics
• Ground-force and CoP tracking for measurable progress
• Phone-based full-body swing capture
• Personalized drills and coaching logic