ATHLETIC MODEL
Train Harder. Move Smarter.
AI-driven insoles that realign your stride, correct posture, and protect your joints from stress.

Discover your ideal posture & joint alignment

Technology revolutionized footwear.
15 min
To find your optimal insole structure
75%
Reduction in lower back, knee, hip and foot pain
5 days
To recieve your customized, AI optimized, cutting edge insole
$200m
Capital
Back, Knee, Hip, Ankle & Foot pain
Immediate Response
Long lasting results
GD-Stride delivers a new standard in healing and pain relief. Sensors continuously measure pressure, movement and weight distribution, while user feedback refines the personalized fit over time. The system optimizes the contour to support natural alignment and reduces stress on joints - easing pain in the back, hips, knees and feet, promoting better posture and more efficient movement in daily life, sports or recovery.

Continuous feedback & Gait analysis
GD-Stride uses sensors to map each user’s gait, measuring pressure and movement in real time.
This data is then applied directly into the insole structure, creating a continuous feedback loop that refines contour and support with every step.



.png)
5.jpg)
Wear. Adjust. Move.
The docking station reshapes the internal structure of the insole according to the data collected from the sensors and user feedback during use. This process is repeated until the optimized shape is reached.

Wear. Adjust. Move.
When the insole is placed on the docking station, the station connects to it and uploads everything the system has learned from the sensors and user feedback during use. The docking station then reshapes the internal structure of the insole to accommodate updated alignment, pressure relief and personalized support. This process is repeated several times until the optimized shape is reached.

Optimization built to last
A customized insole - shaped through continuous data collection, feedback and adjustments - is then sent to your home, supporting healthier movement and enhancing athletic performance.
