Built From Olympic Precision. Driven By Legacy.

Athlete Evolution AI was created to bring elite sprint intelligence to every athlete, coach and parent.

Olusoji Fasuba OLY

Olusoji Fasuba OLY

Olympian. Olympic bronze medallist. World Indoor 60m Champion. Founder of Athlete Evolution AI.

Olusoji represented Nigeria at the 2004 Athens Olympic Games, winning bronze in the 4 x 100m relay. He later competed at the 2008 Beijing Olympic Games, performing among the world’s fastest athletes.

The 60m event demands extreme precision. Reaction time, shin angles, drive phase mechanics and transition efficiency must align perfectly. During his competitive career, much of this precision was developed without advanced biomechanical tools, relying on discipline, repetition and technical awareness.

Years later, his focus shifted from chasing medals to building a legacy.

In his quest to help his children Annabelle, Oscar and Elsa become faster and technically stronger athletes, he began analysing their sprint mechanics more deeply. What started as a father’s commitment evolved into Athlete Evolution AI.

Athlete Evolution AI combines elite sprint knowledge with artificial intelligence to analyse running mechanics, detect inefficiencies and provide actionable correction insight.

This is more than technology. It is a legacy in motion.

The Technology Behind Athlete Evolution AI

Athlete Evolution AI combines elite sprint knowledge with advanced computer vision and machine learning to analyse sprint mechanics directly from video.

Computer Vision

Using pose detection models, the platform identifies key body landmarks across every frame of a sprint video to understand body positioning and movement patterns.

Biomechanical Analysis

Sprint mechanics such as forward lean, knee lift, stride timing and drive phase transitions are analysed to detect inefficiencies and performance opportunities.

AI Powered Insights

Athlete Evolution AI converts biomechanical data into actionable performance insights that athletes and coaches can immediately apply to improve sprint efficiency and speed.