How AI Is Discovering Athletes That Human Scouts Miss | Richard Felton-Thomas | TED

Quick Overview

Richard Felton-Thomas showcases how his company uses AI and mobile technology to democratize elite athlete scouting and development by providing objective, measurable data to young players globally, effectively leveling the playing field beyond traditional geographic and socioeconomic barriers.

Key Points: The global talent pool for sports like soccer is estimated at over 1,000,000+ players, but only about 2,000 are visible to scouts annually due to geographic and access barriers. Felton-Thomas's company developed an AI-based solution that uses smartphone computer vision and deep learning to analyze 22 key body segments during drills, converting 2D video into 3D biomechanical data. The platform allows young athletes to perform standardized drills (like 10m sprints, cone dribbling) and receive objective, comparable, and reliable data scores, eliminating human intuition bias. The company partnered with Premier League clubs like Burnley FC and Chelsea FC, and also works with organizations like the Laureus Foundation in India, demonstrating broad applicability. The technology provides actionable feedback, such as inviting players who score well to a commercial virtual academy, which led to one player who was never scouted conventionally receiving a five-year scholarship. The ultimate goal is to make talent assessment universal, enabling players anywhere with a smartphone to be objectively evaluated against global standards. The company is expanding its AI capabilities to be multi-cloud and country-specific, supporting various sports like baseball, basketball, and athletics.

Context: Richard Felton-Thomas, speaking at TED Sports Indianapolis, addresses the inherent limitations and biases in traditional sports scouting, where only a tiny fraction of global talent is ever seen by professional clubs. He introduces his company's AI-driven technology, developed from a background in biomechanics, as a solution to objectively measure and compare athletic potential regardless of a player's location or background.