Independent Concept Project

ScoutVision AI

A structured framework for cross-league player projection and transfer risk modeling.

Designed to explore predictive modeling, performance normalization, and probabilistic decision intelligence in professional football recruitment.

The Problem

Cross-league player evaluation lacks standardized normalization, leading to distorted comparisons, inefficient scouting allocation, and mispriced transfer decisions.

Framework Architecture

Data Integration

Multi-source ingestion of match performance, availability data, tactical context, and league strength indicators.

Normalization Logic

Adjusts player metrics across league quality and team context to enable fair comparison.

Feature Engineering

Structured profiling of efficiency, adaptability, and consistency indicators.

Probabilistic Simulation

Projects performance ranges in target league environments rather than deterministic outcomes.

Decision Output

Generates structured risk and projection insights to support transfer evaluation.

Design Principles

Transparency

Preference for structured modeling over black-box prediction.

Probabilistic Thinking

Outputs framed as confidence ranges rather than fixed projections.

Risk Embedded

Every projection incorporates performance variance and uncertainty.

Human Judgment Central

The framework supports — not replaces — scouting expertise.