SPORTS BETTING MATH APPLIED PROBABILITY INSTITUTE
INSTITUTE DOSSIER // AP-SPEC-01

About the Institute

Applied probability, actuarial science, and quantitative sports modeling

MISSION STATEMENT | APPLIED PROBABILITY INSTITUTE

The Applied Probability Institute is dedicated to advancing mathematical literacy in sports wagering. We deconstruct commercial odds structures, publish peer-reviewed margin stripping algorithms, and provide verifiable open-source calculators so researchers and analysts can analyze sports markets through pure mathematical probability.

EDITORIAL BOARD & PRINCIPAL INVESTIGATORS

Research Team

PEER-REVIEWED QUANTITATIVE STANDARDS
[RESEARCHER // API-01] Economics Lead

SBM Odds Analysis Division

Margin Decomposition & Fair Odds Research Team

Member: Applied Probability Institute

Quantitative research division specializing in bookmaker margin stripping algorithms (Multiplicative, Additive, Power, Shin), implied probability extraction, and expected value computation across global sports markets.

Verified Academic & Industry Credentials
Multiplicative, Additive, Power & Shin Overround Stripping
Expected Value (+EV) Quantification & CLV Analysis
Open-Source Odds Verification Tools
[RESEARCHER // API-02] Economics Lead

SBM Stochastic Modeling Lab

Poisson Models & Bankroll Optimization Team

Member: Applied Probability Institute

Research laboratory focused on Poisson goal distribution modeling, Kelly criterion staking optimization, and Monte Carlo risk-of-ruin simulations for sports wagering.

Verified Academic & Industry Credentials
Bivariate Poisson Match Outcome Modeling
Kelly Criterion Geometric Growth Optimization
Monte Carlo Risk-of-Ruin Simulation (10M+ Runs)
SCIENTIFIC INTEGRITY & PEER REVIEW

Open-Source & Verifiable Methodology

All algorithms are fully documented with closed-form mathematical derivations. No black boxes, no predictive claims — strictly empirical mathematics and probability distributions.

Stage 01
Odds Normalization

Market pricing converted into normalized decimal and implied probabilities across European, American, and Fractional formats.

Stage 02
Margin Decomposition

Overround stripped through Multiplicative, Additive, Power, and Shin formulas to uncover true underlying probabilities.

Stage 03
Stochastic Modeling

Goal expectancy engines run bivariate Poisson simulations to project 1X2, Over/Under, and score probability surfaces.

Stage 04
Staking & Ruin Bounds

Kelly criterion bet sizing bounds maximum drawdowns and guarantees geometric wealth growth under positive expectation.

LEGAL ENTITY & RESEARCH CONSORTIUM

Applied Probability Institute

GitHub Organization Archive ↗

Open-Source Code Policy

All code repositories, interactive calculator algorithms, and mathematical derivation scripts developed by the Applied Probability Institute are licensed under open standards for educational and research use.

Conflict of Interest & Ethics

We maintain total editorial independence. Research models are strictly mathematical, client-side, and designed to reveal true mathematical realities rather than promote gambling outcomes.

Ready to explore the research?
Explore peer-reviewed articles or run calculations with open-source tools.
18+ RISK NOTICE