AI Prediction

AI-Powered Football Predictions

Our cutting-edge machine learning system employs a sophisticated algorithm to analyze a comprehensive array of performance metrics and statistical indicators. The result is a set of highly accurate probability distributions for various match outcomes and betting markets.

Wednesday – 29/01/2025

Champions League1X2
Barcelona
Atalanta
55%15%30%
Stuttgart
PSG
30%20%50%
Brest
R. Madrid
20%10%70%
Man. City
Brugge
70%10%20%
Eindhoven
Liverpool
40%20%40%
Inter
Monaco
65%15%20%
Girona
Arsenal
25%25%50%
Juventus
Benfica
35%25%40%
Sporting
Bologna
45%35%20%
Aston Villa
Celtic
50%20%30%
Zagreb
Milan
15%25%60%
Bayer 04
Praha
90%5%5%
B. Munich
Bratislava
98%1%1%
Lille
Feyenoord
35%25%40%
Salzburg
Atl. Madrid
10%20%70%
Dortmund
Donetsk
40%25%35%
Graz
Leipzig
30%20%50%
Y.B
Red Star
25%15%60%
Spain – Segunda Division1X2
Tenerife
La Coruna
20%30%50%

Thursday – 30/01/2025

Champions League1X2
Roma
Frankfurt
50%25%25%
FCSB
Man. United
30%20%50%
Braga
Lazio
50%20%30%
Ajax
Galatasaray
40%20%40%
Rangers
USG
40%20%40%
Tottenham
Elfsborg
65%15%20%
Ath. Bilbao
Plzen
50%25%25%
Twente
Besiktas
50%25%40%
Midtjylland
Fenerbahce
30%20%50%
Maccabi
Porto
25%25%50%
Ferencvaros
Alkmaar
25%25%50%
Sociedad
PAOK
55%15%30%
Lyon
Ludogorets
70%20%10%
Nice
Bodo/Glimt
45%30%25%
Anderlecht
Hoffenheim
55%25%20%
Slavia Praha
Malmo
60%20%20%
Olympiacos
Qarabag
70%20%10%
Dynamo
Rigas FS
45%20%35%

Our analytical framework incorporates key parameters such as:

  • Expected Goals (xG): A measure of the quality of chances created and conceded
  • Win Percentage (Win%): Historical success rate of teams or players
  • Clean Sheets (CS): Frequency of matches without conceding goals
  • Failure to Score (FTS): Instances where a team doesn’t score in a match
  • Form: Recent performance trends and momentum
  • and much more

Additionally, our model factors in numerous other variables, including but not limited to:

  • Head-to-head records
  • Home and away performance disparities
  • Player injuries and suspensions
  • Tactical formations and playing styles

Mathematical Modeling and Probability Calculation

Utilizing state-of-the-art machine learning techniques, our system processes this multifaceted data through a complex mathematical model. This model employs advanced statistical methods, including:

  • Bayesian inference
  • Monte Carlo simulations
  • Regression analysis

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