Scorina AI turns raw football data into a clear prediction for every match — a win probability for each side, an expected-goals estimate and the most likely scoreline. Here's what happens between the data and the number you see.
Every prediction on Scorina starts with the same question a good analyst asks: how many goals is each team likely to create and concede in this specific match? We answer it with data rather than opinion — recent results, scoring and conceding rates, expected goals, the venue, and the history between the two sides. Those signals are combined by a machine-learning model trained on thousands of past matches, which returns the probabilities you see on the app.
None of it is hand-typed. When a fixture appears, the engine gathers the numbers, builds the features, runs the model, and produces the prediction automatically. Below is that journey, step by step.
The model's highest-confidence calls this week — tap any pick to open the full breakdown and live prediction on Scorina.
Form, goals, xG, standings and head-to-head for both teams.
Attack & defence strength, venue and form-weighted xG.
A trained model converts features into match probabilities.
Win chances, expected goals and the likeliest scoreline.
A prediction is only as good as what goes into it. For each fixture, Scorina pulls together four kinds of information about both the home and away side.
The last matches for each team — wins, draws and losses, and how many goals they scored and conceded along the way.
How many goals each side should score and concede based on the quality of chances, not just the final score.
Season-long attack and defence strength, giving a stable baseline for how good each team really is.
The recent history between these two teams — some matchups consistently favour one side regardless of form.
The heart of a Scorina prediction is a projected xG for each team — our estimate of the goals they'll create in this match. We don't rely on a single number; we blend several views of a team's attack and defence, each weighted by how telling it is. Season-long form is steady but slow to react; recent form and the venue capture what's happening now; head-to-head nudges it for the specific opponent.
We also apply two corrections that stop the model being fooled. A strength multiplier accounts for the gap in quality between the sides, and an xG regression step pulls teams that have been over- or under-performing their chances back toward what they actually deserve — because hot streaks rarely last.
Once we have a projected xG for each team, a machine-learning model — trained on thousands of historical matches — turns those features into three numbers that add up to 100%: the chance of a home win, a draw, or an away win. This is where the model earns its keep, because the relationship between expected goals and actual results isn't a straight line.
Win probabilities tell you who's favoured; the scoreline tells you the story. From each team's projected xG, the model estimates the chance of every plausible scoreline and surfaces the most probable one. The grid below shows how those chances spread — the brighter the cell, the likelier that exact result.
No two matches lean on the same factors. For a given fixture, some signals matter more than others — a big xG gap, a fortress home record, or a lopsided head-to-head. Scorina also surfaces the key factors behind each call in plain language, so you see not just the number but the reasons for it.
A model is a guide, not a crystal ball. Scorina predicts from the data it has — it doesn't know about a late injury, a manager resting players before a cup tie, or the weather. Football is famously unpredictable, and upsets are part of the game. Our numbers tell you what's likely, framed as probabilities rather than certainties, and they're built for analysis and entertainment — not betting advice.
See it on a live matchOpen the analysis page and run a prediction for any fixture. Open Scorina →Predictions are statistical estimates for analysis and entertainment only, not betting advice. Figures update continuously as new data arrives.