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Since 2014 · Automated statistical modelling

Artificial intelligence for data science.

Automated data analysis, interpretable models and human-readable statistical reports for the modern data stack.

Explore how machines can discover structure in data, compare models, explain patterns and turn complex analysis into understandable reports.

Gaussian processes Bayesian model comparison Model criticism
Airline Passenger Analysis MODEL 04 · BIC −1284
Observations · fit · forecast
FORECAST
OBSERVED TREND FORECAST · 95% CI
COMPONENT 1
Long-term trend
COMPONENT 2
Annual periodic structure
COMPONENT 3
Increasing seasonal amplitude
COMPONENT 4
Residual variation
TREND DETECTED
+2.7% / year
PERIODIC COMPONENT
12 month cycle
CHANGE POINT
Detected: 2008
MODEL CONFIDENCE · HIGH
The method

From raw data to an understandable model

DATAMODEL DISCOVERYEVALUATIONEXPLANATIONREPORT
01

Explore

Inspect structure, missingness, distributions and relationships.

02

Discover

Search across candidate statistical models and structural explanations.

03

Evaluate

Compare fit, complexity, predictive performance and uncertainty.

04

Explain

Turn discovered patterns into charts, predictions and readable descriptions.

Example reports

See what automated analysis can uncover

All examples →
Origins

The idea behind the Automatic Statistician

The original Automatic Statistician research investigated whether parts of statistical modelling could be automated without giving up interpretability. Rather than fitting a single fixed model, the system searched a compositional space of Gaussian process kernels, building structure out of smooth trends, periodic components, changepoints and noise.

Candidate models were compared using Bayesian reasoning, which balances fit against complexity. The discovered structure was then translated into natural-language descriptions and charts, together with model criticism that flagged where the model disagreed with the data. The result was a report a statistician could read, check and argue with.

Explore the Research
DISCOVERED KERNEL STRUCTURE
SE × PER
+ SE × LIN
+ CP(2008) × SE
+ WN
SE — smooth trend
PER — periodicity
LIN — linear growth
CP — changepoint
WN — noise
BIC — model score
Guides

Learn automated data analysis

Browse All Guides →
Automated Data Analysis · 6 MIN

M.Sc. in Data Science and Artificial Intelligence From BITS Pilani: The Complete 2026 Program Guide

BITS Pilani's M.Sc. in Data Science & AI is a 2-year online degree. Cost: INR 38,500/trimester (INR 2.31L total). DEB-approved. Includes 4 major projects and a professional portfolio. Best for working professionals seeking a recognised credential without career interruption.

Machine Learning · 3 MIN

F1 Score in Machine Learning: Formula, Range, and How to Interpret It

F1 score, precision, and recall: what they mean, when to use each, and why F1 beats accuracy on imbalanced classification problems.

Data Science · 4 MIN

Artificial Intelligence vs. Machine Learning vs. Data Science: What’s the Real Difference?

AI, ML, and data science get used interchangeably, but they're not the same thing. Here's the practical distinction that actually matters for hiring and scoping.

Automated Data Analysis · 1 MIN

How AI Can Generate Statistical Reports

How generated statistical reports should be produced: from fitted structure to sentences, with checkable claims.

Python for Data Science · 4 MIN

Python Plotting for Data Science: A Practical Introduction to Matplotlib

From messy CSV to publication-ready figure: a practical walkthrough of Python plotting for data science using matplotlib and pandas.

Bayesian Statistics · 1 MIN

Bayesian Model Selection Explained

Bayesian model selection and the marginal likelihood: how complexity is penalised without an added penalty term.

Software

Tools for automated data science

Reviews and comparisons of the platforms that automate parts of the analytical workflow, evaluated against the methodology we publish.

Explore Data Science Tools

The Automatic Analysis Brief

Research, tools and practical techniques for automated statistics, machine learning and AI-assisted analytics.