Predict, Analyze. Build with machine Learning
Your Data. Your Models. No Limits.
A unified intelligence platform that puts forecasting, automated model-building, and location-aware analysis directly in the hands of every analyst turning insight into action.

Data Analysis is the Engine Behind Every Intelligent Model.
Meaningful machine learning starts long before a model is trained. In fact, it begins with a deep, accurate understanding of your data. Alteryx provides a unified analytical environment. There, analysts, engineers, and data scientists can explore, visualize, and interpret data at scale. As a result, this grounds every insight in accuracy and builds every model on a strong foundation of trust.
AutoML in Action
Model Building with Assisted ModelLing
Alteryx’s built-in AutoML evaluates multiple algorithms, selects the best performer, and explains the results in plain language complete with feature importance, lift charts, and model diagnostics. Every user becomes an analyst.
Connect your historical data
Connect data from any source eg: flat file, or cloud data warehouse.
Select target variable
Alteryx automatically identifies the best algorithm for your objective.
Run & deploy the Model
Get model results, explanation, and a deployable workflow in minutes.


Anticipate Future Trends
Move beyond historical analysis by embedding predictive insights directly into your workflow. Additionally, you can uncover hidden data patterns to forecast customer behavior, identify risks, and drive proactive business decisions all without ever leaving your canvas.
Proactive Trend Analysis
Transition from analyzing past performance to anticipating future demands within your analytical pipeline. Utilize intuitive tools to evaluate time-based cycles and seasonality, generating precise future projections complete with clear confidence intervals.


Advanced Spatial Analytics
Incorporate powerful location intelligence seamlessly into your analytical pipeline. Utilize visual, drag-and-drop tools to process coordinates, generate drive-time polygons, and uncover complex spatial relationships without the need for specialized geographic software.
