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AI ToolsAutoMLAutoGluon
AutoML

AutoGluon

AutoGluon is an open-source AutoML toolkit designed to simplify and accelerate machine learning model development with minimal coding required.

Updated Feb 16, 2026Open Source

AutoGluon is a powerful AutoML framework developed by Amazon that automates the process of training and tuning machine learning models for tabular data, text, and images. It is designed to be user-friendly, enabling developers and data scientists to achieve state-of-the-art predictive performance without deep expertise in ML.

The toolkit supports a wide range of tasks including classification, regression, and object detection, leveraging ensembling and multi-layer stacking techniques to boost accuracy. AutoGluon is highly extensible and integrates well with popular ML libraries, making it suitable for both research and production environments.

Pricing
Free
Category
AutoML
Company
Interactive PresentationOpen Fullscreen ↗
01
Handles tabular, text, and image data seamlessly, allowing users to build models across diverse data types in a unified framework.
02
Automatically selects the best models and combines them through ensembling and stacking to improve prediction accuracy.
03
Provides simple APIs that enable users to train high-quality models with just a few lines of code, reducing development time.
04
Performs efficient hyperparameter tuning to optimize model performance without manual intervention.
05
Open-source under Apache 2.0 license, allowing customization and integration with other ML tools and workflows.
06
Specialized optimizations for tabular data, including handling missing values and categorical features automatically.
07
Supports complex prediction tasks such as multi-label classification and multi-output regression.

Rapid Prototyping for Data Science Projects

A data scientist needs to quickly build and compare multiple models on a tabular dataset without extensive manual tuning.

Image Classification for E-commerce

An e-commerce company wants to classify product images into categories to improve search and recommendations.

Text Sentiment Analysis

A marketing team wants to analyze customer reviews to gauge sentiment trends automatically.

Automated Hyperparameter Tuning for Production Models

A machine learning engineer needs to optimize models deployed in production to improve performance over time.

1
Install AutoGluon
Use pip to install AutoGluon with 'pip install autogluon'.
2
Prepare Your Dataset
Format your data as a CSV or DataFrame with clear feature and label columns.
3
Train a Model
Use AutoGluon’s TabularPredictor or other predictors to fit your model with a single line of code.
4
Evaluate and Predict
Evaluate model performance using built-in metrics and generate predictions on new data.
5
Deploy or Export Model
Save your trained model for deployment or further analysis.
Is AutoGluon free to use?
Yes, AutoGluon is completely free and open source under the Apache 2.0 license, allowing unrestricted use for research and commercial purposes.
What types of data does AutoGluon support?
AutoGluon supports tabular data, text data, and image data, enabling multi-modal machine learning workflows.
Do I need deep learning expertise to use AutoGluon?
No, AutoGluon abstracts away complex model building and tuning, allowing users with minimal ML experience to train high-quality models.
Can AutoGluon be used in production environments?
Yes, models trained with AutoGluon can be exported and integrated into production pipelines, and it supports scalable training on multiple CPUs and GPUs.
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Pricing
Model: Open Source
Open Source
Free
  • Full access to AutoGluon toolkit
  • Community support
  • No usage limits

AutoGluon is completely free and open source under the Apache 2.0 license, with no paid tiers.

Assessment
Strengths
  • Supports multiple data modalities including tabular, text, and images
  • Easy-to-use APIs requiring minimal coding
  • Strong model ensembling and stacking for improved accuracy
  • Open source with active community and continuous updates
  • Robust hyperparameter tuning and model selection automation
Limitations
  • Can require significant computational resources for large datasets or complex models
  • Less suitable for highly customized deep learning architectures
  • Documentation can be technical for absolute beginners