<img alt="fastdup logo." src="https://github.com/visual-layer/fastdup/raw/v2.2_3.10/gallery/logo.png">
An unsupervised and free tool for image and video dataset analysis.
fastdup is founded by the authors of XGBoost, Apache TVM & Turi Create - Danny Bickson, Carlos Guestrin and Amir Alush.
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<img alt="VL Profiler." src="https://github.com/visual-layer/fastdup/raw/v2.2_3.10/gallery/github_banner_profiler.gif">
🚀 Introducing VL Profiler! 🚀 We're excited to announce our new cloud product, VL Profiler. It's designed to help you gain deeper insights and enhance your productivity while using fastdup. With VL Profiler, you can visualize your data, track changes over time, and much more.
👉 Check out VL Profiler here 👈
📝 Note: VL Profiler is a separate commercial product developed by the same team behind fastdup. Our goal with VL Profiler is to provide additional value to our users while continuing to support and maintain fastdup as a free, open-source project. We'd love for you to give VL Profiler a try and share your feedback with us! Sign-up now, it's free.
fastdup handles both labeled and unlabeled image/video datasets, helping you to discover potential quality concerns while providing extra functionalities.
With a plethora of data visualization/profiling tools available, what sets fastdup apart? Here are the top benefits of fastdup:
Supported
Pythonversions:
Supported operating systems:
Option 1 - Install fastdup via PyPI:
# upgrade pip to its latest version
pip install -U pip
# install fastdup
pip install fastdup
# Alternatively, use explicit python version (XX)
python3.XX -m pip install fastdup
Option 2 - Install fastdup via an Ubuntu 20.04 Docker image on DockerHub:
docker pull karpadoni/fastdup-ubuntu-20.04
Detailed installation instructions and common errors here.
Run fastdup with only 3 lines of code.

Visualize the result.

In short, you'll need 3 lines of code to run fastdup:
import fastdup
fd = fastdup.create(input_dir="IMAGE_FOLDER/")
fd.run()
And 5 lines of code to visualize issues:
fd.vis.duplicates_gallery() # create a visual gallery of duplicates
fd.vis.outliers_gallery() # create a visual gallery of anomalies
fd.vis.component_gallery() # create a visualization of connected components
fd.vis.stats_gallery() # create a visualization of images statistics (e.g. blur)
fd.vis.similarity_gallery() # create a gallery of similar images
View the API docs here.
Learn the basics of fastdup through interactive examples. View the notebooks on GitHub or nbviewer. Even better, run them on Google Colab or Kaggle, for free.
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⚡ Quickstart: Learn how to install fastdup, load a dataset and analyze it for potential issues such as duplicates/near-duplicates, broken images, outliers, dark/bright/blurry images, and view visually similar image clusters. If you're new, start here! 📌 Dataset: Oxford-IIIT Pet. |
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🧹 Clean Image Folder: Learn how to analyze and clean a folder of images from potential issues and export a list of problematic files for further action. If you have an unorganized folder of images, this is a good place to start. 📌 Dataset: Food-101. |
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$ claude mcp add fastdup \
-- python -m otcore.mcp_server <graph>