FAQ

Retail

Retail, fashion and e-commerce datasets

Product catalogues, reviews, visual search and recommendation data — and why the public sets rarely match a real catalogue.

Retail data is well supplied in public form and consistently mismatched to any specific business, which makes this a category where domain fine-tuning on your own catalogue matters unusually much.

The useful tasks here split into text and vision. Product classification, attribute extraction and review analysis are text problems with well-established public data. Visual search, attribute tagging from images and try-on are vision problems where fashion datasets dominate the public supply — which is convenient if you sell clothes and less so otherwise.

The structural mismatch is category taxonomy. Every retailer's product hierarchy is its own, and a model trained on a public taxonomy produces labels you then have to map, losing precision at every step. For classification and attribute work, a few thousand examples from your own catalogue usually outperform a much larger public set — which is the clearest case in any of these guides for treating public data as a starting point and your own as the actual training set.

A tree diagram with levels 1 to 5: Apparel and Accessories splits into Clothing, Shoes, Jewelry and Clothing Accessories; Clothing splits into Shirts and Tops, Ceremonial Clothing and Pants; Ceremonial Clothing into Kimonos and Yukata; Kimonos into Bridal Kimonos and Casual Kimonos.
Part of the Google Product Taxonomy, which this study used to align 271,700 apparel products from 40 online shops: Clothing branches five levels deep, down to bridal and casual kimonos, while Shoes stops at level two. Shared taxonomies are uneven like this, so mapping a public dataset's labels onto your own catalogue loses precision wherever the two trees disagree. Image: Fig. 1 of the paper · CC BY 4.0 · from Gross et al. 2025, “Cross-Platform E-Commerce Product Categorization and Recategorization: A Multimodal Hierarchical Classification Approach”, arXiv:2508.20013
DatasetModalitySizeLicenceBest for
FreshRetailNet-50k - Food Retail Demand PredictionText4.85M recordsCC BY 4.0Demand forecasting in food retail
Amazon PolarityText4M reviewsApache 2.0Sentiment classification for e-commerce
Sephora Skincare ReviewsText1M reviewsCC BY 4.0Sentiment analysis of customer opinions
Clothing Fit Dataset for Size RecommendationText82,790 entriesCC BY 4.0Customised size recommendation for e-commerce
E-commerce Text ClassificationText50,425 entriesCC BY 4.0NLP models to classify products
Fashion Product Images SmallImage44,400 filesMITImage classifiers for fashion
Amazon Delivery DatasetText43,000 recordsMITAnalysing effectiveness of logistics delivery operations
Women's E-Commerce Clothing ReviewsText23,486 rowsCC0Sentiment analysis or review classification
Furniture Dataset for Multi-Angle AI TrainingImage10,364 imagesApache 2.0Recognition models
7000 Dress Style PicturesImage7,240 imagesCC0Object recognition for fashion
Clothing Dataset FullImage5,000 imagesCC0Visual recognition for clothing items
Shoplifting Video DatasetVideo182 filesCC BY 4.0Detect suspicious behaviour in stores
Licences in this shortlist — computed from the 12 datasets below. Every licence as labelled in this shortlist is permissive.
Five low-resolution greyscale product thumbnails in a row, each with its class name printed above it: Trouser, Bag, Shirt, Bag and Coat. The garments and bags are isolated on a plain background and the images are visibly pixellated.
Fashion-MNIST at its native 28×28, on a blank background. Useful for sanity checks and nothing like a real product catalogue — which is the gap most retail vision projects discover late. Image: mlcommons/croissant · Apache-2.0 repository
№ 01

FreshRetailNet-50k - Food Retail Demand Prediction

Text
Size
4.85 million daily store-product records with hourly sales profiles (CSV/Parquet)
Licence
CC BY 4.0

4.85 million daily store-product records (4.5 million train, 350,000 eval) in CSV and Parquet, each with an hour-by-hour sales profile, covering 50,000 series over 90 days of perishable food sales across 898 stores in 18 cities, with stockout flags, promotions, weather and holiday context. A proper demand-forecasting benchmark.

What to train on it

Improving demand forecasting in food retail, testing stockout and latent demand detection, and training large-scale contextual time series models.

Source: innovatiana.com

№ 02

Amazon Polarity

Text
Size
Around 4 million reviews (train + test), JSON format with title, content and binary label fields
Licence
Apache 2.0

Around four million Amazon customer reviews in JSON with title, content and binary positive-or-negative label, spanning eighteen years of commerce. Large and permissively licensed, it is the workhorse sentiment classification corpus.

What to train on it

Training sentiment classification for e-commerce, improving customer feedback analysis and recommendation, and testing NLP robustness on large real-world volumes.

Source: innovatiana.com

№ 03

Sephora Skincare Reviews

Text
Size
About 1 million reviews of ~2,000 skincare products, plus metadata for 8,000+ products, CSV/JSON
Licence
Attribution 4.0 International (CC BY 4.0)

Roughly one million customer reviews of about 2,000 Sephora skincare products, plus metadata for more than 8,000 products across all categories, in CSV and JSON. Collected in 2023, giving recent beauty-sector language and pricing.

What to train on it

Sentiment analysis of customer opinions on products and brands, building personalised recommendation systems, and analysing ingredient, pricing and popularity trends.

Source: innovatiana.com

№ 04

Clothing Fit Dataset for Size Recommendation

Text
Size
82,790 ModCloth entries in JSON format (40 MB), structured customer-product data with text (the release also includes RentTheRunway: 192,544 more)
Licence
CC BY 4.0

82,790 JSON entries of about 40 MB combining structured customer and product data with written feedback, labelled for whether a size ran true, too small or too large. A genuine tabular-plus-text recommendation problem.

What to train on it

Building customised size recommendation for e-commerce, creating fit classification models from written reviews, and developing summarisation or sentiment models.

Source: innovatiana.com

№ 05

E-commerce Text Classification

Text
Size
50,425 text entries in CSV, 4 classes
Licence
Attribution 4.0 International (CC BY 4.0)

50,425 product text entries in CSV, each labelled with one of four e-commerce categories. Simple and well-sized for supervised text classification baselines or catalogue auto-tagging prototypes; check the per-class counts before relying on a single accuracy figure.

What to train on it

Training NLP models to classify products from descriptions, setting up automatic categorisation in an e-commerce platform, and testing supervised classification algorithms.

Source: innovatiana.com

№ 06

Fashion Product Images Small

Image
Size
Approximately 44,400 files: images (JPEG) and JSON files with product descriptions
Licence
MIT

About 44,400 files combining JPEG product photographs with JSON descriptions, giving paired image and text for each fashion item. MIT licensed, so one of the few commercially usable fashion catalogues at this scale.

What to train on it

Training image classifiers for fashion, NLP analysis of product descriptions, and multi-label classification of product categories and attributes.

Source: innovatiana.com

Six photographs of garments laid on floors and beds, each captioned with its dataset label: a red short-sleeved top labelled T-Shirt, a navy short-sleeved top with an anchor motif labelled Undershirt, a ribbed lace-trimmed vest labelled Top, an olive sleeveless top with a mesh band labelled Undershirt, a pale long-sleeved blouse labelled Blouse and a plum long-sleeved top labelled Longsleeve.
Six items from the public-domain Clothing Dataset with the labels its index file gives them. A navy tee is an 'Undershirt' and a lace vest a 'Top': the classes overlap, and a retailer mapping this taxonomy onto its own will lose precision at exactly these boundaries. Images: alexeygrigorev/clothing-dataset · CC0 1.0 (dataset)
№ 07

Amazon Delivery Dataset

Text
Size
Over 43,000 records, CSV tabular format
Licence
MIT

Over 43,000 CSV records of last-mile logistics covering orders, delivery agents, weather, traffic conditions and performance outcomes. A compact, MIT-licensed basis for delivery-time and routing analysis.

What to train on it

Analysing effectiveness of logistics delivery operations, identifying factors affecting deadlines and satisfaction, and optimising routes and delivery resources.

Source: innovatiana.com

№ 08

Women's E-Commerce Clothing Reviews

Text
Size
23,486 rows in CSV format, text and categorical data
Licence
CC0: Public Domain

23,486 CSV rows of anonymised online clothing reviews combining free text with ratings, customer ages, recommendation flags and product categories. Compact, clean and a long-standing teaching set for applied NLP.

What to train on it

Training sentiment analysis or review classification, studying customer experience by age or product category, and exploring BERT, TF-IDF or Word2Vec on real data.

Source: innovatiana.com

№ 09

Furniture Dataset for Multi-Angle AI Training

Image
Size
10,364 JPEG images divided into 6 categories
Licence
Apache 2.0

10,364 annotated JPEG furniture photographs across six categories, shot from multiple angles per item. The multi-angle coverage is what distinguishes it from flat catalogue imagery, supporting 3D and AR work.

What to train on it

Training recognition models for furniture and decoration objects, improving augmented reality or 3D design applications, and powering visual recommendation in furniture e-commerce.

Source: innovatiana.com

№ 10

7000 Dress Style Pictures

Image
Size
7,240 JPEG images in 640x640
Licence
CC0: Public Domain

About 7,240 pre-resized 640x640 JPEG photographs of women's dresses, including rotation, blur, noise and flip augmentation variants. Already uniform in size, so it drops straight into a training pipeline.

What to train on it

Training object recognition for fashion, building a style or outfit recommendation engine, and prototyping virtual try-on or look analysis.

Source: innovatiana.com

№ 11

Clothing Dataset Full

Image
Size
Over 5,000 images in 20 classes (the author's count)
Licence
CC0: Public Domain

Over 5,000 clothing photographs sorted into 20 classes, the full-size Kaggle release of Alexey Grigorev's clothing dataset. Public-domain licensing and modest size make it the easiest fashion classification set to pick up for tutorials or quick prototypes.

What to train on it

Developing visual recognition for clothing items, improving e-commerce product recommendations, and creating image classification tutorials and courses.

Source: innovatiana.com

№ 12

Shoplifting Video Dataset

Video
Size
182 files (.mp4 videos) — 640×480 resolution — 30 FPS — 2 classes
Licence
CC BY 4.0

182 MP4 clips at 640x480 and 30 FPS in two classes, showing normal behaviour and simulated shoplifting staged in a lab. Small and synthetic in the sense of being acted, so generalisation to real CCTV is unproven.

What to train on it

Training models to detect suspicious behaviour in stores, testing action recognition on video streams, and prototyping intelligent surveillance systems.

Source: innovatiana.com

A tree diagram headed 'Ensemble' branching to glasses, jacket, tops, pants, bag and two shoes, each drawn as a coloured segmentation shape. Jacket, tops and pants branch further into parts (collar, sleeves, pockets, neckline) and into black attribute boxes such as 'Single-breasted', 'Dropped shoulder', 'Regular (fit)', 'Ankle length' and 'Distressed'; a legend lists the relationship types and the two annotation types, instance segmentation and localized attribute.
Fashionpedia's ontology applied to one outfit: garments link to their parts (collar, sleeve, pocket, neckline) and to localised attributes such as single-breasted, dropped shoulder or ankle length. A retailer's catalogue will name and nest these differently, so plan the mapping between this taxonomy and your own before relying on the labels. Image (cropped): KMnP/fashionpedia-api · BSD-2-Clause repository · from “Fashionpedia: Ontology, Segmentation, and an Attribute Localization Dataset”, arXiv:2004.12276 · Copyright (c) 2020, Menglin Jia

How this list was put together

Shortlisted from the 18 datasets in Dataset Finder's verified set of 434 open datasets tagged “Retail, fashion & e-commerce”. Where the theme holds more than twelve, we prefer datasets whose licence is stated unambiguously and whose published scale is largest, so that the list is usable rather than merely long.

Sizes and licences come from each dataset's own documentation, vague wording included. Where we found a re-upload or catalogue card stating a licence that the original release contradicts, the entry gives the original terms and says so. The comparison table abbreviates licences to standard identifiers and marks vague ones as unclear.

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