FAQ

Faces & people

Face, person and human activity datasets

Face attributes, detection, captioning, hand gestures and activity — and the consent and regulatory questions that apply to all of it.

Datasets of people carry obligations that datasets of objects do not, and several widely cited face datasets have been withdrawn or restricted since publication for exactly that reason.

The legal position is the thing to establish first in this category. Facial images are personal data wherever the person can be identified, and once they are processed to identify or verify someone — which is what face-recognition training does — they are biometric data under GDPR. That brings consent requirements, purpose limitation and data-subject rights into scope regardless of whether the images were publicly accessible when collected. A permissive dataset licence does not resolve this, because the licence is granted by the compiler and the rights belong to the people depicted.

There is also a history here worth knowing. Several prominent face recognition datasets were withdrawn by their creators after it emerged that subjects had not consented to that use. If you are building on a dataset in this category, check its current status rather than citing a paper, and prefer sets with documented consent — which for commercial deployment is increasingly the only defensible position.

A stacked bar chart of data source by percentage for Periods I to IV. Period I is entirely photo shoots; Period II mostly photo shoots; Period III mixes web search (about 42%), mugshots (about 19%), surveillance cameras and photo shoots; Period IV is mostly web search (about 80%).
Where the images in face-recognition datasets came from, across the four periods of the field's history in Raji and Fried's survey: the earliest sets were all staged photo shoots, while in the latest period most images were collected through web searches, with mugshots and surveillance footage along the way. The authors link that shift with consent being lost, which is why a face set's source needs checking before its licence. Image: Figure 1 of the paper · CC BY 4.0 · from Raji & Fried 2021, “About Face: A Survey of Facial Recognition Evaluation”, arXiv:2102.00813
DatasetModalitySizeLicenceBest for
HaGrid - Hand Gesture Recognition Image DatasetImage552,992 imagesCC BY-SA 4.0 variantGesture recognition for video calling
Deepfake and Real Images DatasetImage190,000 imagesCC BY 4.0Deepfake detection
Biggest GenderFace Recognition DatasetImage27,167 imagesCC0Facial classification by gender
Face Detection DatasetImage16,700 imagesCC0Deep learning face detection
Art PortraitsImage10,600 imagesCC0GANs for artistic image generation
Human FacesImage7,200 imagesCC0Facial recognition robust to face diversity
Male and Female Faces DatasetImage5,418 imagesCC0Gender recognition from facial images
Glasses or No GlassesImage5,002 imagesCC BY-SA 4.0Binary with-or-without-glasses classification
Face Caption-15mImage15M pairsResearch onlyGenerate natural facial descriptions
HumanCaption 10MImage10M imagesResearch onlyNatural captions for human images
Human Action Recognition HAR DatasetImage18,000 imagesUnclear — see belowHuman actions from images
Licences in this shortlist — computed from the 11 datasets below. Red marks licences that are unclear or restricted; amber marks non-commercial, share-alike or mixed terms.
A ROC curve plot with True Positive Rate from 0.0 to 1.0 against False Positive Rate from 0.00 to 0.30, showing about a dozen coloured curves; the legend names model-detector-distance combinations such as 'Facenet512_retinaface_cosine_aligned (acc: 98.4, auc: 0.997)' down to 'DeepID_yolov8_euclidean_aligned (acc: 66.5, auc: 0.7038)'.
ROC curves for face-recognition pipelines on one benchmark. The gap between the best (Facenet512 with RetinaFace, AUC 0.997) and the worst (DeepID with YOLOv8, AUC 0.70) shows how much the detector and embedding model matter, so evaluate the whole pipeline, not just the training data. Image: serengil/deepface · MIT repository
№ 01

HaGrid - Hand Gesture Recognition Image Dataset

Image
Size
552,992 Full HD images annotated in COCO + 21 landmark points, 18 classes
Licence
HaGRID licence: the authors' variant of CC BY-SA 4.0 (not a Creative Commons licence)

552,992 Full HD images annotated in COCO format with 21 hand landmark points, spanning 18 gesture classes plus a no-gesture class. That is the 2022 release; the current HaGRIDv2 has 1,086,158 images in 33 gesture classes. Both bounding boxes and landmarks are provided, covering detection and pose in one set.

What to train on it

Training gesture recognition for video calling, building gesture-controlled interfaces for vehicles or smart homes, and benchmarking hand detection and tracking.

Source: innovatiana.com

№ 02

Deepfake and Real Images Dataset

Image
Size
Approximately 190,000 256x256 pixel JPG images, real faces and deepfake
Licence
Creative Commons Attribution 4.0 International (CC BY 4.0)

Roughly 190,000 JPG face images at 256x256, mixing real faces with ones altered by various deepfake techniques. Large, uniform in size and CC BY licensed, making it the most convenient deepfake image set here, though the real faces are still identifiable people.

What to train on it

Developing and training deepfake detection, improving facial recognition security and fraud prevention, and studying generated and manipulated image techniques.

Source: innovatiana.com

№ 03

Biggest GenderFace Recognition Dataset

Image
Size
27,167 JPG images, classified as male (17,678) and female (9,489)
Licence
CC0: Public Domain

27,167 JPG photographs of human faces split into 17,678 male and 9,489 female. Larger than most gender-classification sets but notably imbalanced, which matters if you report accuracy rather than balanced metrics.

What to train on it

Training facial classification by gender, developing automatic gender recognition, and testing CNN and vision transformer architectures for facial recognition.

Source: innovatiana.com

№ 04

Face Detection Dataset

Image
Size
16,700 images with YOLO and pixel annotations
Licence
CC0: Public Domain

Roughly 16,700 face images, each labelled with bounding boxes supplied in both pixel-coordinate and YOLO formats. Dual annotation format means no conversion step whichever detector you use, and it is public domain.

What to train on it

Training deep learning face detection such as YOLO, SSD or Faster R-CNN, testing vision model accuracy and robustness, and creating security or biometric applications.

Source: innovatiana.com

№ 05

Art Portraits

Image
Size
10,600 images in JPG format
Licence
CC0: Public Domain

Over 10,000 JPG artistic portrait images, pre-aligned and cleaned, assembled for training GAN models and other creative image-generation work. Alignment is the practical value: no face-cropping pipeline needed.

What to train on it

Training GANs for artistic image generation, exploring portrait styles in creative AI, and creating image transformation or stylisation tools.

Source: innovatiana.com

№ 06

Human Faces

Image
Size
Approximately 7,200 JPG images, various resolutions
Licence
CC0: Public Domain

Over 7,200 JPG face images at various resolutions, selected for ethnic, generational and morphological diversity, with some GAN-generated images deliberately mixed in. The synthetic inclusions double as a detection task.

What to train on it

Training facial recognition robust to face diversity, detecting GAN-generated images with specialised classifiers, and grouping or identifying individuals.

Source: innovatiana.com

A 4x3 grid of photographs of a single hand against a pale wall, each captioned with its gesture class: call, dislike, fist, four, ok, one, palm, peace, stop, stop inv., three and three2.
Twelve of the 33 gesture classes in HaGRIDv2, which extends the 18-class release listed above. The labels are fine-grained — stop and stop inv. are the same open hand shown palm-first and back-first — so a model has to learn orientation as well as shape. Image (cropped): hukenovs/hagrid · Custom CC BY-SA 4.0 variant (dataset) · from “HaGRIDv2: 1M Images for Static and Dynamic Hand Gesture Recognition”, arXiv:2412.01508
№ 07

Male and Female Faces Dataset

Image
Size
5,418 colour images, various resolutions
Licence
CC0: Public Domain

5,418 colour face images at various resolutions, roughly balanced at 2,700 male and 2,700 female, spanning multiple ethnicities and age groups with 12 to 13 percent elderly subjects. Deliberate demographic balancing.

What to train on it

Training gender recognition from facial images, studying ethnic and demographic diversity in image datasets, and developing gender classifiers or face generators.

Source: innovatiana.com

№ 08

Glasses or No Glasses

Image
Size
5,002 JPG images with latent generation vectors
Licence
CC BY-SA 4.0

5,002 GAN-generated synthetic face images labelled as wearing glasses or not, shipped together with the latent vectors used to create them. The latent vectors enable controlled attribute-manipulation experiments.

What to train on it

Training binary with-or-without-glasses classification, testing model robustness on synthetic data, and experimenting with GAN latent vector image manipulation.

Source: innovatiana.com

№ 09

Face Caption-15m

Image
Size
Over 15 million image-description pairs (15.1M rows), 5+ partial GB in Parquet format
Licence
Tagged CC BY 4.0, but the card limits use to scientific research and education (images from LAION-Face)

Over 15 million facial image and description pairs in Parquet, more than 5 GB in partial release, with natural-language descriptions of varying length and detail. The images come from LAION-Face web scrapes, and despite the CC BY 4.0 tag the card allows use for scientific research and education only.

What to train on it

Training models to generate natural facial descriptions, improving multimodal face-text comprehension, and developing facial synthesis and detailed recognition.

Source: innovatiana.com

№ 10

HumanCaption 10M

Image
Size
Approximately 10 million human images with text descriptions, standard image formats, associated metadata
Licence
Tagged CC BY 4.0, but the card limits use to research and education (images from LAION-Face)

Roughly ten million human-centred photographs in standard image formats with accompanying metadata, each paired with a natural-language caption. Built for face and person-focused captioning rather than general scenes. The images come from LAION-Face, and despite the CC BY 4.0 tag the card limits use to research and education.

What to train on it

Generating natural captions for human images, improving facial recognition with contextual descriptions, and developing applications analysing people and human interaction.

Source: innovatiana.com

№ 11

Human Action Recognition HAR Dataset

Image
Size
Approximately 18,000 JPEG images divided into folders by classes
Licence
Open Database License (ODbL) probable — check the terms of use

About 18,000 still JPEG photographs sorted into folders across 15 everyday human activity categories. Still images rather than video, so it tests appearance-based action inference. The licence is stated only as probable ODbL.

What to train on it

Classifying human actions from images, building monitoring or behaviour-analysis systems, and evaluating CNN architectures for visual recognition.

Source: innovatiana.com

Two panels: a histogram of subjects' estimated age (about 10 to 80, peaking around 40) for train, test and validation splits, and a pie chart of estimated race with white 90.1%, asian 4.2%, black 3.5% and indian 2.2%.
Age and race of the people photographed for HaGRIDv2, a hand-gesture set from consenting adult crowdworkers. Both were estimated by neural networks rather than reported by the subjects, and the race estimate puts 90.1% of them in one group. A demographic breakdown is only as good as the model that produced it, so ask how it was made. Image (cropped): Figure 2 (panels g and j) of the paper · CC BY 4.0 · from “HaGRIDv2: 1M Images for Static and Dynamic Hand Gesture Recognition”, arXiv:2412.01508

How this list was put together

Drawn from the datasets in Dataset Finder filed under this topic, then checked by hand against what this page covers. A tag is a filing decision, not a description, so records that carried the tag without being about the topic were removed, and relevant records filed elsewhere were added. The order puts the closest fit first.

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 — a CC0 tag on Flickr photographs, MIT on data whose terms require a signed agreement — the entry gives the original terms and says so. The comparison table abbreviates licences; hover a cell for the full wording.

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