Face Detection

YOLO-Face: Custom Face Detection Models

Test, download, or fine-tune open-source face detection datasets and models on Roboflow. Train a custom detector with RF-DETR, ship it with commercial-safe licensing, and keep face data on-device.

From dataset to deployed face detector in an afternoon

YOLO-Face is the Roboflow Universe collection of open-source face detection datasets and pre-trained models. Fork one, fine-tune it, and ship.

1

Start from a dataset

Browse the YOLO-Face collection and fork a face detection project into your workspace, or upload and label your own images in Annotate with AI-assisted labeling. A few hundred images covering your real lighting, angles, distances, and occlusion beats a huge but narrow set.

2

Train the model

In Roboflow Train, we recommend RF-DETR, Roboflow's state-of-the-art real-time detection architecture. It leads current YOLO releases on accuracy and latency and ships under a commercial-friendly license. YOLO models are supported too if you specifically need them.

3

Evaluate honestly

Check class-wise performance and test on images that look like your real deployment, not just clean samples. For faces, pay attention to performance across different lighting, angles, and demographics. A model that works on one population and not another is not ready.

4

Deploy where you run

Serve the model with Inference on the cloud or the edge, and chain it in Workflows: detect faces, then blur, count, or pass crops downstream. On-device deployment keeps face data local. Use active learning to fold uncertain frames into the next version.

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Detection is the foundation. Recognition is a separate step.

Detection (find the face)

Drawing a bounding box around every face in an image. It does not identify anyone. Detection is what powers the most common and least sensitive uses: privacy redaction, counting and occupancy, attribute analysis, and presence triggers, often in service of removing identity rather than capturing it.

Recognition (match the identity)

Identity recognition adds a separate downstream step: the detector crops the face, then a face-embedding model turns that crop into an embedding and compares it against a gallery. That second step is where the real privacy and accuracy stakes live, and you should only add it if your use case genuinely calls for it.

Get reliable face detection first, and the downstream steps become tractable. Roboflow gives you the detection foundation, and the choice of what to build on top stays yours.

Your models and data stay yours

Commercial-safe by license, private by architecture, and backed by 40+ open datasets to start from.

Commercial-safe licensing by default

Train and ship on RF-DETR, released under the permissive Apache 2.0 license, free to use commercially with no copyleft obligations. The Ultralytics YOLO family ships under AGPL-3.0, which in practice can require open-sourcing your application or buying a commercial license. Build a face detector you can actually ship.

Private by architecture, face data stays local

Roboflow is a US-based platform with SOC 2 Type II compliance and encryption in transit and at rest. Deploy on-device, on-prem, in your VPC, or fully air-gapped, so face data never has to leave your infrastructure, which is often the right call for this use case.

40+ open datasets and models to fork

The YOLO-Face collection on Roboflow Universe spans general human faces, expression detection, thermal and infrared faces, and more. Test any project in the browser, download it as a labeled dataset, or fine-tune it into your own model.

Vision AI is already running in production

Half the Fortune 100 build computer vision with Roboflow, with detection models deployed in retail, transit, events, plants, and on the edge.

40+
open face detection datasets and models in the YOLO-Face collection
1M+
engineers and 16,000+ organizations building on the platform
55B+
model inferences run in production across critical industries

Trusted by teams at BNSF, Rivian, GE Vernova, Cummins, USG, Pella, and Peer Robotics.

Frequently asked questions

What is YOLO-Face?

YOLO-Face is a Roboflow Universe collection of open-source face detection datasets and pre-trained models, more than 40 community projects ranging from general human face detection to expression detection, thermal and infrared faces, and animal faces. Each one is testable in the browser, downloadable as a labeled dataset, and deployable via API. At its core, YOLO-Face does one job: drawing a bounding box around every face in an image, which is the foundation that blurring, counting, attribute analysis, and recognition are built on top of.

How do I train a custom face detection model on Roboflow?

Start from a dataset by forking a project from the YOLO-Face collection on Universe, or upload and label your own images in Annotate with AI-assisted labeling. Then train RF-DETR, Roboflow's state-of-the-art real-time detection architecture, in Roboflow Train. Evaluate honestly on images that match your real deployment, paying attention to performance across lighting, angles, and demographics. Deploy with Inference on the cloud or the edge, and use active learning to fold uncertain frames back into the next version. You can go from a public dataset to a deployed face detector in an afternoon.

Is the licensing safe for commercial face detection products?

RF-DETR is released under the Apache 2.0 license, free to use commercially with no copyleft obligations, which is one reason it is the recommended model for a custom face detector you intend to ship. The Ultralytics YOLO family is distributed under AGPL-3.0, a strong copyleft license that in practice requires open-sourcing the application you build around the model or buying a commercial license, even for many commercial uses. If you build on a YOLO model, confirm the license before you ship.

What about privacy and face recognition?

Face detection finds where faces are; it does not identify anyone. Many of the most common uses, like privacy redaction, counting, and occupancy, use detection in service of removing or never capturing identity. Recognition is a separate downstream step: the detector crops the face, then a separate face-embedding model compares it against a gallery, and that second step is where the real privacy and accuracy stakes live. On-device deployment keeps face data local, which is often the right call, and models should be evaluated across different lighting, angles, and demographics before use.

Build your face detector today

Explore the YOLO-Face collection, fork a dataset, and fine-tune a custom detector you can ship.

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Have a question about face detection?

Ask the Roboflow assistant about forking a dataset, training RF-DETR, and deploying on-device.

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