An essential computer vision toolkit for object detection, tracking, and annotation workflows.
Build reusable computer vision applications and manage datasets efficiently with Python.
Supervision provides the foundational building blocks for computer vision applications, from data loading to real-time zone counting and tracking. It suits developers and engineers working with computer vision models who need a model-agnostic utility library.
The tool connects seamlessly with popular model libraries like Ultralytics, Transformers, and MMDetection to handle detections, bounding boxes, and image annotations. It also offers comprehensive dataset utilities to load, split, merge, convert, and save datasets in COCO, YOLO, and Pascal VOC formats.
It suits Python developers and computer vision engineers building object detection, tracking, or segmentation systems. It does not suit non-technical users or those looking for a no-code visual interface without writing Python code.
Plug in classification, detection, or segmentation models from popular libraries like Ultralytics and Transformers.
Compose precise visual annotations for your computer vision scenes using built-in box and object annotators.
Load, split, merge, convert, and save detection datasets across COCO, YOLO, and Pascal VOC formats.
Process video streams for multi-object tracking, speed estimation, and dwell time analysis.
Free under its license, with certain features like Roboflow Inference requiring external API keys. Otherwise, the only cost is running your own hardware and Python environment.
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Supervision requires a Python 3.10 or newer environment.
No, supervision is model-agnostic and acts as a toolkit; you must plug in your own models from libraries like Ultralytics or Transformers.
You can load, save, and convert datasets between COCO, YOLO, and Pascal VOC formats.
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