Multimodal data

Data whose meaning lives in more than one medium at once: images and video with structured annotation, sensor and viewpoint recordings, and the question-answer pairs built on top of them. These are the categories behind vision-language models and the systems that read the physical world.

A desk with a camera, printed photographs, a phone showing an image grid, and a printed report with charts

What counts as multimodal data

Multimodal data is where one sample carries more than one kind of signal: an image with its annotation, a video with temporal labels, a sensor stream paired with the language that describes it. The category is defined by the pairing rather than by the medium. A folder of photographs is image data; the same photographs with structured captions, bounding boxes or question-answer pairs are multimodal.

What makes it hard is alignment. The annotation has to agree with the media at the level the model reads: a box has to sit on the object it names, a temporal label has to match the span it describes, and a question-answer pair has to be answerable from the frame it references. Most defects in multimodal data are alignment defects, and they are created at annotation time rather than in delivery review.

The categories in this collection

  • Computer Vision Data

    Non-speech

    Annotated image and video data, with annotation types including classification, bounding boxes, segmentation masks, and keypoints.

  • Video Data

    Non-speech

    Annotated video footage, with the annotation needed for tasks such as action recognition, object tracking, and temporal segmentation.

  • Satellite Imagery Data

    Non-speech

    Remote-sensing satellite or aerial imagery, with multispectral bands and geographic annotation, used for land-cover classification, change detection, and agricultural monitoring.

  • First-Person View Data

    Non-speech

    Video and sensor data captured from the operator's viewpoint with wearable devices, used for embodied AI and action understanding.

  • Autonomous Driving Data

    Non-speech

    Road-scene data captured by vehicle sensors (cameras, lidar, and annotation boxes), used to train perception models.

  • Embodied AI Data

    Emerging paradigm

    Multimodal data generated as robots and embodied agents operate in real environments: vision, action trajectories, and language instructions.

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  • Pilot batch before the full run, so problems surface early.
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  4. Full run, then delivery with documents Audio, transcripts, and the consent record for every speaker.
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