Object Detection Model Training
Ground-truth datasets for training and benchmarking detectors, from lightweight real-time models to transformer-based architectures.
Computer Vision
Tight, consistent 2D bounding boxes for object detection models — delivered at scale with accuracy SLAs.
Bounding boxes seem straightforward, and that's precisely why they degrade so quietly at scale — boxes drawn too loose, occlusions handled inconsistently, and borderline class calls made differently by different annotators all chip away at model mAP over time. Vidyut Data holds every box to defined pixel-tightness tolerances, explicit occlusion rules, and clear class-boundary decisions drawn from a continuously maintained labeling guide, with IoU-based QA sampling applied to each batch.
Ground-truth datasets for training and benchmarking detectors, from lightweight real-time models to transformer-based architectures.
Detecting and counting animals in camera-trap, drone, or aerial imagery to support population and habitat studies.
Vehicle, pedestrian, and infrastructure detection from street-level and intersection camera feeds.
Detecting pallets, packages, and stock items to support automated inventory tracking and fulfillment systems.
Tightness tolerances, occlusion rules, and class-boundary decisions are fixed in the labeling guide and enforced with IoU-based sampling on every batch, so consistency holds as volume scales.
Yes — crowded scenes and small-object annotation are covered, with specific rules for occlusion, truncation, and crowd handling.
COCO, YOLO, TFRecord, or a custom format — whatever your detector expects.
Yes. A pilot lets you check box tightness and consistency against your standard before you scale.
Start with a pilot batch — see the quality of the data before you commit.