Industry
Product recognition, shelf analytics, visual search, and customer sentiment annotation for smarter retail AI — from planogram compliance to personalized recommendations.
Rework reduction
Shelf images labeled
Annotation accuracy
Retail locations covered
Challenges
Workflow
A structured, domain-specific workflow — from data ingestion to delivery.
Product hierarchy mapped from client's catalog — brand, category, sub-category, variant. Visual reference library built with 10+ images per SKU for annotator training.
Bounding boxes and segmentation masks for individual products on shelves; planogram position mapping (shelf, bay, facing); out-of-stock and misplacement detection labels.
Per-product attributes: brand, flavor, size, price tag value, promotional status, damage/expiry flags. Multi-label classification for recommendation training data.
Customer reviews annotated for sentiment (5-class), aspect categories (quality, price, delivery, fit), and entity extraction (product names, features, complaints).
Annotations validated against client's planogram database; SKU identification accuracy verified via barcode-to-annotation matching on gold-set samples.
Labeled data delivered in COCO, Pascal VOC, or custom retail analytics format with per-store, per-category aggregation metadata for downstream compliance scoring models.
Expertise
Generic annotation vendors can label data. Domain experts label it correctly. Here's why the difference matters in your industry.
Distinguishing between 'Diet Coke 12oz' and 'Coke Zero 12oz' from a shelf photo requires annotators trained on your specific catalog. Our SKU training program uses 10+ reference images per product to achieve 96.8% identification accuracy across 10K+ SKUs.
A product in the wrong position isn't just a labeling error — it's a compliance signal. Our annotators understand planogram logic: facing counts, shelf positioning, promotional placement rules — delivering data that powers compliance scoring, not just object detection.
Sarcasm, regional slang, and cultural expectations vary across markets. Our multilingual annotation teams handle sentiment analysis across 25+ languages with aspect-level granularity — catching nuances that automated sentiment tools miss.
Comparison
See how our domain-specific capabilities compare to generic annotation services.
| Capability | UTL Data Engine | Typical Vendor |
|---|---|---|
| SKU-level product identification (10K+ SKUs) | ✓ Catalog-mapped | Generic object detection |
| Planogram compliance validation | ✓ Cross-referenced | Not available |
| Multi-label product attributes (brand, size, promo) | ✓ Full taxonomy | Basic labels |
| Sentiment + aspect-level review annotation | ✓ 5-class + aspects | Binary sentiment |
| Barcode-to-annotation gold-set validation | ✓ | Random sampling |
| Store-level metadata & aggregation | ✓ | Flat export |
“UTL reduced our labeling rework by over 50%. Their domain-trained annotators understood retail planograms from day one — no ramp-up delays.”
VP Engineering
Retail AI Analytics Company
FAQs
We build a visual reference library with 10+ images per SKU from your catalog, then train dedicated annotator pods with SKU-specific assessment tests. Our catalog mapping system ensures consistent identification across stores, lighting conditions, and product orientations.
Yes. We map shelf positions to your planogram database, labeling products by bay, shelf, and facing position. Annotations include compliance flags for out-of-stock, misplacement, and incorrect facing counts — ready for your compliance scoring model.
We offer 5-class sentiment (very negative to very positive) with aspect-level categories (quality, price, delivery, fit, customer service). Entity extraction identifies specific product names, features, and complaints within each review.
Our burst capacity model allows 3× scaling within 72 hours for Black Friday, holiday seasons, or product launches. Pre-trained annotator pools familiar with your catalog are maintained year-round for rapid activation.
Related
Let's discuss your specific data challenges and build a tailored annotation pipeline.