Clothing

Shirts vision model

Klaimed's shirts vision model understands a shirt like a category expert — collar and placket, cuff and yoke construction, fabric and pattern — to find the exact product from a reference and its closest matches. The vision foundation for counterfeit detection.

Availabledetect-shirtsv1.0.0
POST/v1/detect/shirts

What this model covers

In scope
  • Dress shirts
  • Casual and flannel shirts
  • Oxford and linen shirts
  • Women's button-front blouses
Out of scope
  • T-shirts and polo-shirts
  • Knitwear and sweaters
  • Sweatshirts and hoodies
  • Uniforms
  • Tunics sold as dresses

What the model recognises

The model reads a shirt the way a specialist in the category would — collar style, placket and buttons, yoke and back pleats, sleeve and cuff construction, pocket placement, hem shape, fabric weave and pattern — resolving the shape, geometry, material, colour and type of each, and how they combine into one design.

Capabilities

Fine-grained attribute understanding

Reads shirts the way a category expert would: overall shape and proportion, the geometry of each component, material and surface character, and the specific construction features that define one design against another. The output is a structured record of what is actually visible, not a single label.

Design-level similarity retrieval

Given a reference product, returns the closest matches from a monitored set, ranked by design similarity rather than by colour, scene or filename. Two shirts that share construction sit together even in different colourways; two that merely share a palette do not.

Feature-by-feature match explanation

Every match comes with its reasoning: which features agree between the reference and the candidate, which diverge, and how confident each comparison is. A reviewer sees why a pair was matched instead of an opaque similarity score.

Stable across how the product was photographed

The same design retrieves consistently whether it was shot as a studio packshot, a seller's phone photo or an in-use image, and holds up under changes of angle, lighting, background and partial occlusion.

Attribute taxonomy

Every model is trained against a structured attribute taxonomy: the named visual features that separate one design in this category from another, and the values each of those features can take. The taxonomy is proprietary and the training dataset as well.

We will talk you through what the model is trained to look at for your category, and if a feature matters to your workflow that we have not covered yet, we add it to the taxonomy and retrain. The taxonomy grows with the categories our customers actually work in.

Proprietary
Not published. Walked through with you directly.

Put this model to work

Tell us the category and the volume. We will show you the model running against your own listings before anything is signed.