Beauty devices vision model: counterfeit detection

What it covers

The product types the model is trained on. Anything outside this list is handled by a neighbouring model.

In scope

Facial cleansing brushesLED light-therapy masksMicrocurrent and RF devicesIPL hair-removal devicesEpilators

Not covered

Electric-shavers and electric-toothbrushesHairdryersCosmetics and skincare productsMakeup-brushesManual beauty tools

What it reads

The model reads beauty devices through a structured taxonomy. Below are its top-level feature families. Each one breaks down into detailed parts, attributes and possible values, and some of our taxonomies go beyond 200 labels. The full taxonomy is shared during a pilot.

01Enclosure geometry
02Seam and parting lines
03Port and control layout
04Vent and grille patterning
05Surface finish
06Badge or marking placement
+Detailed parts, attributes and values within each family

Output format

Once live, the model returns the same record as every Klaimed model: the design similarity, a score for each feature, and the evidence image.

POST /v1/detect/beauty-devicesPreview

{
  "model": "detect-beauty-devices",
  "listing": "site_a/8812-4410",
  "similarity": 0.94,
  "attributes": {
    "enclosure_geometry": 0.86,
    "seam_and_parting_lines": 0.87,
    "port_and_control_layout": 0.88,
    "vent_and_grille_patterning": 0.89,
    "surface_finish": 0.90
  },
  "evidence": "ev_9f3a.png"
}

How teams use it

IP firmsMonitor beauty devices copies for your clients, under your brand Design search firmsSearch beauty devices designs across brand websites and registries Brand-protection platformsAdd beauty devices recognition to your pipeline by API

Capabilities

Fine-grained attribute understanding: Reads beauty devices 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.
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.
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.
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.

Questions

Can the beauty devices model find counterfeits without a logo or brand name?

Yes. It reads beauty devices by design, through features such as enclosure geometry, seam and parting lines and port and control layout. A listing with no logo, no brand name and a different photo still matches its reference when the design is the same.

Which product types does the beauty devices model cover?

In scope: Facial cleansing brushes, LED light-therapy masks, Microcurrent and RF devices, IPL hair-removal devices and Epilators. Not covered: Electric-shavers and electric-toothbrushes, Hairdryers, Cosmetics and skincare products, Makeup-brushes and Manual beauty tools.

When will it be available?

It is in development. Early-access partners help shape the model on their own products. Tell us the product type and your volume and we'll share the timeline.

What images does it accept?

Studio packshots, seller phone photos and in-use images. Results stay consistent across angle, lighting, background and partial occlusion.

Is the attribute taxonomy public?

No. The taxonomy and training data are proprietary. We walk you through it during a pilot, and can add features and retrain the model on request.

How do I access it?

Request early access. Once it is live, it runs through the same Klaimed API and interface as every other model.

Beauty devices vision model