Deep Learning × Fashion

AI in fashion: Your collection knows more
than your buying team suspects

6 modules. 6 problems every fashion brand knows. 6 data-driven solutions that turn your existing ERP, webshop and PLM data into concrete euro figures - no new system, no new hardware.

Each module solves a concrete fashion problem

Click on a module to view the complete interactive notebook with code, visualisations and business impact.

No theory - results in weeks

We work with the data you already have. No vendor lock-in, no cloud mandate, no hidden costs.

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Your data, your systems
Webshop, ERP, PLM, CRM, return comments - we connect what already exists in your systems. No new system required.
Results before perfection
We deliver a pilot dashboard with real numbers from your data. No 6-month concept - you see the ROI before you invest.
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Industry knowledge + data science
We understand pre-order, returns and trend cycles. Our models solve real fashion problems - no academic exercises.

Ready to put your data to work?

Schedule a data workshop →

Where the industry figures come from

The levers of the model calculation are aligned with published studies and case reports. Every third-party figure named in the text is documented here with its source.

  • McKinsey: AI forecasts reduce errors by 20-50%; markdown optimisation improves markdown margin by 400-800 basis points.
  • BoF State of Fashion 2025: full-price sell-through down to ~50%.
  • IHL: ~8% revenue loss from out-of-stock.
  • Fit Analytics (Mammut): -20% return rate through size guidance.
  • True Fit/M&Co: -10% among active users.
  • University of Bamberg returns research: ~€19.51 process cost per return; German fashion returns ~50%.
  • Prime AI: value loss of 20-40% of merchandise value.
  • Heuritech (vendor claim): trend forecasts up to 24 months ahead, 90%+ - we deliberately assume 6-9 months and 67%.
  • Pareto norm: ~20% of SKUs carry ~80% of revenue.
  • Inditex FY2024: gross margin ~58% (context: initial markup).

The figures of other companies serve as plausibility anchors - they are not transferred to the model company. All EUR amounts are model calculations based on the assumptions stated in the disclaimer. Retrieval date of the sources: 2026-08-14.

Note on the context of this portfolio

The following six modules use a fictitious mid-sized fashion company (jeans, T-shirts, hoodies, shirts) to illustrate how data science and AI can be applied across the entire value chain - from pre-order to trend identification to markdown optimisation.

All figures, datasets and results are entirely fictitious. They serve solely to illustrate the methodology and the type of impact achievable - no promises made.

In a real project, the domain expertise of your company is the decisive factor: how does your pre-order process work? What data is available in your PLM, ERP and webshop? Where are the biggest losses - overstock, returns or missed trends? On this basis we develop models tailored to your reality.

This portfolio shows what questions data science can answer in the fashion industry - the concrete answers emerge only with your data.