Virtual try-on
Virtual Try-On at the Mirror: How It Really Works
Take a piece off the rack, scan the barcode – and see yourself wearing it in the mirror two seconds later, without changing. What sounds like the future runs today on a tablet and an off-the-shelf screen. This page explains the technology behind it – honestly, including its limits.
At a glance
- Modern virtual try-on uses generative AI rendering – photorealistic instead of AR filter looks.
- The customer stays dressed: only the reflection shows the new look, including fabric drape and colour variants.
- In the store it acts as a pre-filter: only pieces that already convinced virtually get tried on for real.
How AI try-on works technically
- Capture: The tablet camera takes a picture of the customer – posture, proportions, and lighting are analysed.
- Understand: The AI recognises the selected garment from the collection: cut, material, drape, and colours.
- Render: A generative image model creates a new, photorealistic image: the same person, the same pose – in the new piece, with realistic drape and matching shadows.
- Vary: Changing colour, swapping pieces, or choosing the 3/4 side view takes just seconds each.
The entire process runs in the cloud; on site, a tablet and a screen are enough – which is why the try-on works on standard hardware (what it costs).
AI rendering vs. AR overlay: the crucial difference
Many 'try-on mirrors' work with AR overlays: the garment is placed over the camera feed as a live 3D model, like a social media filter. That's fast, but often looks pasted on – the piece 'floats' in front of the body and fabrics fall unnaturally.
| AR overlay | AI rendering (Mira) | |
|---|---|---|
| Display | 3D model over live feed | photorealistically generated image |
| Drape & fabric | often stiff/floating | realistic on the body |
| Prep per item | 3D model required | barcode scan is enough |
| Speed | real-time video | a few seconds per look |
| Best for | accessories, glasses, show effects | clothing, complete outfits |
What virtual try-on changes in the store
- The barrier drops: Changing clothes takes effort – a glance in the mirror doesn't. More pieces get 'tried', more pieces delight.
- The fitting room gets efficient: Only pieces that convinced virtually get tried on for real. Less frustration, shorter waits.
- Bolder choices: The customer dares colours and cuts they'd never have picked off the rack – they've already seen themselves in them.
- Fewer returns: Whoever has seen themselves realistically in a piece before buying brings it back less often – how boutiques reduce returns.
Honestly: the limits of the technology
Virtual try-on shows how a piece looks – not how it feels. Fit details like waistband width or sleeve length in a specific size are still checked by the real try-on. Very complex materials (sequins, transparent layers) are only approximated by the AI. That's exactly why we position it as a pre-filter and inspiration tool – the fitting room stays, it just gets used better.