AR mirrors in premium retail reception zones replace traditional fitting rooms: 4th-generation LiDAR combined with NeRF neural networks creates a visitor's digital twin accurate to ±1 mm. Physically Based Rendering (PBR) reproduces silk sheen, denim texture and cashmere nap at 120 Hz. An AI stylist integrated with CRM suggests accessories instantly, while the Zero-Inventory model lets you showcase limited collections without a single physical sample.
3D Scanning and Fabric Physics
4th-generation LiDAR combined with NeRF neural radiance builds a visitor's digital twin accurate to ±1 mm in 0.5 seconds. The system accounts for posture, weight distribution and walking dynamics — clothing fits the digital model exactly as it would the real body. Fit error does not exceed 4%.
Physically Based Rendering reproduces silk sheen microstructure, denim thread texture and cashmere nap at 120 Hz. Sub-Surface Scattering correctly displays translucent fabrics: chiffon, organza, lace. Cost of digitising a single garment starts from 5 000 ₽; a full catalogue of 200 SKUs from 800 000 ₽.
AI Stylist and Omnichannel Integration
Biometric identification or mobile ID links the visitor to their CRM profile: purchase history, sizes, wishlist. The AI stylist analyses the look and suggests bags, shoes and jewellery, increasing average basket by 15-25%. Recommendations factor in season, occasion and colour type.
A consultant controls mirror content via tablet: switching models, demonstrating colour and size options. Ordering from warehouse or branch takes 30 seconds through the mirror interface. A remote stylist function connects a brand expert via 3D streaming from anywhere in the world.
Hygiene, Zero-Inventory, Analytics
Virtual try-on eliminates physical contact with delicate fabrics — silk, lace — critical for hygiene and collection preservation. The Zero-Inventory model showcases limited and pre-order collections without physical samples, cutting warehouse costs by 30-40%.
Adaptive lighting switches scenarios: 'sunset' for evening wear, 'office' for business suits, 'street' for casualwear. Try-on analytics track popular styles, sizes and colours — data used to correct purchasing. Return rates drop by 40-60%. An 86" AR mirror with LiDAR starts from 1 800 000 ₽.
Neuro-Aesthetics: WOW Psychology
An enhanced reflection algorithm gently corrects skin tone and eye sparkle, triggering a dopamine reward: the visitor sees themselves 'one step better' — and associates the effect with the brand. Proprioceptive feedback through haptic floor modules creates a subconscious sensation of fabric on the body.
Gesture and voice control eliminates screen touching — the mirror stays spotlessly clean. A built-in front camera offers to take a social media photo with the overlaid look, turning each try-on into viral content. Mirror installation into an existing interior takes 2-3 days including lighting calibration.