AI that moves boxes - projects for Blue Collar AI
In newsletter: Why AI increases sales in B2B, NIS2 checklist, and projects for production and distribution.
See February BriefEssie, part of L’Oréal Group, is a globally recognized nail care brand known for its high-quality formulas and bold, trend-setting colors. As a strong brand in the beauty industry, Essie continuously seeks innovative ways to enhance the in-store shopping experience.
For the launch of its Disney “Schneewittchen” (Snow White) collection, Essie set out to create an engaging, tech-forward point-of-sale activation. One that would attract attention, encourage product trials, and make it easier for customers to choose the perfect shade.
Essie aimed to create an engaging and intuitive in-store experience for its Disney “Schneewittchen” nail polish collection. To deliver a memorable AR totem display that enhanced product discovery without disrupting shopper flow, they had the following goals:
1. Instant AR Interaction
2. Color Accuracy
3. Simple User Experience
To meet Essie’s goals, OPTI designed and delivered a custom AR application tailored to high-traffic retail environments. The project was completed in just 4 weeks and included the following key components:
Nail polish is rendered in real time, adjusting to hand movement and lighting, while maintaining brand fidelity through ICC-calibrated color mapping.
The AR app enables automatic nail detection and real-time shade application from Essie’s Disney “Schneewittchen” collection. Users can tap any of the 8 virtual polish bottles displayed on the screen, instantly previewing the selected color on their nails with high visual accuracy.
Developing this augmented reality (AR) app demonstrated how technology can transform the retail experience. The solution, built natively on Android using Kotlin, provided the fluid performance essential for capturing user attention in a busy environment, proving the value of interactive marketing directly at the point of sale
Technologies: Android, Kotlin, AR Engine
Methodologies: Augmented Reality (AR), ICC color calibration, native app development