Corneocyte Nanotexture Analysis with High-Speed Dermal AFM & AI, Loretta

Loretta’s new, innovative method introduces a breakthrough in non-invasive skin evaluation. By combining enhanced Atomic Force Microscopy (High-Speed Dermal-AFM) with proprietary artificial intelligence, the technology delivers high-resolution, nanoscale imaging of corneocyte structures in record time: less than 10 seconds per image. This unique approach quantifies subtle changes in skin barrier function and treatment efficacy with unprecedented accuracy, speed and inclusivity. Designed for cosmetic R&D and clinical trials, the platform empowers brands and researchers to validate product performance while ensuring reliable, objective and patient-friendly skin assessments.

GreenChemFinder, The Green Chemist

GreenChemFinder is a free-to-use digital platform helping cosmetic formulators discover greener and more innovative preservation ingredients. It offers an intuitive search experience with advanced sustainability filters — including pH range, solubility, upcycled origin and COSMOS status — enabling users to find and compare ingredients with scientific precision while staying up-to-date with the latest launches. Unlike traditional databases, it is expert-curated and built on green chemistry principles, ensuring transparent and actionable data. Currently focused on preservation, GreenChemFinder is expanding to include other ingredient categories, supporting formulators and suppliers in driving a more sustainable future for cosmetics.

Mirae 4-in-1 LED Face Mask, Shiny Brands Group Co., Ltd.

Mirae 4-in-1 LED Face Mask brings professional skin care technology into the comfort of the consumer's home — combining LED light therapy and advanced graphene heating in one sleek, flexible silicone device that fits perfectly to the contours of the face. Designed for both performance and convenience, it lets users enjoy a spa-like facial experience anytime, anywhere.

Standardized Scoring Method to Assess White Cast of Mineral Sunscreens and Enhance User Compliance Across Skin Tones, Good Molecules LLC

This standardized method measures white cast from mineral sunscreens across skin tones. Validated through in vivo and in vitro studies, it combines colorimetry, expert grading and consumer perception, supported by statistical analyses. Designed for affordable tools and public software, teams can evaluate formulations early in the development process. It connects lab accuracy with real-world acceptability while reducing waste. Unlike previous methods based solely on physics or chemistry, this scalable framework makes white cast a measurable and actionable metric, promoting inclusive design and increased user compliance. It has been peer-reviewed in PLOS ONE (10.1371/journal.pone.0319891) and was presented at FLSCC’s Sunscreen Symposium.