RE:TECA™ is a synergistic triterpenoid complex composed of four titrated extracts derived from Centella asiatica. This optimized combination is specifically designed to support key skin longevity factors, including skin barrier regeneration and soothing performance. The complex is obtained using DeepScreen‑R™ technology, an advanced optimization platform that enables the selection and enhancement of Centella asiatica bioactives for improved anti-inflammatory efficacy and dermal regeneration activity. This technology allows the identification of an optimized molecular profile with targeted activity in both the epidermis and dermis. RE:TECA™ demonstrates superior soothing efficacy by helping normalize inflammatory markers while stimulating the expression of key growth and repair factors, including TGF‑β1, FGF2, and HAS2. Through these mechanisms, it supports skin repair processes, collagen-related activity, and hydration, contributing to healthier, more resilient skin.

Centella Asiatica, also known as Tiger Grass, is a powerful skincare ingredient valued for its wound-healing, anti-inflammatory, and wrinkle-improving properties. Rich in madecassoside, a triterpene that boosts collagen production, it helps improve skin elasticity and restore damaged or peeling skin. Traditionally used across Asia, Africa, and India, and inspired by the legend of tigers healing their wounds in this plant, it combines proven efficacy with a strong natural story, making it ideal for advanced, results-driven skincare.

ACTIEV CICA CALLUS is Plant-derived exosome isolated and purified from the culture medium of Centella asiatica callus cells. The callus culture is induced using a proprietary process based exclusively on three controlled physical stimuli: UV light, mechanical vibration, and low temperature.This is the world’s first Centella asiatica callus culture produced through a combination of physical stimuli without chemical elicitors. UV stimulation enhances callus cell activity, leading to increased exosome secretion. UV-treated callus cells release exosomes with enhanced skin-relevant benefits, reflecting the adaptive stress response of plant cells under controlled UV exposure. The resulting exosomes support key skin functions, including skin regeneration, hydration, and barrier support. They contribute to the activation of skin repair mechanisms, promote collagen synthesis, and help improve skin moisturization.