Lactobacillus is effective in forming immunity and antibacterial substances, normalizing the composition of intestinal bacteria, and inhibiting the production of harmful bacteria. It inhibits the herpes virus and regulates immune function by producing antibacterial substances. It produces natural antibiotics in the small intestine to inhibit the growth of more than 20 types of harmful bacteria and enhances immunity. It promotes digestion by producing enzymes that help digestion of fats, proteins, and dairy products. It also produces vitamin B groups and vitamin K in the intestine.

KOREAN PINK PEARL EXTRACT(ECO) is a luxurious cosmetic ingredient derived from rare pink pearls found in Korean waters. Rich in amino acids, calcium, and trace minerals, it helps brighten, hydrate, and revitalize the skin while promoting a radiant, luminous glow. Its gentle skin-repairing properties improve texture and tone, making it a premium choice for anti-aging, brightening, and moisturizing skincare formulations such as creams, serums, and masks.

Caulerpa lentillifera (know as Green Caviar) is one of the favored species of marine plant due to its soft and succulent texture. They are also known as sea grapes or green caviar. The pond of green caviar has been cultivated successfully in central Philippine. Raw material of RADIANT Inc is from Cebu Island. Green caviar contains a lot of minerals and vitamins. It is effective for prevention of aging, obesity, high blood pressure. Because of calcium, iron, vitamin, mineral, it helps recover damaged skin give deep moisturizing effect. Also, green caviar contains high contents of amino acids acting like collagen which effective for skin elasticity.

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.