Skin longevity has become a key concept in skincare, marking a shift from short-term correction toward preserving the skin’s long-term health. Nourishing and protecting the skin are therefore major focuses of modern skincare. 

As the first step in the routine, cleansing plays a critical role, making surfactant selection increasingly driven by skin compatibility and tolerability. Well-designed mild surfactant systems can effectively remove sebum, dirt and particulate matter while preserving the skin’s biological functions and healthy appearance. In this context, next-generation biosurfactants such as glycolipids offer a promising solution. 

However, despite growing interest, the wider adoption of fermentation-derived cleansing agents remains constrained by challenges related to ease of formulation and overall commercial feasibility. An additional challenge lies in meeting consumer expectations for texture, sensoriality and foaming, as these attributes are critical to product acceptance and can be difficult to achieve with fermentation-derived systems alone. 

Hybrid surfactant systems can provide a practical balance between skin compatibility, cleansing performance, formulation stability and cost-effectiveness. To answer these market demands, Lamberti developed Eucarol^® SoFo, an innovative synergistic blend of glucoside derivatives and fermentation-derived glycolipids. The system combines effective cleansing with outstanding skin mildness, while offering a more commercially viable alternative to many existing biotech-based surfactant solutions.