Discover Quantum Computing in Japan’s Pore Care Innovation
The beauty industry is entering a new era of product development through the integration of advanced computational science. KOSÉ Corporation recently received recognition at the 2026 Mintel Most Innovative Awards for its Decorté AQ Pore Blackhead Dissolver. This product tackles the persistent challenge of keratin plugs and enlarged pores using quantum computing to analyze over 100 billion potential ingredient combinations.
Visible pores remain a significant concern for consumers in Japan and across broader Asian markets. Traditional cleansing methods often struggle to balance effective removal of oxidized sebum with the need for skin gentleness. By applying quantum computing to the formulation process, KOSÉ moved beyond standard ingredient swapping. The development team balanced the speed and scale of computational data with human expertise to create a solution that targets specific lipid structures within pore clogs.
This development signals a shift in how cosmetic brands define and solve consumer problems. The judges at the awards highlighted that the product stands out because it redesigns the innovation process itself. Rather than adding a single new active ingredient, the company changed the approach to how a product is built from the start. This success reflects a broader trend in the skincare market where brands prioritize rigorous, evidence-based formulation design over surface-level feature additions.
The success of the Decorté AQ Pore Blackhead Dissolver demonstrates that the future of personal care lies in the intersection of digital technology and human decision-making. As regulatory environments tighten, the ability to communicate the science behind a product becomes a primary way for brands to stand out. Companies that combine technical capabilities with deep insight into consumer needs will likely lead the next wave of skincare innovation. This case serves as a model for how legacy brands can address long-standing market frustrations by changing the underlying systems of their research and development.