To mark the 10th Anniversary of Procter & Gamble (NYSE: PG) Singapore Innovation Centre (SgIC), a new innovative wearable skin sensor with the potential to disrupt the skincare industry was featured as the innovation highlight at the event.
Known as “HapSense”, the patent-pending device allows scientists to speed up their analysis of skincare cosmetic products by up to 10 times and yet cost just a fraction of the existing expensive skin-testing panels. Typical skin-test panels consist of skincare product reviewers who represent a defined user demographics depending on the nature of the study. Unlike conventional methods that rely on subjective assessments like consumer surveys, HapSense offers precise, objective and quantifiable measurements of tactile sensations, enabling a more accurate understanding of the human sense of touch.
Made possible through the advanced field of soft electronics, HapSense was developed through almost a decade of research & development collaboration between P&G SgIC, Nanyang Technological University, Singapore (NTU Singapore) and the Agency for Science, Technology and Research (A*STAR).
Shaped like a signet ring and worn on the fingertip, the sensor component of HapSense is attached to a smartwatch-like module, creating a portable, lightweight device that could be used for skin analysis even in consumers’ homes. As the sensor glides along the skin or any surface, HapSense captures real time data on friction and pressure that is independent of the consumer’s perceptions. This multidimensional sensing and tracking with high sensitivity provides objective and deep insights into the effects of a skincare product on the skin. The development of the HapSense device is truly a huge step forward in removing the guesswork from skincare product development, allowing rigorous assessment of the touch sensory experience.
By further harnessing advanced algorithms, scientists can then perform big data analysis using consistent data across the effects of different products over the years, unlocking insights that can accurately guide the formulation of skincare products or personalisation of skincare regimes for different skin types and demographics. HapSense also has the potential to expand its applications to testing surfaces and products in categories beyond skincare, e.g. fabric care, hair care, baby care, or feminine care.