In human-computer interaction, there is a close relationship between “beauty” and empowerment. Aesthetics in human-computer interaction is not only about pursuing external beauty and visual appeal, but also about empowering users with better experience and functionality, and enhancing the capabilities of the interaction system, thereby improving user satisfaction and efficiency. In the real world, wearable testing systems are becoming increasingly popular for autonomous health testing. Hunchback is a problem that is detrimental to healthy growth and self-confidence. In this article, we introduce KYPHOTONE, an interactive system that can help hunchbacked women with their hunchback problems, designed for women. We analyze the materials, anthropometric measurements, and garment assembly of KYPHOTONE. KYPHOTONE consists of hardware and software programs. The hardware and software are utilized to provide real-time feedback based on the movements of women with hunchbacks during the wearing process, enabling real-time medical diagnosis, correction detection, and correction management. In addition, we conducted a preliminary user study of KYPHOTONE, which showed that women with hunchbacks are willing to wear it, which gives them more confidence in preventing hunchbacks.