Krzysztof Łukaszuk, PhD, MD | Medical University of Gdansk; Katarzyna Goch, MA; Janusz Przewocki, PhD; Dominik Kossinski, MS; Anna Bering, MA; Edyta Hoffmeister, MA
Competition Sponsor: EIT Health of the European Union
Awardee Year: 2024
Infertility is a pervasive issue, affecting one in five couples globally—approximately 180 million individuals. Many fertility journeys begin with confusion and misinformation, leading to delays in seeking help. Alarmingly, only 30% of couples receive professional support within their first year of trying to conceive, with an average wait time of four years to achieve pregnancy. Geographical and financial barriers further complicate access to qualified fertility specialists, leaving many without the necessary resources. Recognizing the urgent need for improved access to fertility care, our team has developed an innovative solution leveraging advanced artificial intelligence to support fertility journeys. Initially, users input essential health data into the iYoni platform. This data is analyzed with accuracy of approximately 94%, allowing iYoni to identify areas requiring further investigation and to provide tailored educational content. After three months of consistent use, the system tracks over 240 symptoms, enabling early detection of various fertility disorders, including polycystic ovary syndrome (PCOS), endometriosis, luteal phase defects, and anovulation. The system effectively navigates users through their fertility journey, offering personalized insights and recommendations for next steps. Additionally, our platform connects users to vital e-health services, facilitating access to qualified experts, clinics, and online consultations. By integrating AI-driven insights with a robust network of healthcare professionals, we enhance individual understanding of fertility health and foster a collaborative approach to treatment. This comprehensive solution addresses the pressing need for accessible and effective fertility care, empowering couples to make informed decisions toward achieving their reproductive goals.