
It applies AI, machine learning, deep learning, and data science on high performance computing to advance computational medicine, including medical imaging, computer vision, wearables, and robotics. As a center for personalized medicine, it collaborates with academia, clinicians, and industry to turn research into deployable tools. Its work spans digitizing healthcare, education in health-tech, and entrepreneurship to translate discoveries into services. Backed by European grants and a broad partnership network, Sano aims to become a leading European hub in computational medicine. It focuses on education in healthcare technology innovation and aims to translate research into practical applications and services.

It applies AI, machine learning, deep learning, and data science on high performance computing to advance computational medicine, including medical imaging, computer vision, wearables, and robotics. As a center for personalized medicine, it collaborates with academia, clinicians, and industry to turn research into deployable tools. Its work spans digitizing healthcare, education in health-tech, and entrepreneurship to translate discoveries into services. Backed by European grants and a broad partnership network, Sano aims to become a leading European hub in computational medicine. It focuses on education in healthcare technology innovation and aims to translate research into practical applications and services.