
The Hadley Laboratory applies data-driven methods to improve precision medicine and digital health. They build clinical intelligence models that screen, diagnose, and manage diseases using large, integrated data stores and deep learning. Their core tech spans deep learning, machine learning, AI, genomics, radiomics, NLP, and big data analytics, with Python and R for implementation. The work targets medical researchers and clinicians in a B2B research and healthcare context, often integrating digital health tools and clinical data systems. The group aims to enable faster clinical insights, scalable analyses, and improved patient outcomes at the intersection of digital health and precision medicine.

The Hadley Laboratory applies data-driven methods to improve precision medicine and digital health. They build clinical intelligence models that screen, diagnose, and manage diseases using large, integrated data stores and deep learning. Their core tech spans deep learning, machine learning, AI, genomics, radiomics, NLP, and big data analytics, with Python and R for implementation. The work targets medical researchers and clinicians in a B2B research and healthcare context, often integrating digital health tools and clinical data systems. The group aims to enable faster clinical insights, scalable analyses, and improved patient outcomes at the intersection of digital health and precision medicine.