We can record changes in pigmented skin lesions (skin moles) using our cell phone, allowing dermatologists to detect possible melanomas at an early stage

The transformative impact of AI on the economy, society, and the healthcare industry, within a framework of respect for people’s rights.  

GMV’s research campus is applying robotics and precision medicine to take on the battle against oligometastatic cancer

GMV’s research campus is applying robotics and precision medicine to take on the battle against oligometastatic cancer

The DALEM project is an example of space technology transfer to dermatology and public-private collaboration between the Biomedical Research Foundation of Madrid's Hospital Universitario La Paz (FIBHULP) and GMV

This mobile application will make it possible to record the evolution of skin moles that the specialist can examine in a medical check-up

Self-scanning with a cell phone will make it possible to detect melanomas at an early stage, thus helping to reduce morbidity and mortality rates

The public-private consortium includes 17 entities and has received the highest score of all projects submitted in the R&D Missions in Artificial Intelligence competition

The project has a budget of over €7.5 million, funded through the European Union with Next Generation EU funds