All projects
DELPHI
The DELPHI project develops a mobile technological platform for population health management, equipped with wearable sensors and AI predictive models for monitoring an individual’s health, with the aim of improving quality of life, promoting the prevention of chronic diseases, and stratifying risks. DELPHI will work to prevent the onset of diseases through recommendations on physical exercise, diet, and mindfulness programs for stress reduction.
Duration
18 Months
Started
May 20, 2025
ACT-HI Samotrace
ACT-HI involves the creation of an innovative cloud platform designed to optimize the management of data and AI models, making their lifecycle not only more efficient but also more sustainable. This goal is pursued through the development of advanced versioning systems and the integration of detailed metrics capable of precisely monitoring the performance and effectiveness of trained models.
Duration
12 Months
Started
Juli 23, 2024
ADAPT-MI
The ADAPT-MI project develops products and services based on robotics and artificial intelligence technologies that improve the diagnostic, prognostic, and therapeutic management of individuals with trauma and motor deficits. The system uses a new Open-AI Innovation platform designed to enhance the methodologies and technologies developed by the project partners in the field of pre- and post-surgical diagnosis and assessment in orthopedics, through the intelligent extraction of salient features from radiological and ultrasound images of the upper and lower limbs.
Duration
36 Months
Started
March 1, 2023
SALIRE
The SALIRE project aims to develop an innovative system for the acoustic detection of sounds in domestic or, more generally, civil environments, intended for home/building automation as well as security, with a level of effectiveness and precision significantly superior to the current state of the art. The research area that studies the mechanisms for analyzing acoustic signal detections through computer processing is called C.A.S.A. (Computational Auditory Scene Analysis) and is divided into several branches depending on the specific field of application.
Duration
67 Months
Started
September 1, 2019
Neurosuite
The NeuroSuite project develops, tests, and transfers methods, models, technologies, and tools based on artificial intelligence, aimed at creating new products and services to support clinical decision-making. These are based on artificial intelligence architectures and platforms for multidimensional diagnostics and personalized, predictive research dedicated to neurofragility.
Duration
36 Months
Started
July 1, 2024
Arcadia VR
Through the use of cutting-edge technologies, the ARCADIA VR project aims to create an innovative system for the care of individuals with eating disorders (EDs). ARCADIA VR seeks to develop a treatment model integrated with cutting-edge technological systems, making it accessible to all age groups and adaptable to different levels of care (outpatient, intensive outpatient, and inpatient treatment).
Duration
36 Months
Started
January 1, 2023
LAB@HOME
LAB@HOME is a project aimed at children with autism spectrum disorders and their families, with the goal of creating a technological infrastructure that helps reduce the effects of the communicative, social, and cognitive deficits associated with this condition. Another fundamental objective is to support institutions and families in a shared operational approach to building a life plan that integrates all key components highlighted by international guidelines.
Duration
30 Months
Started
January 1, 2020
BrainHeart
The BrainHeart project was created with the aim of developing an innovative digital platform to prevent the onset of cardiovascular diseases in the elderly through a guided psychophysical wellness program. The system is based on wearable hardware that monitors an individual’s physiological parameters throughout the day. All information will be recorded by the wearable device, which will also provide the user with a series of physical activities and nutritional guidance to follow in order to restore proper physiological homeostasis.
Duration
30 Months
Started
January 1, 2020
