We have developed wearable devices and sensors associated with workers and objects to easily and effectively manage their localization and emergency response within large enclosed spaces where GPS systems prove to be significantly ineffective

An European project aimed at enhancing the ability of young generations to effectively apply scientific knowledge through the implementation of innovative tools for teaching STEM disciplines

The project has developed a user-driven Digital Social Platform (DSP) for the expansion and governance of water networks, engaging stakeholders on a large scale in the co-creation and delivery of digital products and services to citizens

An accurate procedure has been developed for simulating rain conditions for a production vehicle, assessing the effectiveness of windshield wipers and the performance of water drainage channels

Design of an intelligent sensor for a leading company in the machine tool industry for monitoring the two primary operating parameters, vibration and temperature

The EMERGENT project aims to develop innovative chipless RFID tags and sensors for use in next-generation pervasive interconnected systems, utilizing environmentally friendly materials such as paper and low-cost printing processes

Development of an open technological architecture dedicated to the luggage industry, leveraging IoT, mobile solutions, and cloud platforms to create a truly modular and scalable ecosystem for the modern traveler

Electronic hardware and firmware design, prototyping, engineering, and certification of 5 different wireless point-to-point telecontrol modules designed to make public lighting lampposts smart, enabling real-time data transmission

The SUNRISE project aims to develop new technologies dedicated to local mobility services, with the goal of addressing the current fragmentation by offering integrated services, including mobile information, tourist information, smart parking, mobile payment, reservations, etc., and advanced marketing services (advertising, co-marketing, etc.)

Cubit's Fluid Dynamics Division was involved in the preliminary aerodynamic design phase at transonic conditions of a groundbreaking aircraft within the European PARSIFAL project