The localization and tracking of people and objects are increasingly essential for enhancing automation and analysis across various sectors, such as industrial logistics. Accessing precise data, both real-time and historical, about their location enables more efficient and integrated resource management.
Currently, Ultra Wide Band (UWB) technology allows for extremely accurate tracking in both indoor and outdoor environments, but it requires the installation of fixed reference points, which limits monitoring to confined areas.
Through the Fly-Discovery project, funded by the , a complete system has been developed, consisting of an autonomous drone and electronic tags that can be worn or integrated into objects such as environmental sensors.
This innovative use of UWB technology enables fast and precise tracking of resources spread over large areas. Furthermore, with the recent integration of UWB functionality into mobile devices, it is also possible to easily locate next-generation smartphones.
The system's versatility makes it applicable in various contexts, including emergency situations for coordinating first responder teams or locating missing people.
鈥淭hanks to the successful collaboration between electronic, IT, mechanical engineers, and drone experts, the results exceeded our expectations,鈥� said Samuel Poretti, Head of RF Electronics and Telecommunications at ISEA. 鈥淐ollaborating with a telecommunications company with extensive experience allowed us to develop cutting-edge technologies and a product that leverages the latest advancements in UWB.鈥�
鈥淭he Fly-Discovery project has introduced multiple innovative elements, resulting from the synergy between the university's multidisciplinary expertise and our company,鈥� said Gaetano Calabr貌, Project Manager at . 鈥淭his is an example of successful collaboration, opening new prospects and enriching our offering.鈥�