Projects
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CAPRI
Develops a cooperative system of autonomous drones for complete bridge inspection, even in the absence of GNSS signal. The goal is to make monitoring more accurate, safe, and efficient.
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HURRICANE
Funded by the European Commission under the Horizon Europe program, aims to revolutionize disaster management for extreme weather events through the use of advanced technologies.
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START2
Aims to develop the use of semi-autonomous drones for rescue operations in extreme environments, through the design of an Interregional Living Lab, to more effectively assist people in distress in the mountains.
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LEAFLET 2.0
Funded by the Autonomous Province of Bolzano, aims to develop a methodology and a service to support professional operators in assessing the health and structural stability of public green areas.
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AMPLIF-AI
Develops a system based on artificial intelligence, into a drone, that will enable inspection teams to assess the condition of infrastructures (e.g. power lines, ski lifts, bridges, etc…) in real time in various application cases in the alpine context.
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INDOOR
The project aims to experiment with the use of Remotely Piloted Aircraft Systems for the transport of medical materials, with a focus on transplant medicine, to enhance efficiency and reduce costs.
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BLUESLEMON
Aims to develop an automatic and pervasive monitoring system for landslide-prone areas, based on ground sensors and Bluetooth technology, to enhance damage prevention capabilities.
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DRONEONTRAP
By using insect traps and multispectral surveys with drones, it is possible to assess the health status of plants, enabling the development of a system capable of reducing the use of chemicals in the agri-food, forestry, and environmental sectors.
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WEQUAL
It involves the development of an integrated environmental assessment system, based on ICT infrastructure and innovative watercourse detection/monitoring systems, which supports designers in the design of low-environmental-impact river works.
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SASNET
Aims to develop, prototype, and test a swarm of remotely piloted aircraft integrated into a Wi-Fi mesh network to operate in alpine environments during potentially critical situations, risks, or emergencies.
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SMILE
The project aims to develop an automatic reconnaissance system based on remotely piloted aircraft, both fixed-wing and rotary-wing (multirotor), to support precision agriculture methods, of interest to farmers and agronomic researchers.
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FC4DRONES
Aims to design, realize and test in an operational environment a fuel cell based propulsive system and integrate it on an existent multirotor drone to extend the flight endurance provided by the battery pack.
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TRACTOR
Develops various applications based on the use of an autonomous and collaborative rover and AI solutions that can continuously monitor the blueberry plants and support the decision-making process of agricultural companies.
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ITACA
Aims to study and develop a mobile telecommunications system to re-establish or create a new telecommunications infrastructure to serve mountain communities or rescue operators.