Projects
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ARGOS
The project is developing an innovative UAV platform for inspections in complex environments (facilities, tunnels, geological sites), where confined spaces, lack of GPS, and challenging conditions make traditional solutions ineffective.
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PARSIVAL
The project involves the development of a lightweight, autonomous drone that, using computer vision, optical sensors, and a miniaturized ARTVA device, detects avalanche victims and reports their location to rescue services.
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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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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.
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FC4DRONES
Aims to design, develop and test, in an operational environment, a hydrogen fuel cell–based propulsion system, and to integrate it into an existing multirotor drone in order 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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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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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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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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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.