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the resilience, safety, and security of critical infrastructures as core requirements. Moreover, it will boost the development and validation of novel AI algorithms, by the European AI community, through open
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management associated with wind turbine blades, which are characterised by demanding operating conditions and high criticality in terms of availability and safety.; The central objective is to develop a
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language. This capability will make it possible to identify, in real time, the factors that affect system security and to build customized observability solutions that help gather essential information
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infrastructures for controlled, secure, and private data sharing ; - Analysis of technologies for implementing a data space in an industrial context within ocean technologies ; - Design, development, and
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communication networks and autonomous distributed systems through a comprehensive and systematic study of the state of the art in emerging security mechanisms.; ; The fellowship aims to support the development
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its safety, robustness, efficiency, and integration capacity into real logistics flows. The scholarship will provide the student with direct contact with emerging technologies in humanoid robotics
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terms of availability, safety, and energy performance.; The central objective is to develop data-driven approaches to support decision-making in the monitoring and management of wind energy assets, by