Current Research Projects

"Resilience, Safety, and Security of ATM highly automated systems in case of High Impact Low Probability (HILP) events" (funded under SESAR JU GA 101287690)

ATM-RARE will focus on enhancing the resilience, safety, and security of highly automated Air Traffic Management (ATM) solutions when faced with High Impact Low Probability (HILP) events. The project will work to make air traffic control systems more robust and prepared for unexpected, high-impact disruptions, especially as ATM increasingly relies on advanced automation and AI. A key part of this effort will involve providing anonymised data related to HILP events to improve understanding and preparedness.

https://www.sesarju.eu/projects/ATM-RARE 

"Jumpstarting Air Navigation Services with Quantum Solutions" (funded under SESAR JU GA 101287685)

JANUS aims to lay the groundwork for exploiting the opportunities of quantum computing in ATM while mitigating the risks involved with it. The main goal is to systematically investigate and map how quantum computing technologies could transform air traffic management systems, including unmanned operations, by identifying high-impact applications, quantifying potential benefits, and addressing emerging cybersecurity challenges in the post-quantum era.

https://www.sesarju.eu/projects/JANUS 

"Cyber SECurity Risk Assessment in virtualized AIRSPACE scenarios and stakeholders’ awareness of building resilient ATM", (funded under SESAR JU GA 101114635)

Definition of a methodology to introduce cascading effects in SecRAM risk assessment and introduction of People Analytics in cyber-security training

https://www.sesarju.eu/projects/sec-airspace

Next Waterfront ( C.U.P.  G39J23001170009, funded under P.R. FESR LIGURIA 2021-2027 - OP 1 – O.S. 1.1)

Definition of a Dynamic Risk Assessment (DRA) methodology to deal with safety and security events in public spaces

https://nextwaterfront.it/

Call for Testing “ToMove4Future” of the Living Lab ToMove - An initiative funded under MaaS for Italy, PNRR and PNC (CUP C15C22007220001) - In cooperation with Hitachi Rail S.p.A.

Efficiency of local transport based on the analysis of vehicle (tram) positions and crowding

https://torinocitylab.it/en/to-move/ 

Il Living Lab ToMove è un’iniziativa della Città di Torino — finanziato  dal Dip. per la Trasformazione Digitale sul Piano Nazionale Complementare al PNRR — che coinvolge imprese, enti di ricerca e cittadinanza nella co-sperimentazione di soluzioni smart, sostenibili e inclusive per la mobilità.