The project will focus on the development of innovative processing architectures and AESA radars and on new technologies for quantum cryptography & communications, from satellite to ground. Digital transition of the leading theme across this project and it is declined through the following main topics:

1) Neural processing, compressive sensing, waveform optimization, micro doppler detection, sustainability, virtualization, digital twin, with the scope also to set up a domestic line of production and overcome risks connected to a technological dependency and  supply shortage, improve costs/performance  ratio and increase the competitiveness of the national industry;
2) Multisensor and distributed processing (considering also cyber resilience);
3) Artificial intelligence evolution and big data analytics.

Moreover, in the perspective of innovation ecosystem, a Joint Lab will be set up with the scope of analyzing and validating the performance of network components and key exchange protocols in relation to the physical characteristics of the quantum signal, with a view to realize integrated terrestrial / satellite networks. Specific innovative curricula will be activated in existing university courses in order to strengthen and widening knowledge of students in ICT and big-data engineering.