a knowledge transfer from the field of research on elementary particles and particle revealers to the scientific space community and industry, with undeniable competitive returns on the industry and the same space research.

a more in-depth knowledge of human and hardware behavior in hostile environments,.

The Italian radiation infrastructures are a primary, and in many ways unique, resource in the European landscape, and their structured and coordinated exploitation may encourage: The ASIF project stems from the synergy between different institutions engaged in scientific and technological studies and researches, which are really interesting for the whole space, scientific and industrial community, on the effect of radiation environments on the survival in space of hardware / goods. Furthermore, the project will allow to conduct research and technology programmes targeted at expanding the knowledge of the mechanisms of the damage induced by radiations in the space environment, in view of new and challenging space missions. The ASIF programme aims at establishing a coordinated and interactive set of radiation systems throughout the country, at the service of the national and international space community. Since the 2013-15 three-year activity plan, the ASI has been strengthening the concept that the development of a future generation of EEE components is an area of strategic interest for the future investments. The ASIF (ASI Supported Irradiation Facilities) programme started as a partnership agreement between the Italian institutions involved in the space, technology and particle accelerator research: ASI, ENEA and INFN. In such context, the key elements of the supply chain are the availability of specific infrastructures such as foundries, design centres, research centres and test facilities, including radiation facilities. Italy has extensive experience in the field of design, manufacturing and use of electronical devices for several market sectors and, in particular, for the space sector.

The industrial, institutional and research centres operating within the national territory, in the sector of EEE components, must be coordinated, supported and represented also at an international level. single-event effects (SEE), total ionizing dose (TID), displacement damage (TNID). In the space radiation environment (similarly to other radiation environment), the electrical, electronic and electro-mechanical devices (EEEs) suffer a radiation damage induced by cumulative events and single-event upsets, i.e.

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