Reading the construction systems speaks to us of lightness. Only the structural skeleton is traditional: beams and pillars in prefabricated reinforced concrete, to cover such a large built space with wide lights. The skin of the buildings is very light and at the same time capable of guaranteeing new performances: a system of sandwich panels, composed of two thin skins, one external and one internal in aluminum, but with the true core of the panel at the center, an insulating package that guarantees relevant energy performance.

The support on the ground is just as light. The interaction with the subsoil is limited to the foundation plinths under the pillars, which only go deep for about one meter. No other element disturbs what lies beneath the buildings: only the industrial floor covers the ground, asking it to continue living below, without interference. The rainwater that is collected from the roof, comes down in sight with pipes inside the building to its foot, and externally is collected and conveyed into the natural rolling tanks, created in the green areas.

The roof is a soil reproduced at high altitude, a world full of innovation and sustainability: the most used surface is destined to photovoltaic panels, arranged in excess of the legal requirements to qualify the buildings at the highest level (Platinum) of LEED certifications. The interior of the buildings tells of the innovation that the automation of goods storage and handling processes has now achieved. Conveyors, belts, storage areas, computers and robots create a highly specialized work environment, in which operators find themselves working in conditions of environmental comfort guaranteed by the extension of the heating and cooling systems, by the careful design of the lighting, from fire prevention systems.