A transportable IT hosting center container comprising: at least one IT apparatus comprising at least one IT rack which is dimensioned and arranged to be movable inside said container for it to be put into place; a shock-absorbing system specific to said at least one IT apparatus to damp the transmission of vibrations to the at least one IT rack; characterized in that the shock-absorbing system comprises: at least one first shock-absorbing unit comprising an elastic material and configured to work in compression; longitudinal beams and transverse beams (110, 111) which intersect the longitudinal beams and which are rigidly fastened by a lower face on an upper face of the longitudinal beams, said IT apparatus being fastened onto an upper face of the transverse beams and said at least one first shock-absorbing unit being fastened onto a lower face of a longitudinal beam; at least one support member, carried by said at least one first shock-absorbing unit and having fastening means rigidly linking said support member to a lower wall of the container which is liable to vibrate, such that the at least one IT rack rests on the lower wall liable to vibrate via said at least one first shock-absorbing unit of the shock-absorbing system; at least one fastening member, distinct from said support member, rigidly fastened to an upper wall, that is liable to vibrate, of the container, such that the at least one IT rack is suspended from said member that is liable to vibrate via at least one second shock-absorbing unit of the shock-absorbing system, comprising an elastic material and configured to work in extension; and a cable linking said IT apparatus to the ceiling of the container to retain the apparatus in case of a high shock from the front. at least one IT apparatus comprising at least one IT rack which is dimensioned and arranged to be movable inside said container for it to be put into place; a shock-absorbing system specific to said at least one IT apparatus to damp the transmission of vibrations to the at least one IT rack; characterized in that the shock-absorbing system comprises: at least one first shock-absorbing unit comprising an elastic material and configured to work in compression; longitudinal beams and transverse beams (110, 111) which intersect the longitudinal beams and which are rigidly fastened by a lower face on an upper face of the longitudinal beams, said IT apparatus being fastened onto an upper face of the transverse beams and said at least one first shock-absorbing unit being fastened onto a lower face of a longitudinal beam; at least one support member, carried by said at least one first shock-absorbing unit and having fastening means rigidly linking said support member to a lower wall of the container which is liable to vibrate, such that the at least one IT rack rests on the lower wall liable to vibrate via said at least one first shock-absorbing unit of the shock-absorbing system; at least one fastening member, distinct from said support member, rigidly fastened to an upper wall, that is liable to vibrate, of the container, such that the at least one IT rack is suspended from said member that is liable to vibrate via at least one second shock-absorbing unit of the shock-absorbing system, comprising an elastic material and configured to work in extension; and a cable linking said IT apparatus to the ceiling of the container to retain the apparatus in case of a high shock from the front. at least one first shock-absorbing unit comprising an elastic material and configured to work in compression; longitudinal beams and transverse beams (110, 111) which intersect the longitudinal beams and which are rigidly fastened by a lower face on an upper face of the longitudinal beams, said IT apparatus being fastened onto an upper face of the transverse beams and said at least one first shock-absorbing unit being fastened onto a lower face of a longitudinal beam; at least one support member, carried by said at least one first shock-absorbing unit and having fastening means rigidly linking said support member to a lower wall of the container which is liable to vibrate, such that the at least one IT rack rests on the lower wall liable to vibrate via said at least one first shock-absorbing unit of the shock-absorbing system; at least one fastening member, distinct from said support member, rigidly fastened to an upper wall, that is liable to vibrate, of the container, such that the at least one IT rack is suspended from said member that is liable to vibrate via at least one second shock-absorbing unit of the shock-absorbing system, comprising an elastic material and configured to work in extension; and a cable linking said IT apparatus to the ceiling of the container to retain the apparatus in case of a high shock from the front.