  We propose a novel pathway to generate the electroweak (EW) scale via
non-perturbative dynamics of a conformally invariant scalar sector at the
classical level. We provide a method to estimate the non-perturbative EW scale
generation using the exact solution of the background equations of motion in a
scalar theory via the Dyson-Schwinger approach. Particularly, we find an
analytical result for the Higgs mass in the strongly coupled regime in terms of
its quartic self interaction term and the cut-off scale of the theory. We also
show that the Higgs sector is an essential part of the Standard Model as,
without it, a Yang--Mills gauge theory cannot acquire mass even if a
self-interaction term is present. Our analysis lead to a more realistic model
building with possible solutions to the gauge hierarchy problem and, in
general, to the dynamical generation of any scales scales in nature, be it the
visible sector or the dark sector.
