  The discovery of a light Higgs boson at LHC may be suggesting that we need to
revise our model building paradigms to understand the origin of the weak scale.
We explore the possibility that the Fermi scale is not fundamental but rather a
derived one, i.e. a low energy mirage. We show that this scenario emerges in a
very natural way in models previously used to break the electroweak symmetry
dynamically and suggest a simple dynamical framework for this idea. In our
model the electroweak scale results from the interplay between two very high
energy scales, one typically of the order of $\Luv\sim 10^{10}$ GeV and the
other around $M_{\rm U} \sim 10^{16}$ GeV, although other values are also
possible.
