  We describe a hybrid framework for electroweak symmetry breaking (EWSB), in
which the Higgs mechanism is combined with a Nambu-Jona-Lasinio mechanism. The
model introduces an unconstrained scalar (i.e., acts as "fundamental" but not
the SM field) and a strongly coupled doublet of heavy quarks with a mass around
500 GeV, which forms a condensate at a compositeness scale \Lambda ~ O(1) TeV.
This setup is matched at that scale to a tightly constrained hybrid two Higgs
doublet model, where both the composite and unconstrained scalars participate
in EWSB. This allows us to get a good candidate for the recently observed 125
GeV scalar which has properties very similar to the Standard Model Higgs. The
heavier (mostly composite) CP-even scalar has a mass around 500 GeV, while the
pseudoscalar and the charged Higgs particles have masses in the range 200 -300
GeV.
