  We consider a minimal extension of the Standard Model (SM), which leads to
unification of the SM coupling constants, breaks electroweak symmetry
dynamically by a new strongly coupled sector and leads to novel dark matter
candidates. In this model, the coupling constant unification requires the
existence of electroweak triplet and doublet fermions singlet under QCD and new
strong dynamics underlying the Higgs sector. Among these new matter fields and
a new right handed neutrino, we consider the mass and mixing patterns of the
neutral states. We argue for a symmetry stabilizing the lightest mass
eigenstates of this sector and determine the resulting relic density. The
results are constrained by available data from colliders and direct and
indirect dark matter experiments. We find the model viable and outline briefly
future research directions.
