  We outline a scenario where both the Higgs and a complex scalar dark matter
candidate arise as the pseudo-Nambu-Goldstone bosons of breaking a global
$SO(7)$ symmetry to $SO(6)$. The novelty of our construction is that the
symmetry partners of the Standard Model top-quark are charged under a hidden
color group and not the usual $SU(3)_c$. Consequently, the scale of spontaneous
symmetry breaking and the masses of the top partners can be significantly lower
than those with colored top partners. Taking these scales to be lower at once
makes the model more natural and also reduces the induced non-derivative
coupling between the Higgs and the dark matter. Indeed, natural realizations of
this construction describe simple thermal WIMP dark matter which is stable
under a global $U(1)_D$ symmetry. We show how the Large Hadron Collider along
with current and next generation dark matter experiments will explore the most
natural manifestations of this framework.
