I will examine the feasibility of composite dark sectors, in which
the full Standard Model (including the Higgs boson) is extended with
a new strongly-interacting composite sector with global symmetry
group G spontaneously broken to some subgroup H. I will demonstrate that,
under well-motivated conditions, the lightest neutral pNGBs are
natural dark matter candidates for they are protected by a parity
symmetry not even broken in the electroweak phase. In particular, I
will show that the neutral pNGBs are good dark matter candidates in a
large region of the parameter space, being compatible with current
bounds from dark matter searches as well as electroweak and
collider constraints on new resonances.
