  We propose a strongly coupled supersymmetric gauge theory that can
accommodate both the inflation (in the form of generalized hybrid inflation)
and dark matter (DM). In this set-up, we identify the DM as the Goldstones
associated with the breaking of a global symmetry ($SU(4)\times SU(4) \to
SU(4)$) after inflation ends. Due to the non-abelian nature of this symmetry,
the scenario provides with multiple DMs. We then construct a low energy theory
which generates a Higgs portal like coupling of the DMs with Standard Model
(SM), thus allowing them to thermally freeze out. While the scales involved in
the inflation either have a dynamical origin or related to UV interpretation in
terms of a heavy quark field in the supersymmetric QCD (SQCD) sector, the DM
masses however are generated from explicit breaking of the chiral symmetry of
the SQCD sector. We discuss DM phenomenology for both degenerate and
non-degenerate cases, poised with DM-DM interactions and find allowed region of
parameter space in terms of relic density and direct search constraints.
