  Null results from dark matter (DM) direct detection experiments and the 125
GeV Higgs both pose serious challenges to minimal supersymmetry. In this paper,
we propose a simple extension of the MSSM that economically solves both
problems: a "dark sector" consisting of a singlet and a pair of $SU(2)$
doublets. Loops of the dark sector fields help lift the Higgs mass to 125 GeV
consistent with naturalness, while the lightest fermion in the dark sector can
be viable thermal relic DM, provided that it is mostly singlet. The DM relic
abundance is controlled by s-wave annihilation to tops and Higgsinos, leading
to a tight relation between the relic abundance and the spin-dependent direct
detection cross section. As a result, the model will be fully probed by the
next generation of direct detection experiments. Finally we discuss the
discovery potential at LHC Run II.
