  Our study starts with a sequence of puzzles that include $(a)$ at which level
$\mu$ problem involving electroweak symmetry breaking can be solved; $(b)$ in
which paradigm masses of superpartners in the third family can be lighter than
in the first two families; $(c)$ whether it is possible to accommodate 125 GeV
Higgs boson simultaneously; and $(d)$ how natural such paradigm is. These
issues are considered in the context of two-site SUSY models. Both the MSSM and
NMSSM as low-energy effective theory below the scale of two-site gauge symmetry
breaking are investigated. We find that the fine tuning can be indeed reduced
in comparison with ordinary MSSM with $m_{h}=125$ GeV. In general, the fine
tuning parameter $\Delta$ is in the range of $20-400$.
