the minimal gauge mediation needs stop mass at around 5 to 10 TeV to raise the Higgs mass up to 125 GeV. If the right-handed neutrinos are the messengers of the supersymmetry breaking, so called ‘neutrino assisted gauge mediation’, we can explain 125 GeV Higgs mass with lighter than 2 TeV stop mass.

Flavor Model  {#sec:FlavorModel}
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In this section, we consider models which can explain neutrino oscillations successfully. Since the SUSY breaking mediation through the neutrino Dirac Yukawa coupling is flavor dependent in general, sizable cLFV could be generated. To avoid this, the neutrino Dirac Yukawa coupling is set to be proportional to the idenitity. In the right-handed neutrino mass basis, it would be proportional to the unitary matrix so soft mass $m_L^2$, which depends on the combination $Y_\nu^\dagger Y_\nu$ is flavor universal. It is easily achieved by employing the non-abelian discrete symmetry for the tri-bi maximal mixing of the PMNS matrix. Since the tri-bi maximal mixing should be modified to make $\theta_{13}$ nonzero, as reported by several observations[@Abe:2011fz; @Hartz:2012np; @Adamson:2012rm; @An:2012eh; @Ahn:2012nd], small corrections should be added. When the neutrino Dirac Yukawa coupling has such corrections, such that it has a deviation from identity, cLFV is generated. We 