  We report on the status of supersymmetric seesaw models in the light of
recent experimental results on $\mu \to e + \gamma$, $\theta_{13}$ and the
light Higgs mass at the LHC. SO(10)-like relations are assumed for neutrino
Dirac Yukawa couplings and two cases of mixing, one large, PMNS-like, and
another small, CKM-like, are considered. It is shown that for the large mixing
case, only a small range of parameter space with moderate $\tan \beta$ is still
allowed. This remaining region can be ruled out by an order of magnitude
improvement in the current limit on BR($\mu \to e + \gamma$). We also explore a
model with non-universal Higgs mass boundary conditions at the high scale. It
is shown that the renormalization group induced flavor violating slepton mass
terms are highly sensitive to the Higgs boundary conditions. Depending on the
choice of the parameters, they can either lead to strong enhancements or
cancellations within the flavor violating terms. Such cancellations might relax
the severe constraints imposed by lepton flavor violation compared to mSUGRA.
Nevertheless for a large region of parameter space the predicted rates lie
within the reach of future experiments once the light Higgs mass constraint is
imposed. We also update the potential of the ongoing and future experimental
searches for lepton flavor violation in constraining the supersymmetric
parameter space.
