sizeable charged lepton flavor violation is expected. We compute the charged lepton flavor violating processes in both cases and show that interesting parameter space exists if $\theta_{13}$ is a combination of two contributions from neutrino Dirac Yukawa and Majorana mass matrix.

The contents of the paper is following. In section 2, we explain the setup for neutrino assisted gauge mediation in which the right-handed neutrino is added as messengers in addition to the ordinary SM charged messengers. Also we discuss the implication for the Higgs mass. In section 3, we explain our $S_4$ flavor model as a representative example to discuss possible phenomenological implication. In section 4, we discuss charged lepton flavor violation in connection with muon anomalous magnetic moment, the neutrino mixing angle $\theta_{13}$ and the Higgs mass. Then we conclude.

Neutrino Assisted Gauge Mediation and The Higgs Mass
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Soft terms generated from right-handed neutrino messengers {#sec:softterms}
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The extremely small masses of neutrinos can be explained through the See-Saw mechanism[@Minkowski:1977sc; @Yanagida:1979as; @Yanagida:1980xy; @GellMann:1980vs; @Mohapatra:1979ia], in which lepton number is violated at around the Grand Unified Theory (GUT) scale. In this paper, we consider the simplest model, type-I See-Saw. For this, we extend the MSSM superpotential by including 