  We study the anatomy and phenomenology of Lepton Flavor Violation (LFV) in
the context of Flavored Gauge Mediation (FGM). Within FGM, the messenger sector
couples directly to the MSSM matter fields with couplings controlled by the
same dynamics that explains the hierarchies in the SM Yukawas. Although the
pattern of flavor violation depends on the particular underlying flavor model,
FGM provides a built-in flavor suppression similar to wave function
renormalization or SUSY Partial Compositeness. Moreover, in contrast to these
models, there is an additional suppression of left-right (LR) flavor
transitions by third-generation Yukawas that in particular provides an extra
protection against flavor-blind phases. We exploit the consequences of this
setup for lepton flavor phenomenology, assuming that the new couplings are
controlled by simple U(1) flavor models that have been proposed to accommodate
large neutrino mixing angles. Remarkably, it turns out that in the context of
FGM these models can pass the impressive constraints from LFV processes and
leptonic EDMs even for light superpartners, therefore offering the possibility
of resolving the longstanding muon g-2 anomaly.
