  A mechanism for double suppression of flavor-changing neutral currents
(FCNCs) and CP violating phases in supersymmetric models is suggested. At
M_{SUSY} they are suppressed due to a nonabelian discrete flavor symmetry, and
the infrared attractive force of gauge interactions in extra dimensions are
used to suppress them at the compactification scale. We present a concrete
model, which is a simple extension of S_{3} invariant minimal supersymmetric
standard model, where only SU(2)_{L} and SU(3)_{C} gauge multiplets are assumed
to propagate in the bulk. We find that a disorder of two orders of magnitude in
soft supersymmetry breaking parameters above the compactification scale may be
allowed to satisfy experimental constraints on FCNC processes and CP violating
phenomena.
