  The infrared attractiveness of soft-supersymmetry breaking (SSB) parameters
is investigated in extra dimensions. The SSB parameters are assumed to run from
the Planck scale M_{PL} down to the GUT scale M_{GUT}. We find that, even for
M_{PL}/M_{GUT}=100, the SSB parameters in six dimensions can align out of their
anarchical disorder at M_{PL} in such a way that flavor-changing neutral
currents as well as dangerous CP-violating phases are sufficiently suppressed
at M_{GUT}. A concrete, realistic example based on SU(5) in six dimensions is
presented.
