  I first motivate why we may want to look at possible new physics
contributions to epsilon' given relatively clear experimental but unclear
theoretical situations. I reexamine the supersymmetric contribution to epsilon'
and find an important one generally missed in the literature. Based on rather
model-independent arguments based on flavor symmetries, an estimate of the
possible supersymmetric epsilon' is given, which interestingly come around the
reported values without fine-tuning. If the observed values are dominated by
supersymmetry, it is likely to give interesting consequences on hyperon CP
violation, mu --> e+gamma, and neutron and electron electric dipole moments.
