  In this talk, we address the possibility of finding supersymmetry through
indirect searches in the K and B systems. We prove that, in the absence of the
Cabibbo-Kobayashi-Maskawa phase, a general Minimal Supersymmetric Standard
Model with all possible phases in the soft-breaking terms, but no new flavor
structure beyond the usual Yukawa matrices, can never give a sizeable
contribution to $\epsilon_K$, $\epsilon^\prime/\epsilon$ or hadronic B^0 CP
asymmetries. However, Minimal Supersymmetric models with additional flavor
structures in the soft-supersymmetry breaking terms can produce large
deviations from the Standard Model predictions. Hence, observation of
supersymmetric contributions to CP asymmetries in B decays would be the first
sign of the existence of new flavor structures in the soft-terms and would hint
at a non-flavor blind mechanism of supersymmetry breaking.
