  We review constraints from quark and lepton flavor violation on extra
dimensional models with warped geometry, both in the minimal and the custodial
model. For both scenarios, KK masses that are large enough to suppress
constraints from electroweak precision tests also sufficiently suppress all
quark flavor and CP violation, with the exception of CP violation in $K\bar K$
mixing and (to a lesser extend) in $D\bar D$ mixing. In the lepton sector the
minimal scenario leads to excessively large contributions to $\mu\to e\gamma$
transitions, requiring KK masses of at least 20 TeV or larger.
