  We recently showed, in hep-ph/0406101, that warped extra dimensional models
with bulk custodial symmetry and few TeV KK masses lead to striking signals at
$B$-factories. In this paper, using a spurion analysis, we systematically study
the flavor structure of models that belong to the above class. In particular we
find that the profiles of the zero modes, which are similar in all these
models, essentially control the underlying flavor structure. This implies that
our results are robust and model independent in this class of models. We
discuss in detail the origin of the signals in B-physics. We also briefly study
other NP signatures that arise in rare K decays ($K \to \pi \nu \nu$), in rare
top decays [$t \to c \gamma (Z, gluon)$] and the possibilty of CP asymmetries
in $D^0$ decays to CP eigenstates such as $K_S \pi^0$ and others. Finally we
demonstrate that with light KK masses, $\sim3$ TeV, the above class of models
with anarchic $5D$ Yukawas has a ``CP problem'' since contributions to the
neutron electric dipole moment are roughly 20 times larger than the current
experimental bound. Using AdS/CFT correspondence, these extra-dimensional
models are dual to a purely 4D strongly coupled conformal Higgs sector thus
enhancing their appeal.
