  We discuss flavor violation in large N Composite Higgs models. We focus on
scenarios in which the masses of the standard model fermions are controlled by
hierarchical mixing parameters, as in models of Partial Compositeness. We argue
that a separation of scales between flavor and Higgs dynamics can be employed
to parametrically suppress dipole and penguin operators, and thus effectively
remove the experimental constraints arising from the lepton sector and the
neutron EDM. The dominant source of flavor violation beyond the standard model
is therefore controlled by 4-fermion operators, whose Wilson coefficients can
be made compatible with data provided the Higgs dynamics approaches a "walking"
regime in the IR. Models consistent with all flavor and electroweak data can be
obtained with a new physics scale within the reach of the LHC. Explicit
scenarios may be realized in a 5D framework, the new key ingredient being the
introduction of flavor branes where the wave functions of the bulk fermions
end.
