  We present a 5D gauge theory in warped space based on a bulk SU(2)_L x
SU(2)_R x U(1)_(B-L) gauge group where the gauge symmetry is broken by boundary
conditions. The symmetry breaking pattern and the mass spectrum resembles that
in the standard model (SM). To leading order in the warp factor the rho
parameter and the coupling of the Z (or equivalently the S-parameter) are as in
the SM, while corrections are expected at the level of a percent. From the
AdS/CFT point of view the model presented here can be viewed as the AdS dual of
a (walking) technicolor-like theory, in the sense that it is the presence of
the IR brane itself that breaks electroweak symmetry, and not a localized Higgs
on the IR brane (which should be interpreted as a composite Higgs model). This
model predicts the lightest W, Z and photon resonances to be at around 1.2 TeV,
and no fundamental (or composite) Higgs particles.
