  We review Electroweak breaking in warped Extra Dimensions and show how it is
constrained by Electroweak precision tests. We then proceed to describe a model
which is based on a bulk Higgs field and a metric that is deformed from the
usual five dimensional Anti de Sitter space near the Infrared (IR) boundary. It
allows to softly decouple the Higgs field from the Kaluza Klein excitations
near the IR and thus reduces their contribution to the precision observables.
