As the LHC has not seen any signs of new physics in the first inverse femtobarn(s) of data, strong constraints have been established on many models beyond the Standard Model, most famously R-Parity conserving Supersymmetry. The theoretical questions concerning the naturalness of the Standard Model and the nature of EWSB are thus as pressing as ever. We study an interesting scenario of BSM physics beyond the TeV scale which addresses these questions, the IR localized Higgs in a supersymmetric warped background. In Phys. Rev. D 84, 015016 (2011), we clarify some technical aspects of Brane Higgs phenomenology in this context, in particular the consistent treatment of scalar couplings, and investigate a number of telling signatures which might await us at the LHC as a sign that warped supersymmetry is realized beyond the TeV scale.
