the CFT in the dual description). Theories with the SM in the bulk can incorporate Grand Unification of couplings [@Randall:2001gb], motivate the flavor hierarchy of fermion masses [@Huber:2000ie], and incorporate a dark matter candidate [@Agashe:2004ci]. However, such theories face significant challenge from precision electroweak observables [@Davoudiasl:1999tf], requiring specific features [@Agashe:2003zs; @Davoudiasl:2002ua; @Agashe:2006at] in order to remain natural.

At the LHC, production of colored states is usually dominant, and the Kaluza-Klein (KK) excitations of the gluons are particularly attractive, because they are singly produced and thus have larger rates than the KK quarks. Thus, they are usually considered to be likely to be the first signs of warped physics, and the first excitation of the gluon ($g^1$) the state for which we will have the most statistics available in order to unravel the details of the underlying theory. They are the natural place to explore whether or not we can use LHC data to determine which particular detailed RS model has been realized in nature, and which parameters describe it. Recently, significant work has begun on some of the simplest RS constructions to study the production and decay of the first KK mode of the gluon, in order to determine the 