$AdS_5$, with symmetry breaking codified in the boundary condition of the gauge fields [@Csaki:2009bb; @Cacciapaglia:2006gp; @Cacciapaglia:2004zv; @Csaki:2004sz; @Cacciapaglia:2004rb; @Cacciapaglia:2004jz; @Csaki:2003zu]. It emerged that the low energy dynamics of these extra-dimensional models can be understood in terms of a collection of 4-D theories, using the principle of “deconstruction” [@Hill:2000mu; @ArkaniHamed:2001ca]. Essentially, this involves latticizing the extra dimension, associating a 4-D gauge group with each lattice point and connecting them to one another by means of nonlinear sigma models. The five dimensional gauge field is now spread in this theory as four dimensional gauge fields residing at each lattice point, and the fifth scalar component residing as the eaten pion in the sigma fields. The picture that emerges is called a “Moose” diagram [@Georgi:1985hf]. The $AdS/CFT$ correspondence suggests that these models can be understood to be dual to strongly coupled technicolor models. The key features of these models [@Casalbuoni:1985kq; @Casalbuoni:1995qt; @Chivukula:2005ji; @Chivukula:2005xm; @Chivukula:2005bn; @Kurachi:2004rj; @Chivukula:2004af; @Chivukula:2004pk; @Lane:2009ct] are the following:

-   Spin-1 resonances created by the techni-dynamics are described as massive gauge bosons, following the Hidden-Local-Symmetry setup originally used for QCD [@Bando:1987br; @Bando:1985rf; @Bando:1984pw; @Bando:1984ej; @Bando:1987ym]. The mass of the resonances is roughly $\tilde g F$, where $F$ is around the weak 