  On the four-dimensional sector of an AdS$_5$ warped geometry the standard
electromagnetic interaction can be simulated by massive vector fields via the
Ghoroku - Nakamura localization mechanism. We incorporate gauge symmetry to
this theory by finding the required interaction terms between the vector bosons
and the gravitational field of the scenario. The four-dimensional effective
theory defined by a Maxwell term and a tower of Stueckelberg fields is obtained
after expanding the vector fields on a massive eigenstates basis where the zero
mode is uncoupled from the rest of the spectrum. The corrections generated by
the massive gauge fields set to the electrostatic potential are also
calculated.
