  We use gauge/gravity duality to study vector meson (J/{\Psi}, {\rho}_0,
{\Omega}, {\Phi}) production in electron-proton scattering, in the limit of
high center of mass energy at fixed momentum transfer, corresponding to the
limit of low Bjorken x, where the process is dominated by pomeron exchange. Our
approach considers the pomeron at strong coupling, described by the graviton
Regge trajectory in AdS space with a hard-wall to mimic confinement effects.
Both the proton and vector mesons are described by simple holographic wave
functions in AdS. This model agrees with HERA H1 data with a {\chi}^2 per
degree of freedom below one on total cross-sections, and below two on
differential cross-sections, confirming the success of previous studies that
model low x DIS and DVCS using gauge/gravity duality.
