  We study a bottom-up holographic description of the QCD colour
superconducting phase in the presence of higher derivative corrections. We
expand this holographic model in the context of Gauss-Bonnet (GB) gravity. The
Cooper pair condensate has been investigated in the deconfinement phase for
different values of the GB coupling parameter $\lambda_{G B}$, we observe a
change in the value of the critical chemical potential $\mu_c$ in comparison to
Einstein gravity. We find that $\mu_c$ grows as $\lambda_{G B}$ increases. We
add four fermion interactions and show that in the presence of these
corrections the main interesting features of the model are still present and
that the intrinsic attractive interaction can not be switched off. This study
suggests to find GB corrections to equation of state of holographic QCD matter.
