  Currently at the Beam Energy Scan at RHIC experimental efforts are being made
to find the QCD critical point. On the theoretical side, the behavior of
higher-order susceptibilities of the net-baryon charge from Lattice QCD at
$\mu_{_B}\!=\!0$ may allow us to estimate the position of the critical point in
the QCD phase diagram. However, even if the series expansion continues to
higher-orders, there is always the possibility to miss the critical point
behavior due to truncation errors. An alternative approach is to use a black
hole engineered holographic model, which displays a critical point at large
densities and matches lattice susceptibilities at $\mu_{_B}\!=\!0$. Using the
thermodynamic data from this black hole model, we obtain the freeze-out points
extracted from the net-protons distribution measured at STAR and explore higher
order fluctuations at the lowest energies at the beam energy scan to
investigate signatures of the critical point.
