  The KKLT scenario, one of the few ideas to realize dS vacua in string theory,
consists of two steps: the first involves the construction of a supersymmetric
AdS vacuum with a small negative cosmological constant, and the second involves
breaking supersymmetry and uplifting the energy to achieve dS. In this paper we
use conventional holography to argue why it is not possible to complete the
first step. We obtain this by putting a bound on the central charge of the dual
theory which involves branes wrapping special Lagrangian cycles in CY 4-folds.
We find that $l_{\rm AdS}^2 \lesssim \chi(CY_4)$. Since $l_{\rm
species}^2\gtrsim \chi(CY_4)$ this leads to $l_{\rm AdS}/l_{\rm
species}\lesssim 1$ leading at best to a highly curved AdS which is beyond the
validity of the EFT.
