  In earlier work, the effect of $\alpha'^2$ curvature corrections on the
NS5-brane responsible for the decay of anti-D3-branes in the set-up of Kachru,
Pearson, and Verlinde (KPV) was considered. We extend this analysis to include
all known $\alpha'^2$ corrections to the action of an abelian fivebrane which
involve not just curvature but also gauge fields and flux. We compute the value
of these terms at the tip of the Klebanov-Strassler throat to obtain the
$\alpha'^2$ corrected potential for the NS5-brane of KPV. The resulting
potential provides a novel uplifting mechanism where one can obtain metastable
vacua with an arbitrarily small positive uplifting potential by fine-tuning
$\alpha'$ corrections against the tree-level potential. This mechanism works
for small warped throats, both in terms of size and contribution to the
D3-tadpole, thereby sidestepping the issues associated with a standard deep
warped throat uplift which are deadly in KKLT and, as we explicitly check,
severely constraining in the Large Volume Scenario.
