  In this work we study ten-dimensional solutions to type IIA string theory of
the form AdS$_4$ x $X_6$ which contain orientifold planes and preserve N=1
supersymmetry. In particular, we consider solutions which exhibit some key
features of the four-dimensional DGKT proposal for compactifications on
Calabi-Yau manifolds with fluxes, and in this sense may be considered their
ten-dimensional uplifts. We focus on the supersymmetry equations and Bianchi
identities, and find solutions to these that are valid at the two-derivative
level and at first order in an expansion parameter which is related to the AdS
cosmological constant. This family of solutions is such that the background
metric is deformed from the Ricci-flat one to one exhibiting
SU(3)xSU(3)-structure, and dilaton gradients and warp factors are induced.
