  In this work the solution generated by performing a U-duality on a
deformation of the Maldacena-Nastase solution is studied. This is a solution of
type-IIA with a metric that is asymptotically AdS4 and supports a G2 structure.
It is believed to be dual to a 2+1d, N=1 gauge theory similar to the baryonic
branch of Klebanov-Strassler with an additional intermediate scale. An improved
radial coordinate is used allowing the derivation of UV series solutions to the
BPS equation that persist to all orders. A study of the properties of the dual
field theory is performed which includes an operator analysis, Wilson loops and
a proposal for gauge couplings. The gauge theory dual appears to be a confining
Chern-Simons quiver with gauge couplings that become constant at high energies.
