  We present a supersymmetric solution to the strong CP problem based on
spontaneous CP violation which simultaneously addresses the affects coming from
supersymmetry breaking. The generated CP violating phase is communicated to the
quark sector by interacting with a heavy quark a la Nelson-Barr. The Majorana
mass of the right handed neutrinos is generated by interactions with the CP
violating sector and so does not conserve CP. This gives the neutrino sector a
non-trivial CP violating phase which can then generate the baryon asymmetry of
the universe through leptogeneis. The problematic phase in the supersymmetry
breaking parameters are suppressed by appealing to a particular gauge mediation
model which naturally suppresses the phases of the tree-level gluino mass. This
suppression plus the fact that in gauge mediation all loop generated flavor and
CP violation is of the minimal flavor violation variety allows for a complete
and consistent solution to the strong CP problem.
