  Inspired by the S.M.A.S.H. framework we construct a model that addresses the
strong CP problem, axion dark matter, inflation and Dirac neutrino masses as
well as leptogenesis. The model possesses only two dynamical scales, namely the
SM breaking scale $v_H$ and the Peccei Quinn (PQ) breaking scale $v_\sigma$. We
introduce heavy vector-like quarks in the usual KSVZ fashion to implement the
PQ mechanism for the strong CP problem. To generate neutrino masses via a
dimension six operator scaling as $m_\nu \sim v_H^3 / v_\sigma^2$ we add heavy
triplet and doublet leptons, which are vector-like under the SM but chiral
under PQ symmetry. The model is free from the cosmological domain wall problem
and predicts an axion to photon coupling which is about an order of magnitude
larger than in conventional DFSZ and KSVZ models. Thus our scenario can be
probed and potentially excluded by current and next generation axion
experiments such as ORGAN or MADMAX. In addition we numerically demonstrate
that our construction can generate the observed baryon asymmetry by realizing a
version of the Dirac-Leptogenesis scenario. As a consequence of our neutrino
mass mechanism we find that the asymmetry in triplet fermion decays can also be
significantly enhanced by up to six orders of magnitude when compared to
typical Seesaw scenarios without needing to invoke a resonant enhancement. In
passing we note that a decaying Dirac fermion with multiple decay modes
contains all the necessary ingredients required for the \enquote{quasi optimal
efficiency}-scenario previously encountered in the context decaying scalar
triplets. The impact of the right handed neutrinos and the axion on $\Delta
N_\text{eff}$ is estimated and lies within current bounds.
