  We present a minimal framework that realises successful Dirac Leptogenesis
through the Affleck-Dine mechanism. A single right-handed neutrino and a
neutrinophillic Higgs doublet are introduced to the Standard Model, which
couple via a Yukawa interaction. The inflationary setting is induced by a
combination of the two Higgs doublets, with their global symmetry violating
interactions leading to a net charge generation via the Affleck-Dine mechanism.
This simple Standard Model extension exhibits a unique and connected set of
phenomenological implications including the resultant baryon asymmetry,
inflationary predictions, cosmological implications, relic right-handed
neutrinos, and its low energy phenomenology, while also being able to be
embedded in various neutrino mass generating mechanisms.
