The focus of this note is in the formation of matter-antimatter asymmetric universe without antimatter in the first place. To avoid problems of best known published preon models we utilize ´t Hooft theory’s deterministic Hilbert space methods to preons. Inflation is started in a ultra dense graviton phase predominating the very early universe and producing supersymmetric preons, axion like particles and torsion in spacetime. All standard model and dark sector fermions are created as spectators during early inflation from the preons. The dark sector particles are spectators all the way beyond reheating while the visible sector particles couple to the inflaton. Before reheating is reached supersymmetry is broken to the minimal supersymmetric standard model by gravitational mediation from the preon sector. Consequently, asymmetric visible matter, symmetric dark matter and dark energy are produced, and much later nucleons and light nuclei are formed. The deterministic preon level structure is necessary for the mechanism which creates from C symmetric preons the asymmetric standard model visible matter directly, without notable amount of antimatter and without the Sakharov conditions.