  We present a new grand unification paradigm, where gauge couplings do not
need to be equal at any given scale, instead they run towards the same fixed
point in the deep ultraviolet. We provide a concrete example based on SU(5)
with a compactified extra space dimension. By construction, fermions are
embedded in different SU(5) bulk fields, hence baryon number is conserved and
proton decay is forbidden. The lightest Kaluza-Klein tier consists of stable
states, providing an asymmetric Dark Matter candidate via their baryonic
charges, with a mass of 2.4 TeV. The model features an interesting and
predictive flavour structure.
