  We present a minimal viable Gauge-Higgs Grand Unification scenario in warped
space based on a $SU(6)$ bulk symmetry - unifying the gauge symmetries of the
SM and their breaking sector. We show how the issue of light exotic new states
is eliminated by appropriately breaking the gauge symmetry on the UV and IR
boundaries by either brane scalars or gauge boundary conditions. The SM fermion
spectrum is naturally reproduced including Dirac neutrinos and we compute the
Higgs potential at one-loop, finding easily solutions with a realistic $m_h
\sim 125$ GeV. The problem of proton decay is addressed by showing that baryon
number is a hidden symmetry of the model. Among the phenomenological
consequences, we highlight the presence of a scalar leptoquark and a scalar
singlet. The usual $X,Y$ gauge bosons from $SU(5)$ GUTs are found at collider
accessible masses.
