  We consider the inclusion of TeV-scale, fermionic dark matter in an
asymptotically safe model of gauged baryon number that has been recently
proposed [Phys. Rev. D 106, no. 3, 035015 (2022)]. The new gauge boson serves
as a portal between the dark and the visible sectors. The range of the baryon
number gauge coupling and the kinetic mixing between baryon number and
hypercharge are constrained by the requirement that nontrivial ultraviolet
fixed points are reached. We show that this asymptotically safe dark matter
model can achieve the correct dark matter relic density while remaining
consistent with direct detection bounds.
