  A model relating radiative seesaw and minimal dark matter mass scales without
beyond the standard model (SM) gauge symmetry (R$\nu$MDM) is constructed. In
addition to the SM particles, the R$\nu$MDM contains, a Majorana fermion
multiplet $N_R$ and scalar multiplet $\chi$ that transform respectively as
$(1,5,0)$ and $(1,6,-1/2)$ under the SM gauge group $SU(3)_C\times
SU(2)_L\times U(1)_Y$. The neutral component $N_R^0$ plays the role of dark
matter with a mass in the range of 9 to 10 TeV. This scale also sets the lower
limit for the scale for the heavy degrees of freedom in $N_R$ and $\chi$ which
generate light neutrino masses through the radiative seesaw mechanism. The
model predicts an $N_R^0$-nucleus scattering cross section that would be
accessible with future dark matter direct detection searches as well as
observable effects in present and searches for charged lepton flavor violating
processes, such as $l_i\to l_j \gamma$ and $\mu - e$ conversion.

High Energy Physics - Phenomenology;Cosmology and Nongalactic Astrophysics;High Energy Physics - Experiment;Nuclear Experiment;Nuclear Theory