  We study the impact that future lepton flavor violating experiments will have
on the viable parameter space of the scotogenic model. Within this model, the
dark matter particle is assumed to be the lightest singlet fermion and two
cases are considered depending on how its relic density is obtained: via
self-annihilations or via coannihilations with the scalars. For each case, a
scan over the parameter space of the model is used to obtain a large sample of
viable points, which we subsequently analyze. We find that future lepton flavor
violating experiments, in particular those searching for $\mu\to 3e$ and
$\mu$-$e$ conversion in nuclei, will probe the parameter space of the
scotogenic model in a significant way. They may exclude a large fraction of the
models where the dark matter density is determined by coannihilations, and
could rule out all the models where it is determined by annihilations.
