  We propose a framework that addresses the origin of neutrino mass, explains
the observed discrepancies in the electron and the muon anomalous magnetic
moments (AMMs) data and incorporates the dark matter (DM) relic abundance. Both
the neutrino mass and the lepton AMMs are generated at one-loop level mediated
by a common set of beyond the Standard Model (SM) states. In this class of
models, the SM is extended with vector-like charged fermion and scalar
multiplets, all odd under an imposed $\mathcal{Z}_2$ symmetry, which stabilizes
the fermionic or scalar DM candidate residing in one of them. Two scalar
multiplets appear in the AMM loops, thus allowing for different signs of their
contributions, in agreement with the observed discrepancies which are of
opposite sign for electron and muon. The vector-like fermions give rise to
large new physics contributions to the lepton AMMs via chirally enhanced terms
that are proportional to their mass. To demonstrate the viability of this
framework, we perform a detailed study of a particular model for which a fit to
the neutrino masses and mixing together with lepton AMMs are provided.
Furthermore, DM phenomenology and collider signatures are explored.
