  Experimental hints for lepton flavor universality violation in beauty-quark
decay both in neutral- and charged-current transitions require an extension of
the Standard Model for which scalar leptoquarks (LQs) are the prime candidates.
Besides, these same LQs can resolve the long-standing tension in the muon and
the recently reported deviation in the electron $g-2$ anomalies. These
tantalizing flavor anomalies have discrepancies in the range of
$2.5\sigma-4.2\sigma$, indicating that the Standard Model of particle physics
may finally be cracking. In this Letter, we propose a resolution to all these
anomalies within a unified framework that sheds light on the origin of neutrino
mass. In this model, the LQs that address flavor anomalies run through the
loops and generate neutrino mass at the two-loop order while satisfying all
constraints from collider searches, including those from flavor physics.
