  Significant deviations from the Standard Model are observed in semileptonic
charged and neutral-current B-decays, the muon magnetic moment, and the
extraction of the Cabibbo angle. We propose that these deviations point towards
a coherent pattern of New Physics effects induced by two scalar mediators, a
leptoquark $S_1$ and a charged singlet $\phi^+$. While $S_1$ can provide
solutions to charged-current $B$-decays and the muon magnetic moment, and
$\phi^+$ can accommodate the Cabbibo-angle anomaly independently, their
one-loop level synergy can also address neutral-current $B$-decays. This
framework provides the most minimal explanation to the above-mentioned
anomalies, while being consistent with all other phenomenological constraints.
