  The most statistically significant hints for new physics in the flavor sector
are discrepancies between theory and experiment in $B$ decays to lepton pairs
($b\to s\ell^+\ell^-$) and a deficit in $1^{\rm st}$ row CKM unitarity (the
Cabibbo Angle anomaly). We propose that these anomalies can be reconciled by a
simplified model with massive gauge bosons transforming in the adjoint
representation of $SU(2)_L$. After calculating the impact of this model on $B$
decays, observables testing charged current lepton flavor universality (LFU),
electro-weak precision observables and LHC searches we perform a global fit to
all available data. We find that our model can provide a consistent common
explanation of both anomalies and that the fit to the data is more than
$7\,\sigma$ better than the fit of the SM. The model also predicts interesting
correlations between LFU violation in the charged current and $b\to
s\ell^+\ell^-$ data which can be tested experimentally in the near future.
