  The flavorful $Z^\prime$ model with its couplings restricted to the
left-handed second generation leptons and third generation quarks can
potentially resolve the observed anomalies in $R_K$ and $R_{K^*}$. After
examining the current limits on this model from various low-energy processes,
we probe this scenario at 14 TeV high-luminosity run of the LHC using two
complementary channels: one governed by the coupling of $Z'$ to $b$-quarks and
the other to muons. We also discuss the implications of the latest LHC high
mass resonance searches in the dimuon channel on the model parameter space of
our interest.
