  We address the presently reported significant flavor anomalies in the $K$ and
$B$ meson systems such as the CP violating Kaon decay ($\epsilon'/\epsilon$)
and lepton-flavor universality violation in $B$ meson decays ($R_{K^{(*)}},$
and also commenting ${R_{D^{(*)}}}$), by proposing flavorful and chiral vector
bosons as the new physics constitution at $\sim 1\,\mathrm{TeV}$.
Interestingly, if the new (composite) vector bosons are quite heavier than
$\sim 1\,\mathrm{TeV}$, we face a difficulty in addressing the anomaly in
$\epsilon'/\epsilon$ consistently with the constraint from the
$K^0$-$\overline{K^0}$ mixing. Both of the anomalies can be addressed within
$1\sigma$ confidence levels individually, where the relevant parameter space
will be investigated by the NA62 and KOTO experiments, in addition to direct
searches at the large hadron collider.
