  We present a model which connects the neutral current B anomalies with
composite Higgs models. The model is based on the minimal fundamental composite
Higgs model with $SU(4)/Sp(4)$ coset. The strong dynamics spontaneously break
the symmetry and introduce five Nambu-Goldstone bosons. Four of them become the
Standard Model Higgs doublet and the last one, corresponding to the broken
local $U(1)'$ symmetry, is eaten by the gauge boson. This leads to an
additional TeV-scale $Z'$ boson, which can explain the recent B anomalies. The
experimental constraints and allowed parameter space are discussed in detail.
