  We show that a hairy black hole solution can provide a holographically dual
description of quark confinement. There exists a one-parameter sensible metric
which receives the backreaction of matter contents in the holographic action,
where the scalar and gauge field are responsible for the condensation of
chromomagnetic monopoles. This model features a preconfining phase triggered by
second-order monopole condensation and a first-order confinement/deconfinement
phase transition. To confirm the confinement, the quark-antiquark potential is
calculated by probing a QCD string in both phases. At last, contribution from
Kaluza-Klein monopoles in the confining phase is discussed.
