  In this paper, we discuss the inclusive production of hadrons in the
framework of CGC/saturation approach. We argue, that the gluon jet inclusive
production stems from the vicinity of the saturation momentum, even for small
values of the transverse momenta $p_T$. Since in this region, theoretically, we
know the scattering amplitude, we claim that we can provide reliable estimates
for this process. We demonstrate, that in a widely accepted model for
confinement, to describe the experimental data, we require a thermal radiation
term. In this model the parton (quark or gluon) with the transverse momenta of
the order of $Q_s$ decays into hadrons with the given fragmentation functions.
However, we show that other approaches for the confinement could describe the
data, without a need for the thermal emission
