  Triggered by a recent announcement by the LHCb Collaboration of five excited
$\Omega^0_c$ resonances of small widths we propose an interpretation based on
the Chiral Quark Soliton Model. We argue that three of the LHCb resonances are
parity ($-$) excitations of the ground state SU(3) sextets, while the other two
with the smallest widths are exotic pentaquarks that belong to the SU(3)
$\overline{\mathbf{15}}$. We first briefly review the model and discuss the
status of the putative $\Theta^+(1540)$. Next we show how to generalize the
model to the case of heavy baryons. We test this approach against the ground
state $\overline{\mathbf{3}}$ and ${\mathbf{6}}$ heavy baryons, and discuss
different excitations that are possible in the Chiral Quark Soliton Model. We
show that the model accommodates two excited $\overline{\mathbf{3}}$ in the
charm sector that are experimentally observed. Finally we discuss possible
assignments of the LHCb $\Omega^0_c$ states.
