  We demonstrate that current-current correlations (in particular the shot
noise), can be used to study the intrinsic superconductivity in a slightly
doped Weyl semi-metal. The systems studied is an N-WS tunneling junction where
the left electrode is a normal metal while the right electrode is a Weyl
superconductor (WS).
  The superconductivity supports surface state with crossed flat bands thereby
impact the low energy spectrum.
  This spectrum displays a modified density of states in the gap region that
strongly affects transport characteristics of the N-WS junction. The Fano
factor is calculated as function of the applied bias, and shown to be dependent
essentially on the orientation of the surface of WS relative to the tunneling
direction. If this orientation supports the occurrence of low energy state,
then the shot noise power decreases with decreasing voltage, a property similar
to that prevailing in a junction with Majorana bound state.
