  The Kondo cloud, represented by the correlations between the magnetic moment
and the spin density in the leads of a Kondo setup, is until now eluding its
observation. We exploit the unique coupling of spin and direction of motion of
the recently discovered helical liquids in a setup with two leads to establish
a proportionality between the Kondo cloud and the time resolved current cross
correlations. This relation holds around a specific choice of model parameters.
Thereby, we provide a new and direct way to detect the Kondo cloud.
