  We have studied the effect of the nonextensive Tsallis mechanism on the
viscous properties of hot QCD matter in the presence of a strong magnetic
field. The results are compared to the case of absence of magnetic field. The
viscous coefficients, such as the shear viscosity ($\eta$) and the bulk
viscosity ($\zeta$) are determined in the similar environment by utilizing the
nonextensive Tsallis mechanism within the relaxation time approximation of
kinetic theory. We have observed that, when the nonextensive parameter $q$ is
just above unity, both shear and bulk viscosities get increased as compared to
their counterparts at $q=1$. This enhancement in viscosities is more evident in
the additional presence of a strong magnetic field. Furthermore, some
observables pertaining to the flow characteristic, fluid behavior and conformal
symmetry of the medium are also explored.
