  Low-frequency magnetic noise spectrum is calculated within the
superconductive glass model. The model predicts the existence of both white
noise and flicker-like noise f^{-z} with z strongly dependent on applied
magnetic field and temperature. It is shown, in particular, that z increases
with field from 0.5 to 1, and that in the critical region (near T_{c}(H)) the
1/sqrt{f} law should prevail in the noise spectrum.
