The extraordinary Hall effect coefficients R_s(T) of the canonical spin glass alloys AuFe 8at% and AuMn 8at% and of an archetype re-entrant system AuFe 18at% were measured as functions of temperature. The data show a critical cusp-like term superimposed on a smooth background for the spin glasses, and change of sign with temperature for the re-entrant. The results can be interpreted consistently by invoking a chiral Hall effect contribution as proposed by Kawamura.