  We show that the scalar sector needed for fermion mass generation when the
flavor symmetry of the standard model is maximally gauged can consistently
explain two anomalies reported recently by the CDF collaboration - the
forward-backward asymmetry in t-tbar pair production, and the dijet invariant
mass in the Wjj channel. A pair of nearly degenerate scalar doublets with
masses in the range 150-200 GeV explain these anomalies, with additional
scalars predicted in the mass range 100-400 GeV. Consistency of such low scale
flavor physics with flavor changing processes is shown, and expectations for
the LHC are outlined.
