  We propose a new class of inflationary models in which the scalar field
potential governing inflation is generated by the same non-perturbative gauge
dynamics that may lead to supersymmetry breaking. Such models satisfy
constraints from cosmic microwave background measurements for natural values of
the fundamental parameters in the theory. In addition, they have two
particularly interesting characteristics: a ``blue'' spectrum of scalar
perturbations, and an upper bound on the total amount of inflation possible.
