  We present a new, improved model of gauge mediation of dynamical SUSY
Breaking: the model does not have gauge messengers or $\sim 10$ TeV scalars
charged under the Standard Model (SM), thus avoiding the problem of negative
(mass)$^2$ for supersymmetric SM (SSM) scalars faced by some earlier models.
The gauge mediation is direct, i.e., the messengers which communicate SUSY
breaking to the SSM fields carry quantum numbers of the gauge group which
breaks SUSY. These messenger fields couple to a modulus field. The model has a
very simple particle content: the modulus and the messengers are the only
chiral superfields (other than the SSM fields) in the model. The inverted
hierarchy mechanism is used to generate a local SUSY breaking minimum for the
modulus field in a perturbative regime thus making the model calculable.
