  We consider an explicit effective field theory example based on the
Bousso-Polchinski framework with a large number N of hidden sectors
contributing to supersymmetry breaking. Each contribution comes from four form
quantized fluxes, multiplied by random couplings. The soft terms in the
observable sector in this case become random variables, with mean values and
standard deviations which are computable. We show that this setup naturally
leads to a solution of the flavor problem in low-energy supersymmetry if N is
sufficiently large. We investigate the consequences for flavor violating
processes at low-energy and for dark matter.
