We describe a class of M-theory vacua with spontaneously broken supersymmetry where all compactification moduli are stabilized non-perturbatively. We demonstrate how the electroweak scale automatically emerges from the theory and compute the soft terms in the MSSM largangian. We find that the dependence of the soft breaking terms on the vast number of microscopic parameters of the theory is completely hidden which makes this entire class of compactifications to be highly constrained and therefore predictive.