  We propose a supergravity model with a constrained curvature multiplet, which
realizes the Starobinsky inflation and the de Sitter vacuum in the present
universe simultaneously. Surprisingly, at the vacuum, the soft supersymmetry
breaking scale for minimal supersymmetric standard model sector becomes the TeV
scale, however, the gravitino mass scale becomes much higher than that of soft
supersymmetry breaking. Such a hierarchical structure, which naturally avoids
the gravitino problem, appears without introducing a new scale other than
inflation scale.
