  We show that the minimal D = 5, N = 2 gauged supergravity set-up may encode
naturally the recently proposed clockwork mechanism. The minimal embedding
requires one vector multiplet in addition to the supergravity multiplet and the
clockwork scalar is identified with the scalar in the vector multiplet. The
scalar has a two-parameter potential and it can accommodate the clockwork, the
Randall-Sundrum and a no-scale model with a flat potential, depending on the
values of the parameters. The continuous clockwork background breaks half of
the original supersymmetries, leaving a D = 4, N = 1 theory on the boundaries.
We also show that the generated hierarchy by the clockwork is not exponential
but rather power law. The reason is that four-dimensional Planck scale has a
power-law dependence on the compactification radius, whereas the corresponding
KK spectrum depends on the logarithm of the latter.
