  Superbeams (SB) and Neutrino Factories (NF) are not alternative facilities
for exploring neutrino oscillation physics, but successive steps. The correct
strategy is to contemplate the combination of their expected physics results.
We show its important potential on the disappearance of fake degenerate
solutions in the simultaneous measurement of $\theta_{13}$ and leptonic CP
violation. Intrinsic, sign($\Delta m_{13}^2$) and $\theta_{23}$ degeneracies
are shown to be extensively eliminated when the results from one NF baseline
and a SB facility are combined. A key point is the different average neutrino
energy and baseline of the facilities. For values of $\theta_{13}$ near its
present limit, the short NF baseline, e.g. L=732 km,becomes, after such a
combination, a very interesting distance. For smaller $\theta_{13}$, an
intermediate NF baseline of $O(3000$km) is still required.
