  We show that a resummation model for the evolution kernel at small x creates
a bridge between the weak and strong couplings. The resummation model embodies
DGLAP and BFKL anomalous dimensions at leading logarithmic orders, as well as a
kinematical constraint on the real emission part of the kernel. In the case of
pure gluodynamics the strong coupling limit of the Pomeron intercept is
consistent with the exchange of the spin-two, colorless particle.
