  Using the vector-exchange interaction in the local hidden gauge approach,
which in the light quark sector generates the chiral Lagrangian, and has
produced realistic results for $\Omega_c, \Xi_c, \Xi_b$ and the hidden charm
pentaquark states, we study the meson-baryon interactions in the coupled
channels that lead to the $\Xi_{bb}$ and $\Omega_{bbb}$ excited states of the
molecular type. We obtain seven states of the $\Xi_{bb}$ type with energies
between $10408$ and $10869$ MeV and one $\Omega_{bbb}$ state at $15212$ MeV.
