  This article presents a proposal for a new search channel for the Higgs boson
decaying to two long-lived neutral particles, each of which decays to $b\bar b$
at a displaced vertex. The decay length considered is such that the decay takes
place within the LHC beampipe. We present a new data-driven analysis using jet
substructure and properties of the tracks from the highly-displaced vertices.
  We consider a model with a 125 GeV Higgs boson with a significant branching
fraction to decay via this mode, with the long-lived neutral particle having a
mass in the range of 15--40 GeV and a decay length commensurate with the beam
pipe radius.
  Such a signal can be readily observed with an integrated luminosity of 19.5
fb$^{-1}$ at 8TeV at the LHC.
