  The center of the Milkyway is a host to energetic phenomena across many
electromagnetic wave-bands and now possibly of high-energy neutrinos. We show
that 5 out of 21 IceCube shower-like events, including a PeV event, likely
originated from the Galactic Center region. Hard spectrum and flux inferred
from these events are inconsistent with atmospheric neutrinos. The flux of
these neutrinos is consistent with an extrapolation of the gamma-ray flux
measured by Fermi-LAT from the inner Galactic region. This indicates a common
hadronic origin of both, powered by supernovae. Three other shower-like events
are spatially correlated with the Fermi bubbles, originating from the Galactic
Center activity, within the uncertainty of reconstructing their arrival
directions. Origin of the other neutrino events, including 7 track-like events,
is still elusive.
