  The COMPTEL unidentified source GRO J 1411-64 was observed by INTEGRAL and
XMM-Newton in 2005. The Circinus Galaxy is the only source detected within the
4$\sigma$ location error of GRO J1411-64, but in here excluded as the possible
counterpart. At soft X-rays, 22 reliable and statistically significant sources
(likelihood $> 10$) were extracted and analyzed from XMM-Newton data. Only one
of these sources, XMMU J141255.6 -635932, is spectrally compatible with GRO
J1411-64 although the fact the soft X-ray observations do not cover the full
extent of the COMPTEL source position uncertainty make an association hard to
quantify and thus risky. At the best location of the source, detections at hard
X-rays show only upper limits, which, together with MeV results obtained by
  COMPTEL suggest the existence of a peak in power output located somewhere
between 300-700 keV for the so-called low state. Such a spectrum resembles
those in blazars or microquasars, and might suggest at work by a similar
scenario.
  However, an analysis using a microquasar model consisting on a magnetized
conical jet filled with relativistic electrons, shows that it is hard to comply
with all observational constrains. This fact and the non-detection at hard
X-rays introduce an a-posteriori question mark upon the physical reality of
this source, what is discussed here.
