  ATLAS and CMS collaborations have searched for the supersymmetry (SUSY) in
different channels with 7 TeV center-of-mass energy and their search strategies
are optimized for the SUSY scenarios with fairly large mass splittings among
the sparticles. In absence of any significant deviation of the data from the
Standard Model (SM) prediction, stringent bounds are imposed on the squarks and
gluino masses in the context of different SUSY scenarios. Since the exact SUSY
breaking mechanism is not known, some part of the SUSY spectrum may be
degenerate. In this paper, we consider two particular cases of degenerate SUSY
spectrum and discuss the impact of ATLAS and CMS SUSY searches on these
scenarios. We found that present SUSY search strategies of the ATLAS and CMS
collaborations are not optimized for the degenerate SUSY scenarios. Even the
LHC with 8 TeV center-of-mass energy can not probe large part of the parameter
space of degenerate SUSY scenarios with the present search strategies.
