  The p$-$p collisions at high multiplicity at LHC show small scale collective
effects similar to that observed in heavy ion collisions such as enhanced
production of strange and multi-strange hadrons, long range azimuthal
correlations, etc. The observation of strangeness enhancement in p$-$p
collisions at at $\sqrt{s}$ = 7 TeV and 13 TeV as measured by ALICE experiment
is explored using Pythia8 event generator within the framework of microscopic
rope hadronization model which assumes the formation of ropes due to
overlapping of strings in high multiplicity environment. The transverse
momentum ($p_{T}$) spectra shape and its hardening with multiplicity is well
described by the model. The mechanism of formation of ropes also described the
observed experimental strangeness enhancement for higher multiplicity classes
in p$-$p collisions at 7 TeV and 13 TeV. The enhancement with multiplicity is
further investigated by studying the mean $p_{T}$ ($<p_{T}>$) and the
integrated yields ($<dN/dy>$ ) of strange and multi-strange hadrons and
comparing the predictions to the measured data at LHC for 7 TeV and 13 TeV.
