  These proceedings summarise recent measurements of angular correlations
between the $\Xi$ baryon and identified hadrons in pp collisions at
$\sqrt{s}=13\,\mathrm{TeV}$ using the ALICE detector. The results are compared
with both string-based (PYTHIA8 with extensions) and core-corona (EPOS-LHC)
models, to improve our understanding of strangeness and baryon production in
small systems. The results favour baryon production through string junctions
over diquark breaking, but the PYTHIA models fail at describing the relatively
wide $\Xi-$strangeness jet peak, indicating stronger diffusion of strange
quarks in data. On the other hand, EPOS-LHC is missing local conservation of
quantum numbers, making it difficult to draw any conclusion about the
core-corona model.
