  Multi-strange baryons are of particular interest in the understanding of
particle production mechanisms, as their high strangeness content makes them
susceptible to changes in the hadrochemistry of the colliding systems. In
ALICE, these hyperons are reconstructed via the detection of their weak decay
products, which are identified through their measured ionisation losses and
momenta in the Time Projection Chamber. The production rates of charged $\Xi$
and $\Omega$ baryons in proton-proton (pp), proton-lead (p-Pb) and lead-lead
(Pb-Pb) collisions are reported as a function of $p_{\mathrm{T}}$. A direct
comparison in the hyperon-to-pion ratios between the three collision systems is
made as a function of event charged-particle multiplicity. The recently
measured production rates in p-Pb interactions reveal an enhancement with
increasing event multiplicity, consistent with a hierarchy dependent on the
strangeness content of the hyperons. These results are discussed in the context
of chemical equilibrium predictions, taking into account the extracted
temperature parameter from a thermal model fit to the hadron yields in Pb-Pb
data.
