  We present a quantitative comparison between two grooming techniques:
SoftDrop (SD) and Dynamical Grooming (DyG), in terms of the resilience of their
associated observables to the underlying event, hadronization and pileup in
proton-proton collisions at $\sqrt s\!=\! 13$ TeV. For that purpose, we study
the groomed momentum fraction, $z_g$, in QCD jets along with boosted W tagging.
In addition, we obtain the groomed momentum angle, $R_g$, within several jet
quenching Monte-Carlo models in order to asses the sensitivity of SD and DyG
observables to quark-gluon plasma (QGP) effects in heavy-ion collisions.
