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We present the first parton-level study of anomalous effects in tribosonproduction in both fully and semi-leptonic channels in proton-proton collisionsat 13 TeV at the Large Hadron Collider (LHC). The sensitivity to anomaliesinduced by a minimal set of bosonic dimension-6 operators from the Warsaw basisis evaluated with specific analyses for each final state. A likelihood-basedstrategy is employed to assess the most sensitive kinematic observables perchannel, where the contribution of Effective Field Theory operators isparameterized at either the linear or quadratic level. The impact of the mutualinterference terms of pairs of operators on the sensitivity is also examined.This benchmark study explores the complementarity and overlap in sensitivitybetween different triboson measurements and paves the way for future analysesat the LHC experiments. The statistical combination of the considered finalstates allows setting stringent bounds on five bosonic Wilson coefficients.

A sensitivity study of triboson production processes to dimension-6 EFT operators at the LHC