The discovery of neutrino oscillations is the first laboratory evidence of New Physics beyond the Standard Model.
Oscillating neutrinos necessarily imply that neutrinos are massive and that (neutral) lepton flavour is violated.
A signal of charged lepton flavour violation however so far eludes experimental discovery.
In this proceedings we review some phenomenological implications of current experimental bounds (and future sensitivities) on observables related to charged leptons, with a particular attention to charged lepton flavour violating processes.
In connection to models aiming at providing an origin to neutrino masses, we also highlight some phenomenological implications of leptonic CP violation on charged lepton flavour violation observables.