In summary, we have reported on a mild and operationally-simple electrochemical cascade protocol, which can be performed in an undivided cell setup to enable access to different halogenated N-aryl amide, carbamate and urea derivatives in good to excellent yields from the corresponding aromatic amine and acid halide or chloroformate reagents. Remarkably, the developed protocol operates efficiently at room temperature without the need of any additional additives, catalysts or supporting electrolytes besides the two working electrodes. Furthermore, this methodology demonstrated an excellent substrate scope and functional group tolerance, allowing structurally-complex pharmaceutical compounds to be used as substrates with good results. Another strength of this protocol is that it can be applied to in situ generated acid halides, which opens up the opportunity to use the more expansive commercial portfolio of carboxylic acid reagents as starting points for this electrochemical cascade. We are now focused on identifying new applications for this novel synthetic approach, with a particular emphasis on extending it to other types of halogenations.