The result of the collaborative effort led to the development of a simple set of electrolytic conditions to furnish a range of C(sp 2 )-C(sp 3 ) coupled products from readily available RAE and (hetero)aryl halides. The reaction tolerates molecular oxygen (air) and both electron-rich and electrondeficient (hetero)aryl halides as suitable coupling partners, including those that bear sensitive and oxidizable functionalities such as Lewis basic heteroatoms. Despite the perceived challenges of setting up electrochemical reactions, the robust nature of the coupling permitted a simple dump-and-stir procedure. Additionally, relying on electric current to propagate the Ni-cycle allowed the reaction to be complete within 2 hours in contrast to the typical >24-hour reaction times found in most photochemical variants. While mostly efficacious using aryl iodides and bromides, some electron-deficient aryl chlorides were found suitable as well. Furthermore, by leveraging a recirculating flow reactor, some reactions were performed on decagram scale. The process is also amenable to parallel library synthesis using the IKA E-Hive setup, a commercial medium throughput electrochemical reactor. Despite the expanded scope of decarboxylative arylation, limitations include the poor reactivity of electron-rich aryl bromides and RAEs derived from tertiary carboxylic acids.