Halogen‐mediated Electrochemical C−N Bond Construction of Amine

Organic electrochemical synthesis stands out for its environmentally friendly and efficient characteristics. Among these approaches, halogen‐mediated indirect electrosynthesis has gained significant attention as an efficient strategy for C−N bond formation, widely applied in the synthesis of nitrogen‐containing compounds. This review highlights recent advances in direct C−N bond formation processes for various amines under halogen‐mediated electrosynthetic conditions. The features, scope, limitations, and proposed mechanisms of these transformations are discussed in detail. We aim to provide insights into expanding the applicability of halogen‐mediated electrosynthesis, contributing to the development of sustainable synthetic methodologies.