Cyclobutanes are one of the most fundamental strained four-member ring structural motifs in natural products, materials science, biologically active compounds, and the pharmaceutical industry. This includes the boroncontaining cyclobutane rings, which have increasingly attracted attention as appealing building blocks for synthetic organic chemistry, because they provide opportunities for further modifications of the cyclobutyl moiety, including introducing this motif into complex important structures. While numerous approaches have been devised for the synthesis of cyclobutylboronic derivatives, strategies for constructing cyclobutanes with even higher boryl content e.g. with geminated-di-, tri-, and tetra-boryls have been seldom reported. Yet, establishing an efficient pathway to these novel motifs is anticipated to reshape the landscape of cyclobutane construction and broaden their applications significantly by enabling the selective modification of the multiple versatile C-B bonds within these structures.