carbon center at the C2 position of indole has long been an elusive problem in organic synthesis. Herein, by employing a rationally designed hydrogen‐bonding network activation strategy, for the first time, 2,2′‐pyrrolidinyl‐spirooxindole, which is a valuable and prevalent indole alkaloid scaffold, was directly obtained through a catalyticasymmetric [3+2] cycloaddition reaction with high yields and excellent