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Like light, gravitational waves can be gravitationally lensed by massiveobjects along their travel path. Strong lensing produces several images fromthe same binary coalescence and is forecasted to have a promising rate inground-based gravitational detectors. To search for this effect in the data,one would, in principle, have to analyze all the possible combinations of theindividual detected events, whose number will be ever-increasing. To keep upwith the rising computational cost, we propose a fast and precise methodologyto analyze strongly-lensed gravitational wave events. The method works byeffectively using the posterior of the first image as prior for the secondimage. Thanks to its increased speed tractability, this method enables thejoint analysis of more than two images. In addition, it opens the door to newstrong lensing studies where a large number of injections is required.

GOLUM: A fast and precise methodology to search for, and analyze, strongly lensed gravitational-wave events