A method of wireless communication, comprising: receiving, at a user equipment, UE, a redirection command from a serving cell of a serving radio access technology, RAT, the redirection command including a list of current neighbor frequencies corresponding to current neighbor cells of the serving cell, the current neighbor cells being cells of a neighbor RAT, the neighbor RAT being a RAT neighbouring the serving RAT; storing, by the UE, redirection results, the redirection results being the results of attempted redirections by the UE from each of a number of previous serving cells to each of a number of previous neighbouring cells, the previous serving cell being cells that previously served the UE and the previous neighbouring cells being cells that neighboured the respective previous serving cell, the stored redirection results each comprising an unsuccessful redirection, a successful redirection with location area update or a successful redirection without location area update; determining, by the UE, whether a cell identification for the serving cell and a stored serving cell identification of a previous serving cell are matched; determining, by the UE, stored redirection results for the redirection from a previous serving cell, where the previous serving cell is determined to match the current serving cell, to a previous neighbor cell, where the previous neighbor cell corresponds to a current neighbor cell; selecting, by the UE, at least one current neighbor cell for power scan and/or synchronization channel decoding procedures based on the determined stored redirection results, to enable selection of one of the current neighbor cells to redirect the UE, based on the results of the power scan and/or synchronization channel decoding procedures. receiving, at a user equipment, UE, a redirection command from a serving cell of a serving radio access technology, RAT, the redirection command including a list of current neighbor frequencies corresponding to current neighbor cells of the serving cell, the current neighbor cells being cells of a neighbor RAT, the neighbor RAT being a RAT neighbouring the serving RAT; storing, by the UE, redirection results, the redirection results being the results of attempted redirections by the UE from each of a number of previous serving cells to each of a number of previous neighbouring cells, the previous serving cell being cells that previously served the UE and the previous neighbouring cells being cells that neighboured the respective previous serving cell, the stored redirection results each comprising an unsuccessful redirection, a successful redirection with location area update or a successful redirection without location area update; determining, by the UE, whether a cell identification for the serving cell and a stored serving cell identification of a previous serving cell are matched; determining, by the UE, stored redirection results for the redirection from a previous serving cell, where the previous serving cell is determined to match the current serving cell, to a previous neighbor cell, where the previous neighbor cell corresponds to a current neighbor cell; selecting, by the UE, at least one current neighbor cell for power scan and/or synchronization channel decoding procedures based on the determined stored redirection results, to enable selection of one of the current neighbor cells to redirect the UE, based on the results of the power scan and/or synchronization channel decoding procedures.