and DATA partitions are even more important. I don't know how MalWare would make this partition any more important that a BOOTable OS set. That said, when Windows does its semi-annual update (ie, 21H1 to 21H2 for example), it will most likely create a new RECOVERY partition in the process, especially if it doesn't find one large enough to contain the new changes. Many users who use imaging don't even capture the RE environment. The RECOVERY environment doesn't keep Windows from running, it just provides various options when trying to troubleshoot a Windows System. unless it's been deactivated and/or uninstalled AND reBOOTed before the image is taken. I don't know RBrx's current implementation with UEFI Systems so I wouldn't count on any Backup Suite returning it to normal when an image is restored. but it's not at the top of my head at the moment.Ĭoupla things. There is a way, using your LIVE OS, to determine which one is the real one. In almost all cases, the currently active RECOVERY PARTITION (if the above process occurred) will be the one that is located right after your OS partition. but be careful and make sure you select the right one. You can fix this by deleting the inactive RECOVERY PARTITION. Since Hasleo can't figure out which one is the real RECOVERY PARTITION, it selects neither when doing a System Backup. At that point the old RECOVERY PARTITION becomes abandoned by the OS but remains on your System, useless at this point. When this happens, M$ shrinks your OS partition and creates a new RECOVERY PARTITION with the freed space and registers that as such within your System. The only time I've ever seen what you describe is when a System has applied a MicroSloth (M$) update which required the making of a new RECOVERY PARTITION. When doing the initial System Backup, the single RECOVERY PARTITION is always selected.
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