![]() You can perform any operation on mounted encrypted drives that you would on normal drives (such as defrag, etc.). Your encrypted disks, in other words, will be as fast as regular disks for all practical purposes. You can disable caching if you want and of course you can clear all passwords from the cache at will. Caching passwords: if you have this enabled, entering a password once will cache it in kernel memory so that it mounts automatically on next insert, which is really cool.DiskCryptor can also be integrated into a BartPE bootable Livedisk instructions here. Booting encrypted drives: fully support bootings encrypted system partitions (including support for different multi-boot scenarios).To use an encrypted flash drive or CD on, say, your work and home computers, you need to install the program in both places. Mounting encrypted drives: DiskCryptor has to be running in memory.If you want to encrypt system/bootable partitions you have to either wait for a future version, use a bootable CD (such as BartPE), or … use TrueCrypt. Although it is designed to encrypt bootable system partitions, the version I tested (0.8.548.97) has a known limitation in that the partition will not boot after encryption.Although I personally think this feature is unimportant. ![]()
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