In Windows 10, do this by right clicking on the file and choosing Burn disc image. To create the Recovery Disk simply locate the bootg.iso file on a machine that is running the same release of Encryption Desktop as the machine that has problems and burn the ISO to optical media. Note that if a machine can already load bootguard but you cannot authenticate, it is unlikely that the Recovery Disk will be of any help.
The Recovery Disk allows you to do the following: In System Summary, check that the value of BIOS Mode is Legacy. To determine if you are using Legacy BIOS, run msinfo32 or click on Control Panel / System and Security / Administrative Tools / System Information. The Recovery Disk can only be used on machines running legacy BIOS ( not UEFI). The bootable USB media or Drive Encryption command line tool will decrypt a disk many times faster than the Recovery Disk. Please therefore only use it to decrypt a drive as a last resort. The rate of decryption is approximately 9 GB per hour which means it will take about 28 hours to decrypt a 250 GB drive. The Encryption Desktop Recovery Disk has the same functionality as the bootable USB media but it is extremely slow for decrypting a drive. If you do not have access to the WinPE recovery media, you can create bootable USB media. Using the command line tool you can, for example, authenticate to the drive and copy important files from it. The recommended method of recovering an encrypted drive is to create Windows 10 WinPE recovery media because it boots to a command prompt and allows you to run PGPwde.exe, the Drive Encryption command line tool. If a machine fails to load Windows or Encryption Desktop Drive Encryption bootguard (pre-boot) fails to load, you will need to decrypt the drive.
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