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3. On the Preparing Drive For BitLocker page, click Continue. The BitLocker Drive Preparation Tool shrinks your C drive and then creates a new S partition, marks it active, and copies the necessary files to the new S partition. 4. Click Finish. 5. Click Restart Now to restart your computer. Now the computer has a small boot partition separate from the system partition that meets the disk partitioning requirements for BitLocker.
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How to Use BitLocker with TPM Hardware
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If available, BitLocker seals the symmetric encryption key in a Trusted Platform Module (TPM) 1.2 chip (available in some newer computers). If the computer does not have a TPM chip, BitLocker stores the encryption key on a universal serial bus (USB) flash drive that must be provided every time the computer starts or resumes from hibernation. Many TPM-equipped computers have the TPM chip disabled in the basic input/output system (BIOS). Before you can use it, you must enter the computer s BIOS settings and enable it. After you enable the TPM chip, BitLocker will perform the TPM initialization automatically. To allow you to manually initialize TPM chips and turn them on or off at the operating system level, Windows Vista includes the TPM Management snap-in, as shown in Figure 7-8. To use it, open a blank MMC console and add the snap-in.
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Figure 7-8
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Using the TPM Management snap-in to manually initialize a TPM
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BitLocker initializes a TPM by itself
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Because BitLocker handles the TPM initialization for you, the TPM Management snap-in is not discussed further in this book.
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BitLocker has two modes available on computers with TPM hardware:
TPM only This mode is transparent to the user, and the user logon experience is exactly
the same as it was before BitLocker was enabled. During startup, BitLocker communicates with the TPM hardware to validate the integrity of the computer and operating system. However, if the TPM is missing or changed, if the hard disk is moved to a different computer, or if critical startup files have changed, BitLocker will enter recovery mode. In recovery mode, the user needs to enter a 40-digit recovery key or insert a USB flash drive with a recovery key stored on it to regain access to the data. TPM only mode provides protection from hard-disk theft with no user training necessary. n TPM with startup key In this mode, TPM performs the same integrity checks as TPM only mode but also requires the user to provide a startup key to log on to the computer. A startup key can either be physical (a USB flash drive with a machine-readable key written to it) or personal (a password set by the user). This provides protection from both hard-disk theft and stolen computers (assuming the computer was shut down or locked); however, it requires some effort from the user. When TPM hardware is available, BitLocker validates the integrity of the computer and operating system by storing measurements of various parts of the computer and operating system in the TPM chip. In its default configuration, BitLocker instructs the TPM to measure
7
Authenticating, Authorizing, and Auditing Access to Resources
the master boot record, the active boot partition, the boot sector, the Windows Boot Manager, and the BitLocker storage root key. Each time the computer is booted, the TPM computes the SHA-1 hash of the measured code and compares this to the hash stored in the TPM from the previous boot. If the hashes match, the boot process continues; if the hashes do not match, the boot process halts. At the conclusion of a successful boot process, the TPM releases the storage root key to BitLocker; BitLocker decrypts data as Windows reads it from the protected volume. Because no other operating system can do this (even an alternate instance of Windows Vista), the TPM never releases the key, and therefore, the volume remains a useless encrypted blob. Any attempts to modify the protected volume will render it unbootable.
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