symmetric key, and then a public/private key is used to encrypt the symmetric key.
34. The device that reads and writes data to a disk drive.
35. The file system that Microsoft created to replace FAT. It uses security features, allows smaller cluster sizes, and uses
Unicode, which makes it a more versatile system.
36. A file that specifies the Windows path installation and a variety of other startup options.
37. A device driver that allows the OS to communicate with SCSI or ATA drives that aren’t related to the BIOS.
38. Information contained in ROM that a computer accesses during startup; this information tells the computer how to
access the OS and hard drive.
39. A 16-bit program that identifies hardware components during startup snd sends the information to Ntldr.
40. The original Microsoft file structure database. It’s written to the outermost track of a disk and contains information
about each file stored on the drive. PCs use this to organize files on a disk so that the OS can find the files it needs.
41. Describe both ways in which file or folder information is typically stored in an MFT record.
42. What is a partition gap, and how might it be used to hide data?
43. Compare the methods for deleting NTFS files.
44. Why are alternate data streams of particular interest when examining NTFS disks?
45. What does the $Secure metadata file contain?
46. When Microsoft introduced Windows 2000, it added optional built-in encryption to NTFS called Encrypting File
System (EFS). Explain how EFS works.
47. With the release of Windows Server 2012, Microsoft created a new file system: Resilient File System (ReFS). State
the features that are incorporated into ReFS‘s design.
48. Explain the difference between logical addresses and physical addresses in Microsoft file structures.
49. Describe the three current versions of FAT.
50. To help prevent loss of information, software vendors, including Microsoft, now provide whole disk encryption. This
feature creates new challenges in examining and recovering data from drivers. What are four features offered by whole
disk encryption tools that forensics examiners should be aware of?