Final answer:
NTFS handles sparse files by only allocating space for actual data, not large sections of zeros. This allows for efficient storage use but can make forensic analysis and data recovery more difficult due to the discrepancy between physical and logical file size. The statement provided is inaccurate. The correct option would be: a) Actually does not save
Step-by-step explanation:
The statement that NTFS allows storage of sparse files without large groups of zeros being stored as zeros, making forensics of sparse files difficult suggests that NTFS (New Technology File System) is a file system that is designed to handle sparse files efficiently.
A sparse file is a type of computer file that attempts to use file system space more efficiently by only allocating blocks for the parts that contain actual data. This means that large sections of zeros in the file are not stored on disk, which leads to space savings.
However, from a forensics perspective, this can be challenging because the actual physical size (on disk) of the file may not accurately reflect its logical size (the size it appears to be when fully expanded), potentially making it more difficult to analyze and recover data for investigative purposes.
NTFS (New Technology File System) is a file system used by Windows operating systems. It allows for the storage of sparse files without occupying large amounts of disk space with groups of zeros.
However, this feature of NTFS can pose challenges for forensic analysis of sparse files as it can make it difficult to identify and recover the actual data stored within the file.
The statement provided is inaccurate. The correct option would be: a) Actually does not save