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![]() SmartMount is a utility that allows you to mount filesystems contained in logical and physical disk image files. It automatically detects the partitions and filesystems in your images. Simply point and click the volume(s) you wish to mount. It's that easy!
Filesystems mounted in SmartMount behave just like regular volumes.
They are assigned a drive letter in Windows and a filesystem mountpoint
in Linux. You can browse these volumes in your favorite GUI environment
using any tools you like.
Multiple layers of write-protection ensure that the data in your image
files will not be modified. SmartMount provides a protected read/write
mount mode, writes are
redirected to a separate overlay file. Changes made in past SmartMount
sessions can be included by reusing an overlay file. Overlay files can
also help you detect and isolate changes made while the image is booted
in a virtual machine. Overlay files also allow you to repair
corrupted file systems within images, remove and reset passwords within
images, boot images in a virtual environment and much more. SmartMount
automatically recognizes and supports many common disk
image formats. Even if you have an EnCase/Expert Witness image made up
of 300 segment files, SmartMount makes it easy. What's more, SmartMount
allows other applications to access the image data even if those
applications don't support split images or special formats. There is no
need to waste time and storage space re-imaging your data! Just
fire up
SmartMount and within seconds your image data is unlocked and ready to
use with any application that supports dd-style images (in Linux) or
can operate on a drive letter (in Windows). When
used in conjunction with the "Study" feature, SmartMount in linux
mounts a "forensic" read-only filesystem that contains active files,
deleted files, orphaned filesystem objects and unallocated space.
This mountpoint can be shared / exported to the entire network and even
re-imaged. This means that studied filesystems no longer require
a forensic tool, dongle or specialized (expensive) tools or training
for anyone to review. Studied
filesystems may also be mounted without the underlying image
data. This is huge in matters involving title 18 materials,
redactions and intellectual property concerns. This approach is
extremely efficient for performing numerous types of investigations and
analyses on large servers, cloud based filesystems, multi-terabyte SANs
and many other systems that have been challenging or unavailable using
traditional approaches. What
disk image formats are supported? What
partitioning schemes are supported? What
filesystem types are supported? |
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