Skip to main content

Recover Deleted Files on an NTFS Hard Drive from a Ubuntu Live CD

Accidentally deleting a file is a terrible feeling. Not being able to boot into Windows and undelete that file makes that even worse. Fortunately, you can recover deleted files on NTFS hard drives from an Ubuntu Live CD.

To show this process, we created four files on the desktop of a Windows XP machine, and then deleted them. We then booted up the same machine with the Bootable Ubuntu USB Flash Drive.

Once Ubuntu 9.10 boots up, open a terminal by clicking Applications in the top left of the screen, and then selecting Accessories > Terminal.

sshot-1
To undelete our files, we first need to identify the hard drive that we want to undelete from. In the terminal window, type in:
sudo fdisk –l
and press enter.



What you’re looking for is a line that ends with HPSF/NTFS (under the heading System). In our case, the device is “/dev/sda1”. This may be slightly different for you, but it will still begin with /dev/. Note this device name.

If you have more than one hard drive partition formatted as NTFS, then you may be able to identify the correct partition by the size. If you look at the second line of text in the screenshot above, it reads “Disk /dev/sda: 136.4 GB, …” This means that the hard drive that Ubuntu has named /dev/sda is 136.4 GB large. If your hard drives are of different size, then this information can help you track down the right device name to use. Alternatively, you can just try them all, though this can be time consuming for large hard drives.

Now that you know the name Ubuntu has assigned to your hard drive, we’ll scan it to see what files we can uncover.

In the terminal window, type:
sudo ntfsundelete
and hit enter. In our case, the command is:
sudo ntfsundelete /dev/sda1


The names of files that can recovered show up in the far right column. The percentage in the third column tells us how much of that file can be recovered. Three of the four files that we originally deleted are showing up in this list, even though we shut down the computer right after deleting the four files – so even in ideal cases, your files may not be recoverable.

Nevertheless, we have three files that we can recover – two JPGs and an MPG.

Note: ntfsundelete is immediately available in the Ubuntu 9.10 Live CD. If you are in a different version of Ubuntu, or for some other reason get an error when trying to use ntfsundelete, you can install it by entering “sudo apt-get install ntfsprogs” in a terminal window.

To quickly recover the two JPGs, we will use the * wildcard to recover all of the files that end with .jpg.

 In the terminal window, enter
sudo ntfsundelete –u –m *.jpg
which is, in our case,
sudo ntfsundelete /dev/sda1 –u –m *.jpg

Hopefully you won’t need to use this tip, but if you do, ntfsundelete is a nice command-line utility. It doesn’t have a fancy GUI like many of the similar Windows programs, but it is a powerful tool that can recover your files quickly.



Comments

Popular posts from this blog

Session Messenger----Best Secure Messaging App

  Session is fundamentally different than most other secure messaging services. Conversations in Session are secured using  client-side E2E encryption . Only the sender and the recipient of a message can read it. But Session goes beyond providing message security. Session also  protects the identities  of its users. It makes your communications private and anonymous, as well as secure. Session can do this because it  connects users  through a  Tor -like network of thousands of  Service Nodes . Service Nodes are servers that pass messages back and forth through the network as well as provide additional services. The  onion request  system that Session uses to protect messages ensures that no Service Node in the network ever knows both a message’s origin (your IP address) and destination (the recipient’s IP address). This allows you to  hide your IP  by default. Session takes a number of additional steps to protect your identity: No phone number is required for registration No email is r

Tiny 11 - A Lightweight Windows 11 that can run on 2GB RAM and requires less harddisk space.

  In terms of Windows 11, its   system requirements   are high since this system requires at least 4GB RAM, 64GB storage space, enabled TPM & Secure Boot, a high CPU (1 GHz or faster with 2 or more cores on a compatible 64-bit processor), etc. compared to any old Windows operating systems. If you have an old or lower-end PC, Windows 11 is not a good option to install since many issues like random crashes, blue screen errors, etc. could appear on the unsupported hardware. Overview of Tiny11 If you want to run Windows 11 on your old computer with low RAM and disk space, Tiny11 appears in public. It is a project from NTDev and Tiny11 is a Windows 11 tiny edition. This edition is based on Windows 11 Pro 22H2 and includes everything you need for a comfortable computing experience since this tool doesn’t have the bloat and clutter of a standard Windows installation. Tiny11 Requirements In terms of Tiny11 requirements, a scant 8GB of storage and just 2GB of RAM are required and Windows 11

Linuxfx 10 : A Windows-Like Linux Distro

The idea of Linuxfx is to make it easier for people who are migrating from Windows 7. People who are dissatisfied with the lack of security and stability of Windows 10 are also fit for Linuxfx. LinuxFX Desktop : Apart from Windows-like looks, Linuxfx also has more to offer which a regular user will definitely admire. So, let’s get along with me to know more about Windows alternative Linuxfx. As usual, I started by downloading the ISO image of Linuxfx from the official site  here . Then, instead of dual-booting, I decided to install it on my VirtualBox to play safely. After finishing the basic configuration, as soon as I booted it, I noticed a Windows logo and system integrity check. That’s quite surprising because every Linux distro puts their own or OEM logo on that place. But I think Linuxfx wants to make migrating users feel like home from the beginning. Entering the boot menu, Linuxfx redirected and logged in to a live session. Whoah! it can also detect the system I’m using — anoth