- #Prodiscover basic run as administrator how to
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- #Prodiscover basic run as administrator windows
In the message box prompting you to verify the checksum, click Yes. pds extension might not be displayed), and then click Open.
#Prodiscover basic run as administrator windows
Click GCFI-NTFS.pds (in Windows Vista, the. Because this image file is segmented, ProDiscover needs the. In the tree view, click to expand Add, and then click Image File.
In the Description text box, type suspected of industrial espionage at Superior Bicycles, and then click OK. Enter C9Prj03 for the project number and Chris Murphy for the project filename. Start ProDiscover Basic with the Run as administrator option (if you’re using Vista), and start a new project. You should have completed Hands-On Project 9-2 before beginning this one. Activity 3: In this project, you search the GCFI-NTFS drive image that belonged to Chris Murphy. After you have verified all the files, make a note in your log listing the files you examined and their hash values, and then exit Hex Workshop. Repeat Steps 3 through 5 for each remaining GCFI-NTFS file. When the checksum process is finished, check the MD5 hash value in Hex Workshop’s lower-right pane, and compare it to the one in the document you printed in Step 1. In the Select Algorithms list box, click MD5, and then click the Generate button. Click Tools, Generate Checksum from the menu. In Hex Workshop, open GCFI-NTFS.eve from your work folder.
#Prodiscover basic run as administrator how to
Read this document, which tells ProDiscover how to reassemble the image file from the segments. Start Notepad, and open GCFI-NTFS.pds (included with the GCFI-NTFS image files). Print the file so that you can compare it with your results later in this project, and then exit Word. Start Microsoft Word, and open the GCFI-NTFS hash values.doc file from your work folder. You need at least 9 GB of storage space for these files. Extract them to your work folder, if necessary. You use the GCFI-NTFS image files for this project, which consist of several. Chris Murphy, a Superior Bicycles employee suspected of industrial espionage, had a Windows XP system formatted in NTFS that was seized as part of the investigation. Activity 2: In this project, you validate the files used in Hands-On Projects 9-3 and 9-4. Leave Hex Workshop running for the next project. Write a short paper stating whether you think this method is a reliable one for encrypting. Attempt to undo the procedure by working in reverse, as in Step 9. If you’re prompted to create a backup, click Yes. Save the file as correspondence2.txt in your work folder. Open the file again in Hex Workshop, and repeat Steps 7 and 8. In a normal (nonrotated) shift operation, the bits that fall off one end of the number when it’s rotated are discarded therefore, the original data is lost or modified. Attempt to reverse the procedure by doing the following: Click Block Shift Right, click Shift Left twice, and click OK as needed. Finally, click the Block Shift Left button.
Click the Shift Right button and click OK twice, noting how the data is being treated. In this way, no bits are lost, and the process can be reversed to restore the original message. In a rotated shift operation, the bits that “fall off” one end of the number as it’s rotated appear on the other end of the number. The file should return to its original form. In the Rotate Left Operation dialog box, make sure the same setting is listed in the Treat Data As text box as for the Rotate Right operation, and then click OK. Write down which one it is (assuming little endian is the byte ordering), and then click OK.Click the Rotate Left button. As shown in the Operand section of the Rotate Right Operation dialog box, the data can be treated as an 8-, 16-, 32-, or 64-bit unsigned long.
We do not want the competition to be able to read it if they intercept the message.Save the file as correspondence.txt in your work folder, and then exit Notepad.Start Hex Workshop, and open the correspondence.txt file.Click the Rotate Right button. Start Notepad and type the following in a new text document: This document contains very sensitive information.
#Prodiscover basic run as administrator download
Download the necessary image file from the following link: Activity 1: In this project, you perform bit-shifting on a file and verify that the file can be restored.
#Prodiscover basic run as administrator software
You will find these software under “Software for Labs” folder in Moodle. Description of the laboratory exercise: In this lab, you will use Sleuth Kit and Autopsy. Submission on Moodle is mandatory as an evidence of participation. Total Marks = 10 marks for 10 weeks (DIT and BNet) = 5 marks for 10 weeks (GDNet and MNet) Marks will be given only to students who attend and participate during 2 hours laboratory class. BN309 Computer Forensics Laboratory 10 and 11: Digital Forensics Analysis and Validation Submission Due: End of laboratory class, submit the file on Moodle at least 10 minutes before the end of laboratory class.
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