Convert Kaspersky Serial Number To Key File
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The Persistence Mechanism developed by the company CCN (compute-complex-network GmbH) is a fork of the VxStor persistence mechanism. It is a very efficient (and free, unlike VxStor) technique. The persistence mechanism is shipped as a desktop application and converts the 32 byte volume serial number into an easy to use format that allows the user to automate all the steps the malware developer has taken to create the initial persistence string. The same mechanism is also used by the company Milw0rm (which successfully disclosed what appears to be the largest number of Windows zero-day vulnerabilities in the last ten years, whereby companies and agencies pay him to help them secure their systems). convert kaspersky serial number to key file Figure 6 shows the dialog box where the user specifies an input file as an archive (just like the previous files) and the output file. Figure 6 shows the dialog box where the user may want to generate a new format for the user defined file and generate a new key.
A step or two later, the persistance mechanism asks the user if he wants to generate a new key for a "decrypted" file. The user is prompted with the dialog box from Figure 4, now simply titled "Generate key". By default, a new key is generated – this is what leads to the generated The user may select to retry several older keys or to generate a new key with a default value of 0. The user is then prompted with the file chooser shown in Figure 7 displaying the three option he selected.
In order to decrypt files, the sample decompresses the PE it downloads using a built-in PE viewer, then stores the module in a sub-folder/file named after the module name received as parameter (samples files are stored in
The sample then determines the PE header size and decrypts the PE. Depending on the exact version, it then searches for the first DWORD-sized section called Agadata or Stags, containing the Module Start Address and the virtual Address of the CRAM file that contains the decrypted key. As we see in Figure 3, the virtual address is based on the key which makes it possible for the malware to decrypt the decrypted key in the RAM. Once decrypted, the key is written to disk as a PE file and the main loop starts with the next volume serial number, which is detailed in Figure 1. d2c66b5586