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Learn about the computer SID problem everybody has been talking about and get a free computer SID changer Many organizations use disk image cloning to perform mass rollouts of Windows. This technique involves copying the disks of a fully installed and configured Windows computer onto the disk drives of other computers. These other computers effectively appear to have been through the same install process, and are immediately available for use.
While this method saves hours of work and hassle over other rollout approaches, it has the major problem that every cloned system has an identical Computer Security Identifier (SID). This fact compromises security in Workgroup environments, and removable media security can also be compromised in networks with multiple identical computer SIDs.
Demand from the Windows community has lead Symantec and Altiris to develop programs that can change a computers SID after a system has been cloned. However, Symantecs SID Changer andSymantecs Ghost Walker are only sold as part of each companys high-end product. Further, they both run from a DOS command prompt (Altiris changer is similar to NewSID).
NewSID is a program we developed that changes a computers SID. It is free, comes with full source, and is a Win32 program, meaning that it can easily be run on systems that have been previously cloned. NewSID works on Windows NT 4, Windows 2000, Windows XP and Windows .NET Server.
One of the most popular ways of performing mass Windows rollouts (typically hundreds of computers) in corporate environments is based on the technique of disk cloning. A system administrator installs the base operating system and add-on software used in the company on a template computer. After configuring the machine for operation in the company network, automated disk or system duplication tools (such as Symantecs Ghost, PowerQuests Image Drive, Altiris RapiDeploy , and Innovative Softwares ImageCast) are used to copy the template computers drives onto tens or hundreds of computers. These clones are then given final tweaks, such as the assignment of unique names, and then used by company employees.
Another popular way of rolling out is by using the Microsoft sysdiff utility (part of the Windows Resource Kit). This tool requires that the system administrator perform a full install (usually a scripted unattended installation) on each computer, and then sysdiff automates the application of add-on software install images.
Because the installation is skipped, and because disk sector copying is more efficient than file copying, a cloned-based rollout can save dozens of hours over a comparable sysdiff install. In addition, the system administrator does not have to learn how to use unattended install or sysdiff, or create and debug install scripts. This alone saves hours of work.
NewSID is an application we developed to change a computers SID. It first generates a random SID for the computer, and proceeds to update instances of the existing computer SID it finds in the Registry and in file security descriptors, replacing occurrences with the new SID. NewSID requires administrative privileges to run. It has two functions: changing the SID, and changing the computer name.
To use NewSIDs auto-run option, specify "/a" on the command line. You can also direct it to automatically change the computers name by including the new name after the "/a" switch. For example:
newsid /a [newname]
Would have NewSID run without prompting, change the computer name to "newname" and have it reboot the computer if everything goes okay.
NewSID starts by reading the existing computer SID. A computers SID is stored in the Registrys SECURITY hive under SECURITYSAMDomainsAccount. This key has a value named F and a value named V. The V value is a binary value that has the computer SID embedded within it at the end of its data. NewSID ensures that this SID is in a standard format (3 32-bit subauthorities preceded by three 32-bit authority fields).
Next, NewSID generates a new random SID for the computer. NewSIDs generation takes great pains to create a truly random 96-bit value, which replaces the 96-bits of the 3 subauthority values that make up a computer SID.
Three phases to the computer SID replacement follow. In the first phase, the SECURITY and SAM Registry hives are scanned for occurrences of the old computer SID in key values, as well as the names of the keys. When the SID is found in a value it is replaced with the new computer SID, and when the SID is found in a name, the key and its subkeys are copied to a new subkey that has the same name except with the new SID replacing the old.
The final two phases involve updating security descriptors. Registry keys and NTFS files have security associated with them. Security descriptors consist of an entry that identifies which account owns the resource, which group is the primary group owner, an optional list of entries that specify actions permitted by users or groups (known as the Discretionary Access Control List - DACL), and an optional list of entries that specify which actions performed by certain users or groups will generate entries in the system Event Log (System Access Control List - SACL). A user or a group is identified in these security descriptors with their SIDs, and as I stated earlier, local user accounts (other than the built-in accounts such as Administrator, Guest, and so on) have their SIDs made up of the computer SID plus a RID.
The first part of security descriptor updates occurs on all NTFS file system files on the computer. Every security descriptor is scanned for occurrences of the computer SID. When NewSID finds one, it replaces it with the new computer SID.
The second part of security descriptor updates is performed on the Registry. First, NewSID must make sure that it scans all hives, not just those that are loaded. Every user account has a Registry hive that is loaded as HKEY_CURRENT_USER when the user is logged in, but remains on disk in the users profile directory when they are not. NewSID identifies the locations of all user hive locations by enumerating the HKEY_LOCAL_MACHINESoftwareMicrosoftWindows NTCurrentVersionProfileList key, which points at the directories in which they are stored. It then loads them into the Registry using RegLoadKey under HKEY_LOCAL_MACHINE and scans the entire Registry, examining each security descriptor in search of the old computer SID. Updates are performed the same as for files, and when its done NewSID unloads the user hives it loaded. As a final step NewSID scans the HKEY_USERS key, which contains the hive of the currently logged-in user as well as the .Default hive. This is necessary because a hive cant be loaded twice, so the logged-in user hive wont be loaded into HKEY_LOCAL_MACHINE when NewSID is loading other user hives.
Finally, NewSID must update the ProfileList subkeys to refer to the new account SIDs. This step is necessary to have Windows NT correctly associate profiles with the user accounts after the account SIDs are changed to reflect the new computer SID.
NewSID ensures that it can access and modify every file and Registry key in the system by giving itself the following privileges: System, Backup, Restore and Take Ownership.

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