#What is windows logger keygen#
For example, if the Foo service thread creates an RPC worker thread (note: RPC worker threads don’t use the thread pool mechanism more on that later), that thread will have the Service Tag of the Foo service. This tag will then be propagated to every thread created by the main service thread. Then, at service creation time, the tag is assigned to the TEB of the main service thread. When each service is registered on a machine running Windows Vista or later, the Service Control Manager (SCM) assigns a unique numeric tag to the service (in ascending order). Phant0m uses two different options to detect and kill the threads of the Event Log service. For more information Detecting and Killing Threads # define KILL_WITH_T2 0 // If you set it to 1, Technique-2 will be use. # define KILL_WITH_T1 1 // If you set it to 1, Technique-1 will be use. TID detection and kill techniques configuration section. (Do not set all values at the same time, set only the one technique you want.) With which method you want Phant0m to detect the Process ID of the Event Log service, change the following lines in the main.cpp file.įor example, if you want the Process ID to be detected via SCM, you should edit it as follows. The first is to detect via the SCM (Service Control Manager) and the second is to detect via WMI (Windows Management Instrumentation). Phant0m uses two different options to detect the Process ID of the Event Log service. Thus, while the Event Log service appears to be running in the system (because Phant0m didn't kill process), it does not actually run (because Phant0m killed threads) and the system does not collect logs. Phant0m targets the Event Log service and finding the process responsible for the Event Log service, it detects and kills the threads responsible for the Event Log service. This means briefly that On Windows operating systems, svchost.exe manages the services and services are actually running under svchost.exe’s as threads. Grouping multiple services into a single process conserves computing resources, and this consideration was of particular concern to NT designers because creating Windows processes takes more time and consumes more memory than in other operating systems, e.g. Svchost is essential in the implementation of so-called shared service processes, where a number of services can share a process in order to reduce resource consumption.
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