This repository contains Proof of Concepts (POCs) created by the author for various projects and blogs. The first POC is ImpersonateLoggedOnUser, which steals a token from a targeted process and sets it to the current thread. The second POC is SetThreadToken, which also steals a token from a targeted process and sets it to the current thread. The third POC is NtfsControlFile, which performs named pipe impersonation by creating a named pipe.

The repository provides a comprehensive set of POCs that can be used to test various security scenarios. The ImpersonateLoggedOnUser and SetThreadToken POCs are used to steal tokens from a targeted process and set them to the current thread. This allows the user to gain access to the target process and its resources. The NtfsControlFile POC is used to perform named pipe impersonation by creating a named pipe. This allows the user to gain access to the target process and its resources without having to authenticate.

The repository provides a useful set of POCs that can be used to test various security scenarios. The ImpersonateLoggedOnUser and SetThreadToken POCs are useful for stealing tokens from a targeted process and setting them to the current thread. This allows the user to gain access to the target process and its resources. The NtfsControlFile POC is useful for performing named pipe impersonation by creating a named pipe. This allows the user to gain access to the target process and its resources without having to authenticate.

Overall, the repository provides a comprehensive set of POCs that can be used to test various security scenarios. The ImpersonateLoggedOnUser and SetThreadToken POCs are useful for stealing tokens from a targeted process and setting them to the current thread. The NtfsControlFile POC is useful for performing named pipe impersonation by creating a named pipe. These POCs can be used to test various security scenarios and gain access to the target process and its resources. With these POCs, users can gain access to the target process and its resources without having to authenticate.

In conclusion, the repository provides a comprehensive set of POCs that can be used to test various security scenarios. These POCs can be used to gain access to the target process and its resources without having to authenticate. The repository provides a useful set of POCs that can be used to test various

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👉🏽 security scenarios, including stealing tokens and performing named pipe impersonation.

🔗 source link: https://github.com/jsecurity101/RandomPOCs

🔗 summarized content: undefined

#POCs #security #impersonation #namedpipe #accessibility