This module exploits a high-severity vulnerability in Windows File Explorer. The exploit works by creating a specially crafted .lnk (shortcut) file that, when placed in a folder viewed by a victim, forces the system to automatically connect to an attacker-controlled SMB server. This connection happens without any user interaction and results in the victim's NTLM hash being sent to the attacker. It is possible to use tools like "John the Ripper" to attempt decrypting the original password associated with the hash.

The vulnerability relates to the use of Windows .URL files to execute a remote binary via a UNC path. When the targeted user opens or previews the .URL file (for example, from an email), the system attempts to access the specified path (for example, a WebDAV or SMB share), resulting in the execution of arbitrary code.

This module exploits a vulnerability in Microsoft Management Console (MMC). This module runs a malicious web server on the CORE IMPACT Console and waits for an unsuspecting user to trigger the exploit by connecting to the web server. The Microsoft Management Console contains a security flaw that allows remote code execution via malicious .msc files with embedded ActiveX control. An attacker sends a crafted .msc file with embedded ActiveX containing a link to a malicious server. The server executes a script to fetch a PowerShell file ultimately deploying an agent.

This exploit leverages an information disclosure vulnerability in Microsoft Windows. By crafting a malicious .library-ms file, an attacker can coerce authentication to an untrusted server and steal NTLMv2 hashes. This exploit does not install an agent, it manages to obtain the NTLMv2 hash of a legitimate user. It is possible to use tools like "John the Ripper" to attempt decrypting the original password associated with the hash.

This exploit leverages an Information Disclosure vulnerability in Microsoft Office. By sending an email with a specially crafted link, an attacker can coerce authentication to an untrusted server and steal NTLM hashes. The link points to an HTTP server. When the client opens it in a browser, if the user is on the trusted list, it connects to the HTTP server and obtains the NTLM user hashes. This exploit does not install an agent, it manages to obtain the NTLM hash of a legitimate user. It is possible to use tools like "John the Ripper" to attempt decrypting the original password associated with the hash.

This exploit leverages an Information Disclosure vulnerability in Microsoft Outlook. By sending a mail crafting a malicious path and using the "img src" tag, an attacker can coerce authentication to an untrusted server and steal NTLM hashes. The link points to an SMB server. When the client opens Outlook, if the user is on the trusted list, without clicking, it connects to the SMB server and obtains the NTLM user hashes. In case the user is not on the trusted user list, in order to exploit the vulnerability, the client must click on the attached link. This exploit does not install an agent, it manages to obtain the NTML hash of a legitimate user. It is possible to use tools like "John the Ripper" to attempt decrypting the original password associated with the hash.

Microsoft Windows Internet Shortcut is prone to a vulnerability that may allow remote attackers to bypass the SmartScreen security feature. The specific flaw exists within the handling of Internet Shortcut (.URL) files. The issue results from the lack of a security check on chained Internet Shortcut files. An attacker can leverage this vulnerability to execute code in the context of the current user.

This exploit leverages an Information Disclosure vulnerability in Microsoft Outlook. By sending a mail crafting a malicious path, an attacker can coerce authentication to an untrusted server and steal NTLM hashes. This exploit does not install an agent, it manages to obtain the NTML hash of a legitimate user.

This exploit leverages an Information Disclosure vulnerability in Microsoft WordPad. The vulnerability is associated with legacy functionality to convert an OLE 1 storage object (OLESTREAM) to the new IStorage format. By crafting a file with a malicious OLE 1 LinkedObject, an attacker can coerce authentication to an untrusted server and steal NTLM hashes. This exploit does not install an agent, it manages to obtain the NTML hash of a legitimate user.

In WinRAR versions prior to 6.23, there is a vulnerability that allows attackers to execute arbitrary code. This vulnerability occurs when a user tries to open a harmless file within a ZIP archive. The issue arises when the ZIP archive contains a benign file, such as a regular .PDF file, and also a folder with the same name as the benign file. During an attempt to access the benign file, the contents of the folder, which may include executable content, are processed, leading to the execution of arbitrary code.