WTW EAGLE CVE-2025-62776

Exploitation requires that a malicious DLL bearing a name the WTW EAGLE 3.0.8.0 installer attempts to load already be present in a directory on the installer's DLL search path - in practice the directory from which the installer is executed, such as the victim's Downloads folder. The victim must then actively launch that installer (UI:A), so this is not remotely or automatically triggerable. Limiting factors: local access to place the DLL (or a social-engineering step to co-deliver installer and DLL), mandatory user execution of the installer, and the fact that code runs only with the privileges of the running installer process rather than guaranteed SYSTEM.

This is a classic DLL search-path hijacking flaw (CWE-427) in the WTW EAGLE Windows installer. The CVSS 4.0 vector (AV:L/AC:L/AT:N/PR:N/UI:A) and the 8.4 score are driven by the HIGH triple impact (VC:H/VI:H/VA:H - arbitrary code execution), but the real-world risk is substantially tempered by the LOCAL attack vector and the required active user interaction (UI:A): an attacker cannot trigger this remotely and must get a victim to execute the installer while a malicious DLL already sits in the search path. EPSS corroborates low practical urgency at 0.16% (5th percentile), and there is no CISA KEV listing and no public exploit identified at time of analysis, so this is not evidence of active or widespread exploitation. In short, this is a legitimately high-impact-if-triggered issue but a LOW-likelihood one - a high-CVSS, low-real-risk profile typical of installer/DLL-preloading bugs, best treated as a patch-on-cycle item rather than an emergency. One data caveat: the input Tags include 'Microsoft', which appears to be a mislabel - WTW EAGLE is a third-party product (WTW, surveillance/camera management software) that merely runs on Windows, not a Microsoft product; verify vendor attribution before routing.

An attacker plants a malicious DLL with an expected name in a directory that the WTW EAGLE installer searches (commonly the same folder the installer is launched from, such as a browser Downloads directory). When the victim runs the installer, it insecurely loads the attacker's DLL instead of the legitimate one, executing arbitrary code with the privileges of the installer process. No public exploit identified at time of analysis, and exploitation hinges on the victim actively running the trojanized installer.