For mass deployment of the verified MSI across hundreds of x64 workstations:
msiexec /i "OpenVPNConnect_x64_3.8.0.4528.msi" /quiet /norestart
To suppress the reboot and log output:
msiexec /i "OpenVPNConnect_x64_3.8.0.4528.msi" /quiet /norestart /lvx C:\Logs\openvpn_install.log
Common MSI properties for OpenVPN Connect:
Example with properties:
msiexec /i "OpenVPNConnect_x64_3.8.0.4528.msi" AUTOSTART_ON_LOGIN=1 /quiet
Since the exact binary is not provided in this academic exercise, we infer characteristics from the naming pattern.
| Feature | Expected (Genuine) | Observed (Artifact) | |---------|--------------------|----------------------| | Product name | OpenVPN / OpenVPN Connect | Unclear (“openvpnconnect3804528”) | | Version | Semantic (e.g., 2.6.10) | Opaque numeric (3804528) | | Architecture | x64 / x86 | x64 (plausible) | | “Verified” claim | In signature, not filename | In filename – suspicious | | Signer | OpenVPN Inc. | Unknown |
Conclusion from naming: The artifact is almost certainly not official. x64 openvpnconnect3804528msi verified
x64_openvpnconnect_3804528.msi is a 64-bit Microsoft Installer package for OpenVPN Connect – the official desktop client for OpenVPN protocols. The number 3804528 typically represents a specific build number from OpenVPN’s continuous integration pipeline.
If a user runs this MSI, potential outcomes include:
Even if the file is accidentally benign (e.g., a repackaged old version), the lack of traceability violates supply chain security best practices. For mass deployment of the verified MSI across
This paper presents a forensic investigation into the file artifact identified as x64 openvpnconnect3804528msi verified. The artifact’s naming convention deviates significantly from the standardized versioning and digital signing practices of OpenVPN Technologies, Inc. We analyze the potential origins, integrity verification failures, and security implications of such an artifact. Our findings indicate that this file is not a legitimate OpenVPN release. We conclude with recommendations for identity verification, cryptographic signature validation, and defensive countermeasures against supply chain attacks using similar naming patterns.
Keywords: OpenVPN, software supply chain, digital signature verification, MSI installer, masquerading attack