CVE-2023-7325
Overview
CVE-2023-7325 is a known-severity vulnerability. It was published on October 30, 2025.
Technical Description
Anheng Mingyu Operation and Maintenance Audit and Risk Control System up to 2023-08-10 contains a server-side request forgery (SSRF) vulnerability in the xmlrpc.sock handler. The product accepts specially crafted XML-RPC requests that can be used to instruct the server to connect to internal unix socket RPC endpoints and perform privileged XML-RPC methods. An attacker able to send such requests can invoke administrative RPC methods via the unix socket interface to create arbitrary user accounts on the system, resulting in account creation and potential takeover of the bastion host. VulnCheck has observed this vulnerability being exploited in the wild as of 2025-10-30 at 00:30:17.837319 UTC.
Remediation
Check the references section for vendor advisories, patches, and mitigation guidance. If immediate patching is not possible, review the CVSS vector to understand the attack surface and apply compensating controls such as network segmentation or access restrictions.
References
Frequently Asked Questions
What is CVE-2023-7325?
CVE-2023-7325 is a known-severity vulnerability. It was published on October 30, 2025.
How severe is CVE-2023-7325?
CVSS score information is not yet available for this vulnerability. Check back as the CVE record is updated by NVD analysts.
How do I fix or remediate CVE-2023-7325?
Check the references section for vendor advisories, patches, and mitigation guidance. If immediate patching is not possible, review the CVSS vector to understand the attack surface and apply compensating controls such as network segmentation or access restrictions.
How can CyberStrike help with CVE-2023-7325?
CyberStrike's AI-powered security agents can automatically detect CVE-2023-7325 across your infrastructure using autonomous pentesting, DAST scanning, and HackBrowser. The platform continuously monitors for known vulnerabilities and provides actionable remediation guidance prioritized by real-world exploitability.
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