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Vulnerability Database/CVE-2025-61930

CVE-2025-61930: Emlog Pro CSRF Vulnerability

CVE-2025-61930 is a Cross-Site Request Forgery flaw in Emlog Pro that allows attackers to change admin passwords without consent, leading to account takeover. This post covers technical details, affected versions, and mitigation.

Published:

CVE-2025-61930 Overview

CVE-2025-61930 is a Cross-Site Request Forgery (CSRF) vulnerability affecting Emlog Pro, an open source website building system. The vulnerability exists in the password change endpoint, allowing attackers to trick authenticated administrators into submitting crafted POST requests that change their passwords without consent. This flaw enables complete account takeover of privileged users, potentially compromising the entire web application.

Critical Impact

Successful exploitation allows attackers to hijack administrator accounts, gaining full control over Emlog Pro installations including content management, user administration, and system configuration.

Affected Products

  • Emlog Pro versions 2.5.19 and earlier
  • All Emlog Pro installations without CSRF token protection on password change endpoints

Discovery Timeline

  • 2025-10-10 - CVE-2025-61930 published to NVD
  • 2025-10-20 - Last updated in NVD database

Technical Details for CVE-2025-61930

Vulnerability Analysis

This CSRF vulnerability in Emlog Pro stems from insufficient request validation on the password change functionality. The password change endpoint accepts state-changing POST requests without verifying that the request originated from the legitimate application interface. When an authenticated administrator visits a malicious webpage or clicks a crafted link, their browser automatically includes session cookies with the forged request, allowing the attacker's payload to execute with the victim's privileges.

The attack requires user interaction—specifically, the victim must be logged into their Emlog Pro admin panel while visiting attacker-controlled content. However, this requirement is easily satisfied through social engineering techniques such as phishing emails or malicious advertisements.

Root Cause

The root cause is the absence of anti-CSRF tokens or other origin verification mechanisms on the password change endpoint. The application fails to implement proper state management that would distinguish legitimate form submissions from forged cross-origin requests. Without a unique, unpredictable token tied to the user's session and validated server-side, the endpoint cannot verify request authenticity.

Attack Vector

The attack is network-based and requires user interaction. An attacker crafts a malicious HTML page containing a hidden form or JavaScript that automatically submits a POST request to the Emlog Pro password change endpoint. When an authenticated administrator visits this page, their browser executes the request using their active session cookies.

The attacker typically hosts the malicious payload on a controlled domain and distributes the link through phishing emails, social media, forum posts, or compromised websites. The forged request includes the attacker's desired new password, effectively locking out the legitimate administrator and providing the attacker with full admin access.

Detection Methods for CVE-2025-61930

Indicators of Compromise

  • Unexpected password change events in administrator accounts without corresponding user-initiated activity
  • Authentication logs showing password modifications followed by logins from unfamiliar IP addresses or geolocations
  • Admin access from IP addresses or user agents inconsistent with typical administrator behavior patterns
  • Multiple failed login attempts from legitimate administrators who have been locked out unexpectedly

Detection Strategies

  • Monitor web server access logs for POST requests to password change endpoints originating from external referrers
  • Implement alerting on administrative password changes, especially those occurring outside normal business hours
  • Review HTTP referrer headers for password change requests to identify potential cross-origin submissions
  • Deploy web application firewall (WAF) rules to detect and block suspicious cross-site request patterns

Monitoring Recommendations

  • Enable comprehensive audit logging for all administrative actions, particularly credential modifications
  • Configure real-time alerts for password changes on privileged accounts
  • Monitor for sudden changes in administrator session behavior such as IP address shifts or user agent changes immediately following password modifications
  • Implement session anomaly detection to identify potential account compromise scenarios

How to Mitigate CVE-2025-61930

Immediate Actions Required

  • Restrict access to Emlog Pro admin panels by IP address or VPN-only access until patches are available
  • Implement additional authentication factors for administrative password changes
  • Review recent administrator activity logs for signs of unauthorized access or account compromise
  • Consider temporarily disabling the password change functionality through direct code modification or web server rules

Patch Information

As of the publication date, no known patched versions of Emlog Pro exist for this vulnerability. Organizations should monitor the Emlog GitHub Security Advisory for updates on remediation progress. Until an official patch is released, implementing the workarounds below is strongly recommended.

Workarounds

  • Deploy a web application firewall (WAF) with CSRF protection rules to validate request origins
  • Implement network-level access controls to restrict admin panel access to trusted IP ranges
  • Add custom CSRF token validation to the password change endpoint through code modification
  • Require re-authentication with current password before allowing password changes
bash
# Example: Restrict admin access by IP using Apache .htaccess
<Location /admin>
    Order deny,allow
    Deny from all
    Allow from 192.168.1.0/24
    Allow from 10.0.0.0/8
</Location>

Disclaimer: This content was generated using AI. While we strive for accuracy, please verify critical information with official sources.

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