NodeJS Server Vulnerability in Volto Frontend for Plone CMS
CVE-2025-58047

7.5HIGH

Key Information:

Vendor: Plone
Status: Volto
Vendor: CVE Published:; 28 August 2025

What is CVE-2025-58047?

CVE-2025-58047 is a vulnerability found in the Volto frontend framework used for the Plone Content Management System (CMS). Volto is designed using React and serves as a user interface for content management activities. The vulnerability arises in specific versions of the software, where an anonymous user can exploit a particular URL to trigger an error that causes the NodeJS server component of Volto to terminate unexpectedly. This unanticipated server shutdown can lead to service outages for organizations relying on Volto for their CMS needs. If exploited, the vulnerability may result in significant disruption of service and could necessitate emergency responses to ensure system availability, especially in operational environments that prioritize uptime.

Potential impact of CVE-2025-58047

Service Downtime: The primary impact of this vulnerability is the potential for unplanned downtime. As the NodeJS server may quit upon accessing a specific URL, organizations might face interruptions in their content management activities, affecting user access and overall service reliability.
Operational Disruption: For businesses relying heavily on digital content management, the inability to access or manage their content due to server shutdowns can disrupt vital operations. This disruption can affect workflow processes and diminish productivity, leading to potential financial loss.
Increased Support and Maintenance Costs: Organizations may have to divert significant resources towards monitoring, troubleshooting, and restoring service after incidents caused by this vulnerability. Additionally, implementing temporary measures, such as automatic process restarts, may incur further operational overhead.

Human OS v1.0:
Ageing Is an Unpatched Zero-Day Vulnerability.

Remediate biological technical debt. Prime Ageing uses 95% high-purity SIRT6 activation to maintain genomic integrity and bolster systemic resilience.

Deploy the Patch