CVE-2025-58167
Summary
by MITRE • 09/03/2025
Rejected reason: This CVE is a duplicate of another CVE.
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Analysis
by VulDB Data Team • 05/08/2026
This CVE has been rejected as a duplicate of another vulnerability entry in the National Vulnerability Database. The rejection indicates that the vulnerability described in this CVE has already been documented under a different CVE identifier within the same database ecosystem. Such duplicate entries typically occur when multiple organizations or researchers independently discover and report the same vulnerability, leading to overlapping entries in the vulnerability management systems. The duplicate rejection process ensures that vulnerability databases maintain clean, non-redundant records while preserving the original discovery credit and technical details of the vulnerability.
The duplicate CVE rejection process represents a standard practice in vulnerability management and cybersecurity operations. When multiple parties identify the same security flaw, the database maintainers consolidate these reports under a single authoritative entry to prevent confusion among security professionals, patch management teams, and automated vulnerability scanning systems. This consolidation helps maintain data integrity and prevents the proliferation of redundant information that could complicate security response efforts. The original CVE identifier retains its historical significance and references to the initial discovery, while the rejected duplicate serves as a cross-reference to the primary vulnerability entry.
Security organizations and vulnerability databases rely on this duplicate detection and rejection mechanism to maintain accurate threat intelligence. The process involves comparing newly submitted vulnerability reports against existing entries using various criteria including technical descriptions, affected products, version information, and severity assessments. When a match is identified, the system flags the duplicate entry and assigns it a rejection reason. This systematic approach ensures that security teams can reference a single, authoritative source for vulnerability information rather than dealing with multiple overlapping entries that describe the same security flaw. The rejected CVE serves as a historical marker that acknowledges the additional discovery while directing users to the primary vulnerability record for accurate technical details and remediation guidance.
Industry standards and best practices for vulnerability management support this duplicate handling approach through frameworks that emphasize data quality and consistency. The Common Weakness Enumeration (CWE) and MITRE ATT&CK frameworks both recognize the importance of maintaining accurate vulnerability databases and proper attribution of security discoveries. When duplicate entries occur, the process ensures that the original discoverer maintains proper credit while preventing confusion in security operations and incident response procedures. This systematic handling of duplicates aligns with security industry practices that prioritize accurate threat intelligence and effective vulnerability remediation strategies. The rejected CVE entry continues to serve as a reference point for understanding the vulnerability discovery timeline and the collaborative nature of cybersecurity research efforts.