Null Pointer Dereference is a vulnerability tracked by ThreatCluster, appearing in 4 threat clusters built from 5 intelligence report mentions.
Null Pointer Dereference is a vulnerability tracked across 4 threat clusters and 5 intelligence report mentions on ThreatCluster. First observed December 7, 2025; most recent activity June 18, 2026.
SUSE released an important update for ffmpeg-4 on June 18, 2026, addressing several vulnerabilities. The update includes fixes for CVE-2023-6601, CVE-2024-35366, CVE-2025-1594, CVE-2025-9951, CVE-2025-10256, and…
Two vulnerabilities, CVE-2025-39762 and CVE-2025-39705, were identified in the AMD display driver. These vulnerabilities involve null pointer dereferences, which could potentially lead to system instability or crashes.…
Fedora 43 and 42 have critical vulnerabilities in the tkimg package related to libpng and libtiff. The vulnerabilities could lead to buffer overflow issues, affecting users who utilize the Tk photo image type and…
The 2025 CWE Top 25 Most Dangerous Software Weaknesses list has been published, identifying critical vulnerabilities that pose significant risks to software security. This list is intended for developers and…
Null Pointer Dereference is a vulnerability tracked by ThreatCluster, appearing in 4 threat clusters built from 5 intelligence report mentions.
The most recent intelligence report mentioning Null Pointer Dereference on ThreatCluster is dated June 18, 2026. Activity was first observed December 7, 2025, giving a tracked span from then to June 18, 2026.
Across ThreatCluster reporting, Null Pointer Dereference most frequently co-occurs with Velvet Ant, Cross-site Scripting, DDoS, Denial of Service, Integer Overflow, among 12 tracked related entities.
The most significant recent cluster is “SUSE ffmpeg-4 Security Fixes Address Multiple Vulnerabilities” (2 articles · Updated June 18, 2026). Null Pointer Dereference appears across 4 threat clusters in total, listed above with sources.
Null Pointer Dereference appears in 5 intelligence report mentions across 4 deduplicated threat clusters, aggregated from 17,000+ monitored sources.