Google Warns of Pixel Firmware Security Flaw Exploited as Zero-Day
Google has warned that a security flaw impacting Pixel Firmware has been exploited in the wild as a zero-day
Privilege escalation lets an attacker gain elevated access, which can enable data theft or system control; least privilege and patching limit impact.
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Background for this topic.
Privilege escalation is gaining access beyond the permissions assigned to an account, process, or service. Vertical escalation moves from a lower-privileged role to an administrator or system account; horizontal escalation accesses another user’s resources at a similar privilege level. Attack paths include software vulnerabilities, insecure authorization checks, exposed credentials, unsafe service configurations, and excessive permissions in operating systems, applications, cloud environments, or containers.
Successful escalation can let an attacker change security settings, access protected data, execute code as a trusted service, or establish control that survives an initial compromise. The most relevant defenses are least-privilege access, strong separation of administrative accounts, server-side authorization checks for every sensitive action, timely remediation of exploitable flaws, and review of permissions for users, services, and workloads. Logging privileged actions and unusual account or process behavior supports detection and helps determine whether a compromised low-privilege foothold reached higher-value systems.
Google has warned that a security flaw impacting Pixel Firmware has been exploited in the wild as a zero-day
Symantec suggests Black Basta crew beat Microsoft to the patch The Black Basta ransomware gang may have exploited a now-patched Windows privilege escalation bug as a zero-day, according to Symantec's threat hunters.…
Threat actors linked to the Black Basta ransomware may have exploited a recently disclosed privilege escalation flaw in the Microsoft Windows Error Reporting Service as a zero-day, according to new findings from Symantec
The Cardinal cybercrime group (Storm-1811, UNC4394), who are the main operators of the Black Basta ransomware, is suspected of exploiting a Windows privilege escalation vulnerability, CVE-2024-26169, before a fix was made available. [...]