Horizon Alert
Summary of the vulnerability and why it matters
A race condition in the Android kernel's Unix domain socket handling could allow for privilege escalation. This flaw exists in the way the system manages memory for socket operations, potentially leading to unauthorized access to sensitive system functions. This could impact organizations by allowing unauthorized users to gain higher levels of control over affected systems.
- Vulnerable: Android kernel
- Flaw: Memory use-after-free due to race condition
- Impact: Privilege escalation on affected systems
Attack Path
How an attacker could exploit the issue
A race condition in the Android kernel's af_unix.c file could allow for privilege escalation. This vulnerability, a use-after-free bug, can be exploited by an attacker with system execution privileges. User interaction is not required for exploitation, meaning an attacker could trigger the vulnerability without user consent.
- Local system access required
- Attacker triggers race condition
- Results in privilege escalation
Live Threat
Current exploitation, exposure, and threat context
This vulnerability could allow an attacker with high skill to escalate privileges on a system. Exploitation requires local access and is not dependent on user interaction. The potential impact includes unauthorized access and modification of sensitive data, posing a significant business risk. Organizations should prioritize addressing this vulnerability.
- Likely attacker skill level: High.
- Required access or conditions: Local system access.
- Business risk or urgency: Significant.
Priority actions
Operational Fix
Recommended remediation, mitigation, and detection steps
A race condition in the Android kernel's Unix domain socket handling could allow for local privilege escalation. This vulnerability, identified within `af_unix.c`, is a use-after-free bug that does not require user interaction to exploit. Organizations should prioritize identifying systems with the affected kernel versions, reducing potential exposure, and applying vendor-provided security updates.
- Find affected kernel assets.
- Reduce exposure or isolate risk.
- Fix, verify, and monitor.
