Horizon Alert
Summary of the vulnerability and why it matters
A memory corruption vulnerability in the graphics processing unit (GPU) of Google Chrome on Android could allow an attacker to execute code outside the browser's secure environment by tricking a user into visiting a malicious webpage.
- Code could run outside the browser.
- Browser-based threats are common and expected.
- Confirm relevance and exposure to business operations.
Attack Path
How an attacker could exploit the issue
An attacker could trick a user into visiting a malicious webpage, which could then trigger a memory corruption vulnerability in the browser's graphics processing unit. This could allow the attacker to execute code beyond the browser's intended safety boundaries.
- Entry condition: User visits a malicious page.
- Trigger point: Vulnerable GPU component.
- Resulting risk: Arbitrary code execution.
Live Threat
Current exploitation, exposure, and threat context
A memory corruption vulnerability in the GPU component of Google Chrome on Android could allow a remote attacker to execute arbitrary code outside the sandbox. This could occur when a user visits a malicious HTML page, potentially impacting the confidentiality, integrity, and availability of the affected system.
- System code execution.
- Via a crafted HTML page.
- Compromise of device integrity.
Operational Fix
Recommended remediation, mitigation, and detection steps
Memory corruption in Google Chrome on Android, prior to a specific version, poses a risk of arbitrary code execution outside the sandbox through a malicious HTML page. Technical leaders and security teams should identify all instances of the affected Chrome version on Android devices, determine their exposure and business criticality, and pinpoint the accountable owners. Planning remediation based on this risk assessment should be the next step.
- Own by: Android device owners.
- Verify first: Device exposure and criticality.
- Action: Plan and execute updates.
