Update Chrome: Google fixes 37 security flaws, including seven critical bugs

Google issued significant Chrome updates on October 13 and 14, rolling out version 155.0.8059.79 across its platforms, while emphasizing the inclusion of numerous security patches. The desktop versions for Windows and Mac reached release number .79/.80, whereas Linux received version .79. These updates included a substantial 37 security fixes, seven of which were designated as Critical. A corresponding Android version was released concurrently, though its widespread availability via Google Play is pending. Beyond security, the updates also carry improvements in stability and performance across all supported operating systems.
The documentation details avenues for users to manage these rollouts, recommending automatic updating but providing manual instructions via the browser's settings menu should a delay occur. Key vulnerabilities noted included a buffer overflow in ANGLE on Android (CVE-2026-110152), which could allow remote code execution outside the sandbox, and two use-after-free flaws within the PDF component. While some risks are contained within Chrome's restrictive sandboxed environment, exploit chaining remains a serious theoretical concern for defenders.

Google issued several Chrome updates on October 13 and 14.
Desktop update versions include 155.0.8059.79/.80 for Windows and Mac.
Linux desktop receives version 155.0.8059.79.
The desktop update contains 37 security fixes, seven rated Critical.
Version 155.0.8059.79 was released for Android on the same day as desktop releases.
CVE-2026-110152 is a buffer overflow in ANGLE on Android allowing potential remote code execution outside the sandbox via crafted HTML.
Two use-after-free vulnerabilities were found in the PDF component: CVE-2026-110136 (Critical) and CVE-2026-110147 (High).
A use-after-free occurs when memory is accessed after it has been freed.
Malwarebytes Browser Guard offers a free, one-click installation to block phishing pages.

The narrative centers on the necessary cadence of patching vulnerabilities inherent in large, complex software ecosystems like web browsers. The strongest presentation suggests that these updates are fundamentally reactive—a defense against known attack vectors (buffer overflows, use-after-free conditions)—rather than proactively mitigating future unknowns. This paints a picture of perpetual digital vulnerability, where security is not a finished state but an ongoing arms race encapsulated by CVE identifiers.
A critical pattern emerges in the framing: severe threats are qualified by technical limitations. The article meticulously explains that while flaws can enable "arbitrary code execution outside the sandbox," this threat is counterbalanced by the existence of the sandbox itself. This dual presentation manages reader anxiety by acknowledging extreme danger while immediately mitigating it with architectural assurances, a mechanism common when disseminating highly technical risk assessments. Furthermore, the inclusion of third-party marketing advice (Malwarebytes Browser Guard) at the conclusion serves as an immediate call to action that pivots from informational reporting into commercial enablement, blurring the line between threat intelligence and product promotion.
The underlying assumption is that the defense provided by Google's architecture is sufficiently robust against real-world exploitation attempts. The cost of this tension falls disproportionately on the end-user, who must either trust automated patch mechanisms or engage in manual verification—a cognitive load placed upon maintaining digital hygiene. If vulnerability disclosures are framed solely as engineering fixes rather than systemic issues surrounding platform reliance and data handling practices, does this obscure the fundamental dependence humans have developed on centralized software providers for daily function?
Patterns detected: ARC-0198 Marketing Pivot, ARC-0321 Qualification by Mitigation