Google Fixed 108 Vulnerabilities in Chrome 154

The latest browser update addresses eleven critical flaws, including memory-safety issues that allow code execution.

Updated on Sept. 23, 2026 in Cybersecurity

Bold flat-color editorial illustration of a secure, interlocking geometric structure, representing technical data integrity. — Google released Chrome 154 for desktop and mobile users, patching 108 security vulnerabilities including eleven critical memory-safety flaws. AI Illustration. Upload story photo >

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Do you trust automatic browser updates to effectively secure your data against cyber attacks?

Google has released Chrome 154 for Windows, macOS, and Linux to patch 108 security vulnerabilities. This update, which is now rolling out to users, includes fixes for eleven critical flaws that could permit unauthorized code execution.

Why it matters

Regular browser updates remain the primary defense against memory-safety exploits that target common software vulnerabilities. These patches prevent potential attackers from leveraging flaws in Chrome's core architecture to compromise user systems.

Google released Chrome version 154, specifically 154.0.8037.57 for Linux and 154.0.8037.57 and 154.0.8037.58 for Windows and macOS. This release addresses 108 distinct security vulnerabilities, including 11 categorized as critical.

The players

Google

A global technology company that maintains the Chromium open-source project and leads the development of the Chrome web browser.

The details

The update focuses on memory-safety flaws, which occur when software improperly manages system memory, creating gaps that attackers can use to trigger unauthorized code execution. By patching these memory handling errors, Chrome prevents external entities from injecting malicious commands into the browser's processes. The software is currently pushing these security fixes to the entire user base through a phased rollout.

September 23, 2026: Google released the Chrome 154 update.

The Tech Race

This release follows the established industry pattern of using rapid, frequent patch cycles to mitigate vulnerabilities until the broader transition to memory-safe code is complete. Google continues to compete by securing the browser stack against evolving memory-safety exploits that threaten enterprise and personal data.

Users on Windows, macOS, and Linux will receive the update automatically as the patch rolls out. To ensure protection against the eleven critical vulnerabilities, users should verify that their browser has updated to version 154.0.8037.57 or 154.0.8037.58.

The takeaway

Maintaining a secure computing environment requires consistent application of browser updates to neutralize critical memory-safety flaws. Users should restart their browsers to ensure the latest patches are fully integrated into their system.