Google Releases Chrome 151 Fixing 41 Vulnerabilities Including Six Critical Flaws
Google has released Chrome 151 containing fixes for 41 security vulnerabilities, including six critical flaws that can trigger memory corruption, browser crashes, and potential remote code execution on victim systems.
The new versions 151.0.7922.108 and 151.0.7922.109 are being distributed to Windows and macOS users, while Linux receives version 151.0.7922.108. Deployment occurs gradually across the user base.
Among the most severe issues are two use-after-free vulnerabilities in WebGL, recorded as CVE-2026-19137 and CVE-2026-19170. This class of flaw occurs when the browser continues to reference a memory region after it has already been freed, potentially allowing attackers to manipulate program behavior.
Other critical errors impact the Aura, Skia, and Views components, identified as CVE-2026-19149, CVE-2026-19154, and CVE-2026-19172. An additional critical issue, CVE-2026-19157, involves an out-of-bounds write in ANGLE.
In exploitation scenarios, a specially crafted webpage can attempt to trigger these flaws while the browser processes web content. The actual impact depends on the specific vulnerability and the security protections present in the underlying operating system.
Google has temporarily restricted technical details and proof-of-concept code for some of the flaws, a standard measure to reduce exposure while the update reaches the majority of users.
Users should open Chrome settings, navigate to Help, and select About Google Chrome to verify and install the update. Enterprises are encouraged to prioritize deployment of Chrome 151 across Windows, macOS, and Linux environments.
Related articles
Ghost Assets in Vulnerability Management: How Identification, Merging and Asset History Eliminate Anomalies in MaxPatrol VM
Positive Technologies experts explain how infrastructure changes create duplicate, merged and phantom assets that distort vulnerability management. The article details three core mechanisms inside MaxPatrol VM: unique asset identification across scan sources, non-destructive merging of new and existing data, and full lifecycle history with configurable aging policies. It describes how the system distinguishes assets using prioritized keys such as system ID, FQDN, MAC address and VM ID, then applies recursive merging rules that respect multiple data sources. Policies allow teams to set freshness and obsolescence thresholds, automatically hiding assets after 90 days while preserving historical snapshots for PDQL queries. The piece also covers practical cloning and partial-scan scenarios that can produce misleading duplicates or lingering collections.
GreyNoise Detects Active Exploitation Attempts of CVE-2021-36260 Against Hikvision Cameras
GreyNoise recorded exploitation attempts targeting CVE-2021-36260 in Hikvision cameras and recorders between September 21 and October 1. The vulnerability carries a CVSS score of 9.8 and allows unauthenticated remote command execution through insufficient input validation in the embedded web server. Attack traffic originated from four IP addresses, three routed through a commercial VPN in Lithuania and one from a Ukrainian residential network, with all targets located in Ukraine. Attackers leveraged a publicly available Nuclei template to probe devices, though GreyNoise confirmed only scanning activity and not successful compromises. The five-year-old flaw remains actively scanned despite an available firmware patch from Hikvision and a CISA advisory recommending immediate updates. Password changes provide no protection because the attack requires no authentication. Defenders are advised to apply firmware updates, remove devices from public internet exposure, and segment video surveillance networks from critical infrastructure.
Splunk Enterprise Discloses 46 Vulnerabilities Including Critical Patroni Authentication Flaw
Splunk has published three security advisories detailing a total of 46 vulnerabilities affecting Splunk Enterprise and related components. Three of the issues were rated critical, with CVE-2026-76268 receiving a CVSS v3.1 base score of 9.8. The flaw resides in the Patroni REST API used for PostgreSQL cluster management within search head clusters, allowing unauthenticated remote attackers to execute arbitrary operating system commands. Another high-severity issue, CVE-2026-76266, enables local privilege escalation to root on Linux systems during package updates. The remaining vulnerabilities cover product code, internally identified problems, and third-party packages. Organizations are urged to apply the available patches promptly.
Smart Fish Tank Power Strip Server Breached, Killing Aquarium Fish During National Day Holiday
During China's National Day holiday, the cloud servers of Woda Technology's smart power strips for fish tanks were compromised by malicious hackers, causing widespread remote disconnections and power outages for user devices. The attack left heating rods, oxygen pumps, and circulation systems offline for hours, resulting in the deaths of koi, arowana, and other ornamental fish that users had maintained for years. Woda issued a public notice confirming the intrusion was not a product defect or user error but a deliberate network attack, and the company has since upgraded firewalls, added multi-layer cloud protections, deployed backup servers, and improved local offline logic to prevent future failures. The incident highlights a critical IoT design flaw where devices rely entirely on vendor cloud platforms for control, allowing attackers who breach the server to remotely manage household appliances at scale. Security experts note that the same architecture is used across smart speakers, locks, cameras, and other consumer devices, creating a broad attack surface with minimal updates or segmentation. Woda has reported the case to authorities and preserved logs for forensic investigation.