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Cisco Talos has disclosed a new Windows implant called CLOSEDQUORUM, which operates without human operators by using four commercial large language models (LLMs) to autonomously decide on actions after deployment. The implant is a 16.4-megabyte executable that conducts reconnaissance on the target system and sends structured prompts to the LLMs, which respond with one of four actions: steal, inject, persist, or move. When the "steal" action is chosen, it simultaneously attacks three credential stores, extracting Windows credentials, browser passwords, and cryptocurrency wallet data. The "inject" action uses either Early Bird APC injection or process hollowing based on model recommendations. For persistence, it employs three overlapping mechanisms, including a Registry Run key, a scheduled task, and a WMI event subscription. To evade detection, CLOSEDQUORUM suppresses ETW telemetry and introduces delays before executing actions. It circumvents traditional command-and-control structures by calling legitimate API endpoints, making blocking these domains impractical. Talos introduced the CAIRN toolkit for detecting AI-integrated malware, which operates on metadata and employs rule-based detection. Unlike previous AI-assisted malware, CLOSEDQUORUM automates decision-making processes entirely, highlighting a significant evolution in malware capabilities. Security teams are advised to focus on behavioral detection strategies and utilize the YARA rule and CAIRN toolkit for identifying this threat.
Cisco Talos has disclosed a Windows implant called CLOSEDQUORUM, which automates cyberattack execution using four advanced commercial large language models: DeepSeek, Qwen, Mistral, and Google Gemini. The implant is a 16.4-megabyte executable that conducts reconnaissance on the system and formats the gathered data into prompts for the AI models. Each model votes on one of four actions: steal, inject, persist, or move, with the action receiving the most votes being executed.
When stealing, CLOSEDQUORUM targets three credential stores, dumping LSASS memory and retrieving saved passwords from browsers and cryptocurrency wallets. The stolen data is encrypted and sent to the operator via Discord. For injection, it uses Early Bird APC injection or process hollowing based on model responses. The persist action creates three mechanisms for longevity, including a Registry Run key, a scheduled task, and a WMI event subscription.
CLOSEDQUORUM evades detection by suppressing ETW telemetry and delaying activity to avoid sandbox analyses. It connects to legitimate API endpoints, making blocking ineffective without disrupting enterprise applications. Talos recommends behavioral combination detection strategies and the use of a YARA rule for detection. The CAIRN toolkit has been introduced to detect AI-integrated malware without executing binaries. Unlike previous AI-assisted malware, CLOSEDQUORUM removes human decision-making from the attack process.
LastPass has identified a sophisticated scheme targeting users of its Authenticator app, involving SEO poisoning and deceptive GitHub pages that distribute malicious ZIP files disguised as legitimate software. Users searching for "LastPass Authenticator download" may encounter these counterfeit pages, which redirect them to a malicious server delivering a ZIP file containing vsdbg.exe and vsdbg.dll. The executable is a legitimate Microsoft debugging tool exploited to execute the malicious DLL through DLL sideloading, allowing the malware to run undetected.
Named Rapuncel by security researchers from Delphos, this malware is undetectable by antivirus engines and targets a hardcoded list of 145 antivirus and endpoint security products, disabling them upon detection. Rapuncel harvests sensitive information, including saved passwords from over 25 web browsers, cryptocurrency wallet files from more than 30 applications, and session tokens from platforms like Discord and Steam. It also captures screenshots and compiles a profile of the infected system, uploading the stolen data to an attacker-controlled server. The malware includes a kernel driver that intercepts web traffic, allowing for advertisement injection and search result manipulation.
This campaign has been active for several months, with LastPass vaults remaining unaffected. Users are advised to download applications only from trusted sources. Rapuncel establishes persistence on infected machines by installing itself as a Windows service that starts with the system and terminates activated security products. Removing the kernel driver requires booting into Safe Mode or using external recovery tools, as standard Windows utilities cannot eliminate software operating at that level.
On September 17, researchers from LastPass and Delphos Labs discovered a counterfeit LastPass Authenticator installer on GitHub that installs a malicious Windows kernel driver designed to disable antivirus and steal passwords. The driver, named Alinubx.sys, was signed through Microsoft's hardware compatibility program and initially scored zero detections on VirusTotal. The fake installer is hosted on a fraudulent GitHub page that mimics a legitimate LastPass product page. When executed, the installer uses DLL side-loading to gain SYSTEM-level access and terminates security processes, allowing it to harvest saved passwords from various browsers and applications. The driver is a renamed variant of a known malicious driver, evading detection due to its new file hash. Delphos reported the driver to Microsoft, but it was not considered a security vulnerability. Users who executed the fake installer should treat their passwords and sensitive data as compromised and change them from a secure device. The malicious server has been linked to impersonation pages for multiple brands, and the loader was likely created using a specific crypter tool.
Google has released system updates designated as Google System Updates 26.36 for September 2026, applicable to various devices including smartphones, tablets, Android TV, Google TV, Android Auto-compatible vehicles, and Wear OS gadgets.
- Bug fixes have improved stability in account management services for smartphones.
- Location sharing capabilities have been enhanced in account management for smartphones and Wear devices.
- New features for developers have been introduced to facilitate better integration with Google Maps on smartphones.
- Devices can now be set up regardless of their operating system for a streamlined onboarding process.
- Developers have new features to enhance device connection processes within their applications for smartphones and Wear devices.
- New functionalities for location- and context-based processes have been added for developers on smartphones.
- Bug fixes related to system management and diagnostic services have been addressed across cars, PCs, smartphones, TVs, and Wear devices.
- Updates to system management services have improved device updateability for cars, smartphones, TVs, and Wear devices.
- The update allows real-time price adjustments in the shopping basket for PC and smartphone users during checkout.
- Smartphone users switching to a new device will receive a notification to re-add their Google Wallet cards for mobile payments.
These updates are distributed through the Play Store and are set to automatically install on Android devices. Users can manually initiate the download through Settings > System > Software Updates > Google Play system update.
Android 17 QPR2 Beta 5 was released on September 15, 2026, with a public rollout for Pixel devices starting the next day. This beta version enhances the Proactive Assistance feature on Pixel 10 and Pixel 11 devices, allowing users more control over personalized suggestions and addressing various bugs. It is a development build for supported Pixel devices and Android Emulator images, with identified builds CP41.260828.004.A8 and CP41.260828.005.A6, and a security patch level dated August 5, 2026. The update package size for the Pixel 10 Pro XL is approximately 667 MB.
The notable change in Beta 5 is the introduction of two Proactive Assistance entries in the Settings menu, allowing users to manage proactive suggestions more effectively. The updated settings page includes a "Use app content for suggestions" option, enabling users to control which applications can share screen content and notifications.
Google's release notes list several fixes, including issues with Bluetooth device icons, unexpected reboots, missing volume controls, search-field highlight rendering, unlocking Private Space, HDR behavior, Google Wallet touchscreen unresponsiveness, camera crashes, and distorted Bluetooth call audio. The stable release of Android 17 QPR2 is expected in December 2026, and users are advised that Beta 5 is a developmental tool that may contain errors. Additionally, new restrictions on programmatic USSD requests for call forwarding have been introduced to reduce potential fraud.
Android 17 QPR2 Beta 5 has been released for Pixel devices, addressing several critical issues. Key fixes include:
- Resolved visual inconsistencies with Bluetooth device icons (Issue #516071134).
- Fixed a system stability issue causing unexpected reboots during UI scrolling in media-heavy apps (Issue #544291113).
- Hardware volume buttons now allow the system volume slider UI to display while casting media (Issue #548145018).
- Corrected text-rendering issues causing unexpected background highlights in search fields and a navigation routing problem in Private Space (Issue #548285596).
- Fixed persistent activation of enhanced HDR mode despite being turned off in settings (Issue #547457910).
- Google Wallet can now be launched via the power button shortcut without causing touchscreen unresponsiveness (Issue #549758084).
- Resolved camera crashes during panorama processing (Issue #551069625).
- Addressed Bluetooth audio distortion and noise after calls (Issue #541684282).
The build CP41.260828.005.A6 is available for Pixel 6a, Pixel 7, Pixel 7 Pro, Pixel 7a, Pixel Tablet, and Pixel Fold, while CP41.260828.004.A8 is for other devices. System images for Beta 5 are available for various Pixel devices and the Android Emulator. Users can join the Android Beta Program for OTA updates.
Android 17 QPR2 Beta 5 has begun its rollout, with a stable release expected in December. The update includes new features and enhancements, with a detailed guide available for installation on compatible devices such as Pixel 6a, Pixel 7 series, and Pixel Tablet.
Changes in Quick Settings include the introduction of a new Audio Streams Tile and the removal of layout customization. The Voice broadcast Tile has been moved under Connectivity.
Fixes in this update include:
- Resolved an issue with Bluetooth device icon updates.
- Addressed a system stability problem causing unexpected reboots during UI scrolling in media-heavy apps.
- Fixed a bug preventing the system volume slider from appearing when using hardware volume buttons while casting media.
- Corrected a text-rendering issue causing unexpected background highlights in search fields and a navigation routing problem with Private Space.
- Enhanced HDR mode remained enabled despite user settings.
- Resolved touchscreen unresponsiveness when launching Google Wallet via the power button shortcut.
- Fixed camera crashes during panorama processing.
- Addressed Bluetooth audio issues with noise and distortion after calls.
Ohio residents with Android devices can now integrate their driver's license or state ID into Google Wallet as part of the state's Mobile ID program. This digital credential is a companion to the physical card, and users are encouraged to carry their plastic IDs. To add the credential, users can navigate through the Google Wallet app. The digital ID is accepted for age and identity verification at various businesses, state buildings, TSA checkpoints, and casinos in Ohio. It utilizes specialized readers for presentation and allows users to review shared data. The credentials are encrypted and can be remotely erased if the phone is lost or stolen. Participation in the program is voluntary and free, adhering to privacy and security standards. Governor Mike DeWine highlighted the convenience of this innovation, and vendors are expanding support for mobile driver’s licenses in multiple states.