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CVE-2026-45585: YellowKey BitLocker Bypass
Winsage
May 23, 2026

CVE-2026-45585: YellowKey BitLocker Bypass

BitLocker, a security feature for data protection, has a vulnerability identified as CVE-2026-45585, also known as YellowKey, which allows unauthorized access to encrypted data on Windows 11 versions 24H2, 25H2, 26H1, and Windows Server 2025. This flaw does not compromise BitLocker’s encryption but affects the recovery environment supporting it. The vulnerability can be exploited locally through the Windows Recovery Environment (WinRE) by an attacker with physical access, who can trigger an unrestricted shell and access the BitLocker-protected volume. Microsoft has provided two mitigation strategies: modifying the WinRE image to remove the autofstx.exe entry and transitioning from TPM-only protection to a TPM+PIN requirement at startup. The exploit poses challenges for detection, as it occurs pre-boot and currently lacks vendor-published indicators of compromise. Organizations using BitLocker for unattended devices are particularly at risk, as the vulnerability can lead to loss of confidentiality if an attacker gains access before the legitimate user.
MSHTA abuse helps malware hide in Windows processes
Winsage
May 20, 2026

MSHTA abuse helps malware hide in Windows processes

Bitdefender's research highlights the use of Microsoft's MSHTA utility in malware attacks, noting its default activation in Windows systems. Cybercriminals exploit MSHTA to execute malicious scripts under the guise of legitimate processes, linking it to various malware families like LummaStealer and PurpleFox. The study reports a rise in MSHTA-related detections, indicating a shift towards "living-off-the-land" tactics that utilize legitimate tools to evade security alerts. Social engineering is identified as a common entry point for attacks, employing deceptive methods such as fake software downloads and phishing links. MSHTA can retrieve and execute additional payloads through multi-stage chains, complicating detection efforts. The attacks target sensitive information, including credentials and financial data, and the continued presence of MSHTA poses risks as it allows threat actors to conceal malicious actions. To mitigate these threats, organizations are advised to restrict or disable legacy scripting tools and exercise caution with untrusted downloads. The report emphasizes the challenge of detecting unusual behaviors associated with legitimate utilities in the context of cyber threats.
We Pick Minecraft's 5 Best Updates Ever on Its 17th Anniversary
AppWizard
May 17, 2026

We Pick Minecraft’s 5 Best Updates Ever on Its 17th Anniversary

Minecraft has maintained its prominence for over 17 years due to a steady stream of updates that enhance gameplay and mechanics. Key updates include: - Minecraft 1.5 Redstone Update: Introduced components like hoppers, droppers, and redstone comparators, enabling automated systems for resource collection and item sorting, and introduced quartz blocks for architectural designs. - Minecraft 1.21 Tricky Trials: Released in 2024, this update focused on combat and replayability with Trial Chambers, introduced the Breeze enemy and the Minecraft Mace weapon, and added the Wind Burst enchantment for advanced Parkour maps. - Minecraft 1.14 Village and Pillage: Revitalized villages with unique architectural styles and specialized villager professions, introduced new workstation blocks, and added Pillagers and raid mechanics. - Minecraft 1.0 – Full Release: Marked the end of the beta phase, introduced brewing potions, enchanting, strongholds, and the End dimension, enhancing survival progression and gameplay experience. - Minecraft 1.16 Nether Update: Transformed the Nether dimension with new biomes like Crimson and Warped Forests, introduced Piglins for bartering, and shifted player focus towards acquiring Netherite gear. The Minecraft 1.16 Nether update is widely regarded as one of the best updates for its comprehensive transformation of the Nether dimension. The Elytra was introduced in Minecraft 1.9 Combat update, alongside End Cities and Shulkers.
silver Android smartphone
AppWizard
May 11, 2026

New TrickMo Variant: Device Take Over malware targeting Banking, Fintech, Wallet & Auth apps

Modern Android banking malware is evolving with architectural enhancements for increased stealth, resilience, and operational flexibility. In early 2026, a new variant of the TrickMo Android banking trojan was identified, actively targeting banking and wallet users in France, Italy, and Austria. This variant has replaced its predecessor in ongoing campaigns and has transitioned its command-and-control traffic to The Open Network (TON). Key features of the new TrickMo variant include: - The primary command-and-control channel now operates over TON, utilizing .adnl endpoints through an embedded local TON proxy. - It employs a runtime-loaded APK (dex.module) with enhanced functionalities, including reconnaissance, SSH tunneling, and SOCKS5 proxying, allowing infected devices to act as network pivots. - TrickMo is classified as Device Take Over (DTO) malware, targeting banking, fintech, wallet, and authenticator applications on Android devices. - Operators gain control over infected devices through accessibility-service permissions, enabling capabilities such as credential phishing, keylogging, screen recording, remote control, and SMS interception. The new variant features a modular architecture with a host APK functioning as a launcher and persistence layer, while offensive capabilities are delivered through the dynamically loaded dex.module. Significant enhancements include network reconnaissance commands (curl, dnslookup, ping, telnet, traceroute) and socket-level tunneling via an embedded SSH client. Indicators of compromise include specific SHA-256 hashes and package names associated with TrickMo dropper applications and host applications. The malware retains unused permissions for NFC capabilities, suggesting a strategic approach to device filtering.
Mirax RAT Targets Android Devices Through Meta Apps
AppWizard
April 14, 2026

Mirax RAT Targets Android Devices Through Meta Apps

Mirax is a remote access Trojan (RAT) targeting Android devices in Spanish-speaking countries, identified by Outpost24's KrakenLabs in early March. It propagates fraudulent advertisements on Meta-owned applications, allowing cybercriminals to gain initial access. Mirax can interact with compromised devices in real time, converting them into residential proxy nodes through ads on platforms like Facebook and Instagram. It uses SOCKS5 protocol and Yamux multiplexing to establish proxy channels and uncover victims' IP addresses. The malware captures keystrokes, steals sensitive data, executes commands, and monitors user activity. It employs overlay pages to steal credentials and orchestrates distribution through Meta ads and GitHub for malicious APK files. Users are tricked into enabling installations from "unknown sources," and the malware disguises itself behind video playback features. Additionally, a threat actor has been offering Mirax as a malware-as-a-service (MaaS) on illicit forums, with subscription prices starting at ,500 for three months. This service is described as highly controlled and exclusive, primarily targeting Russian-speaking actors in underground communities.
Fake Claude site installs malware that gives attackers access to your computer
Tech Optimizer
April 13, 2026

Fake Claude site installs malware that gives attackers access to your computer

Claude, an AI tool developed by Anthropic, receives nearly 290 million web visits monthly and has become a target for cybercriminals. A fake website has been found that impersonates Claude, distributing a trojanized installer named Claude-Pro-windows-x64.zip. This installer, while appearing legitimate, deploys PlugX malware, granting attackers remote access to users' systems. The fraudulent site mimics the official download page and uses passive DNS records linked to commercial bulk-email platforms, indicating active maintenance by the operators. The ZIP file contains an MSI installer that incorrectly spells "Claude" as "Cluade" and creates a desktop shortcut that launches a VBScript dropper. This script runs the legitimate claude.exe while executing malicious activities in the background, including copying files to the Windows Startup folder to ensure persistence after reboot. The attack utilizes a DLL sideloading technique recognized by MITRE as T1574.002, where a legitimate G DATA antivirus updater is exploited with a malicious DLL. Within 22 seconds of execution, the malware establishes a connection to an IP address associated with Alibaba Cloud, indicating control over the compromised system. The dropper script also employs anti-forensic measures to delete itself and the VBScript after deployment. Indicators of compromise include the filenames Claude-Pro-windows-x64.zip, NOVUpdate.exe, avk.dll, and NOVUpdate.exe.dat, along with the network indicator 8.217.190.58:443 (TCP) as the command and control destination. Users are advised to download Claude only from the official site and to remain vigilant against potential compromises.
Fake Cloudflare CAPTCHA Pages Spread Infiniti Stealer On macOS
Tech Optimizer
March 30, 2026

Fake Cloudflare CAPTCHA Pages Spread Infiniti Stealer On macOS

Security researchers have identified a new macOS information stealer called Infiniti Stealer, which extracts sensitive information from Mac users using a social engineering tactic known as ClickFix. This method involves a counterfeit Cloudflare human verification page that prompts users to enter a command in their Mac Terminal, allowing the malware to bypass security measures. The infection process consists of three stages: 1. A Bash dropper script downloads and decodes a hidden payload. 2. A Nuitka loader, designed for Apple Silicon Macs, complicates detection by compiling Python code into a native application. 3. The final payload, Infiniti Stealer, harvests personal data such as browser passwords, macOS Keychain entries, cryptocurrency wallets, and captures screenshots. Indicators of Compromise (IOCs) associated with Infiniti Stealer include: - MD5 Dropper: da73e42d1f9746065f061a6e85e28f0c - SHA256 Stage-3: 1e63be724bf651bb17bcf181d11bacfabef6a6360dcdfda945d6389e80f2b958 - C2 Domain: update-check[.]com - C2 URL: https://update-check[.]com/m/7d8df27d95d9 - Panel: Infiniti-stealer[.]com - Packer Magic: 4b 41 59 28 b5 2f fd (KAY + zstd) - Debug Log: /tmp/.bs_debug.log
New Perseus Android Banking Malware Monitors Notes Apps to Extract Sensitive Data
AppWizard
March 19, 2026

New Perseus Android Banking Malware Monitors Notes Apps to Extract Sensitive Data

Cybersecurity researchers have identified a new family of Android malware called Perseus, designed for device takeovers and financial fraud. It utilizes Accessibility-based remote sessions for real-time monitoring and interaction with infected devices, particularly targeting Turkey and Italy. Perseus monitors user notes to extract personal or financial information and is distributed through dropper applications via phishing websites. It expands on the codebase of previous malware like Phoenix and employs disguises as IPTV services to reduce user suspicion. Once operational, it performs overlay attacks and captures keystrokes to steal credentials from financial applications. The malware allows operators to issue commands through a command-and-control panel, enabling various malicious actions, including capturing note content and initiating remote visual streams. Perseus also conducts environment checks to evade detection and ensure it operates on legitimate devices.
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