Other noteworthy stories that might have slipped under the radar: Nvidia cloud gaming data breach, Android 17 security upgrades, FBI warning after ShinyHunters hacks Canvas. The post In Other News: Big Tech vs Canada Encryption Bill, Cisco’s Free AI Security Spec, Audi App Flaws appeared first on SecurityWeek .
A new variant of the TrickMo Android banking trojan was identified between January and February 2026, representing a substantial platform redesign rather than new capabilities. The malware has migrated its command-and-control infrastructure entirely onto The Open Network (TON) using .adnl endpoints, moving away from conventional internet infrastructure. Active campaigns have targeted banking and wallet users in France, Italy, and Austria. Once accessibility permissions are granted, operators gain real-time device control including credential phishing, keylogging, screen recording, SMS interception, and bidirectional remote control. New features include network reconnaissance capabilities and SSH tunnelling that transform infected devices into programmable network pivots and SOCKS5 proxy exit nodes, enabling operators to bypass IP-based fraud detection systems while accessing victim networks.
CVE-2026-0073 affects Android’s System component and it can be exploited without any user interaction. The post Critical Remote Code Execution Vulnerability Patched in Android appeared first on SecurityWeek .
The maximum reward for a zero-click Pixel Titan M exploit with persistence has increased to $1.5 million. The post Google Adjusts Bug Bounties: Chrome Payouts Drop as Android Rewards Rise Amid AI Surge appeared first on SecurityWeek .
Offered as a MaaS to a small number of affiliates, mainly Russian speakers, the RAT can turn devices into residential proxy nodes. The post Mirax RAT Targeting Android Users in Europe appeared first on SecurityWeek .
Mirax is a newly identified Android Remote Access Trojan operating as Malware-as-a-Service, actively targeting European users, particularly in Spanish-speaking regions. Distributed through Meta advertisements and GitHub-hosted droppers, the malware has reached over 200,000 accounts. It employs sophisticated techniques including dynamically fetched HTML overlays, comprehensive keylogging, and remote device control capabilities. A distinctive feature is its integration of SOCKS5-based residential proxy functionality, transforming infected devices into proxy nodes that enable attackers to route traffic through legitimate residential IP addresses. This capability allows operators to bypass geolocation restrictions and evade fraud detection systems while conducting account takeovers and transaction fraud. The malware uses commercial-grade obfuscation through Golden Encryption and establishes persistence through Accessibility Service abuse.
The feature allows enterprise users to compose and read end-to-end encrypted messages natively on their mobile devices. The post Gmail Brings End-to-End Encryption to Android and iOS for Enterprise Users appeared first on SecurityWeek .
The security hole affected an EngageLab SDK and it was reported by Microsoft to the vendor one year ago. The post Microsoft Finds Vulnerability Exposing Millions of Android Crypto Wallet Users appeared first on SecurityWeek .
Dozens of such keys can be extracted from apps’ decompiled code to gain access to all Gemini endpoints. The post Google API Keys in Android Apps Expose Gemini Endpoints to Unauthorized Access appeared first on SecurityWeek .
A critical DoS vulnerability in the Framework component of Android has also been fixed with the latest update. The post Severe StrongBox Vulnerability Patched in Android appeared first on SecurityWeek .
Other noteworthy stories that might have slipped under the radar: Symantec vulnerability, anti-ClickFix mechanism added to macOS, FBI hack classified as major incident. The post In Other News: ChatGPT Data Leak, Android Rootkit, Water Facility Hit by Ransomware appeared first on SecurityWeek .
Other noteworthy stories that might have slipped under the radar: vulnerabilities found in KVM devices, Claudy Day Claude vulnerabilities, The Gentlemen ransomware group. The post In Other News: New Android Safeguards, Operation Alice, UK Toughens Cyber Reporting appeared first on SecurityWeek .
Perseus is a new Android threat that builds upon earlier malware families like Cerberus and Phoenix. It enables real-time monitoring and interaction with infected devices through Accessibility-based remote sessions, allowing full Device Takeover. The malware focuses on extracting high-value personal information, including monitoring user notes. It employs strong anti-analysis measures to evade detection. Perseus is primarily distributed through IPTV applications, targeting users in Turkey and Italy. Its capabilities include overlay attacks, keylogging, and systematic exploration of note-taking apps. The malware performs extensive environment checks to detect analysis conditions and assess device risk. Perseus represents the ongoing evolution of mobile malware, adapting to remain effective in an increasingly secure mobile environment.
How to protect yourself from the BeatBanker Android trojan, which steals cryptocurrency, hijacks your hardware for crypto mining, and swipes all your data.
BeatBanker is a sophisticated Android malware campaign targeting Brazil. It spreads through phishing attacks using a fake Google Play Store website. The malware combines a cryptocurrency miner and a banking Trojan capable of hijacking devices and overlaying screens. It employs creative persistence mechanisms, including playing an inaudible audio loop. BeatBanker monitors device status, disguises itself as legitimate apps, and targets cryptocurrency transactions on Binance and Trust Wallet. Recent variants have replaced the banking module with the BTMOB remote administration tool, expanding its capabilities. The threat demonstrates advanced evasion techniques, uses Firebase Cloud Messaging for command and control, and targets multiple browsers for data collection. Victims are primarily located in Brazil, with some samples spreading via WhatsApp.
A targeted campaign has been identified distributing a trojanized version of the Red Alert rocket warning Android app to Israeli users via SMS messages impersonating official Home Front Command communications. The malicious app retains full rocket alert functionality while running malicious code in the background. It bypasses Android security checks through certificate spoofing and runtime manipulation. Once installed, the malware collects sensitive data including SMS messages, contacts, location data, device accounts, and installed applications. The stolen data is transmitted to a remote command-and-control server. This campaign exploits user trust in emergency services during periods of geopolitical tension, combining social engineering with mobile espionage for maximum impact.
An integer overflow or wraparound in the Qualcomm graphics component, the bug leads to memory corruption. The post Android Update Patches Exploited Qualcomm Zero-Day appeared first on SecurityWeek .
The malware leverages Gemini to analyze on-screen elements and ensure that it remains on the device even after a reboot. The post PromptSpy Android Malware Abuses Gemini AI at Runtime for Persistence appeared first on SecurityWeek .
ESET researchers have discovered PromptSpy, the first known Android malware to abuse generative AI in its execution flow. This malware uses Google's Gemini AI to analyze screen content and provide instructions for UI manipulation, allowing it to adapt to various devices and layouts. PromptSpy's main purpose is to deploy a VNC module for remote access to the victim's device. It also abuses the Accessibility Service to block uninstallation, captures lockscreen data, and records video. The campaign appears to target users in Argentina and was likely developed in a Chinese-speaking environment. PromptSpy demonstrates how incorporating AI tools can make malware more dynamic and capable of real-time decision-making, potentially expanding the pool of potential victims.
A new Android banking Trojan named Massiv has been discovered, posing a significant threat to mobile banking users. This malware allows remote control of infected devices and enables Device Takeover attacks, leading to fraudulent transactions from victims' accounts. Massiv is distributed through side-loading, often masquerading as IPTV applications. It features overlay functionality, keylogging, and SMS/Push message interception to steal sensitive data. The malware has targeted government applications and digital identity wallets, particularly in Portugal. Massiv supports screen streaming and UI-tree modes for remote control, bypassing screen capture protections. The trend of malware masquerading as IPTV apps is increasing, exploiting users' willingness to install from unofficial sources.
