Vulnerabilities Exploits Indicators of Compromise Google TAG Malware Detection Attack Vectors Malware Campaigns Vulnerability Management Incident Response Malware Analysis Malicious Software Data Theft Malware Spyware Google Threat Analysis Group Nation-State Actors Exploitation Google Hacking Techniques Malware Types Banking Trojans Phishing Data Breaches Government-Sponsored Attacks Hacking Groups Bug Hunting Identity Security Vulnerability Disclosure Homeland Security Persistent Threats Detection Evasion Techniques Attack Techniques Detection Techniques Fileless Attacks VirusTotal Malware Evolution Social Engineering Bootkits Phishing Campaigns Vulnerability Exploitation Malicious Activities Koi Security Attack Phases ThreatFabric Zimperium Research Security Research Ransomware Ransomware Variants Coordinated Disclosure Attack Patterns Mandiant State-Sponsored Attacks Android Security Statistical Reporting Supply Chain Attacks Malicious Code Vulnerability Assessment Malware Evasion Techniques Malware Variants Malware Delivery Methods Advanced Persistent Threats Data Exposure Cyber Espionage Vulnerability Reporting Malware Behavior Infostealer Evolution Malware Distribution AI-generated Content Firmware Vulnerabilities Phishing Techniques Surveillance Operations Browser Security Disinformation Campaigns Social Media Foreign Threats DDoS Attacks Exploit Development Credential Theft Cyber Incidents Generative AI Cybercrime Zero-Day Vulnerabilities Proof of Concept Exploit Attempts Encryption Defense Strategies Malware Techniques Information Security Emerging Threats Cybercriminal Motivations Incident Investigation Data Protection Credential Stuffing
Researchers attribute the campaign to a supply‑chain compromise embedding code in a core Android library, thwarting easy removal.
