Reports
AI-generated structured vendor updates
Trend Micro Vision One 2.0: AI-Native Security Platform, But Control Point Battle Intensifies
Trend Micro launched Vision One 2.0, an AI-native unified security platform integrating 50+ tools across endpoints, cloud, networks, and email. It features an AI security analyst, Companion, reducing response time from hours to minutes. The platform's core is a behavioral AI model for predicting and blocking ransomware encryption.
Trend Micro Report Highlights AI Supply Chain Risks and Model Attack Surfaces
Trend Micro's 'Fault Lines in the AI Ecosystem' report systematically analyzes security risks in the AI supply chain, including training data poisoning, third-party plugin vulnerabilities, and model theft attacks. It indicates that enterprise AI security boundaries have expanded from traditional IT infrastructure to the model layer and data pipelines.
Trend Micro Reveals Novel Docker Desktop WSL2 VM Escape Attack Surface
Trend Micro has discovered novel virtual machine escape techniques in Docker Desktop under WSL2, allowing attackers to leverage exposed internal APIs and configuration mechanisms to break out of the container environment and execute arbitrary code on the host. This exposes serious security boundary risks hidden within development toolchains.
Trend Micro Highlights Power Automate as an Enterprise Automation Security Blind Spot
Trend Micro's research report reveals that the complexity of low-code automation tools like Microsoft Power Automate is being exploited by cybercriminals to evade detection and exfiltrate data. The study highlights critical security risks from visibility gaps within automation platforms and warns of growing demand for such attack capabilities in the cybercriminal underground.
Trend Micro Exposes Azure DNS Design Flaw Enabling Cloud Infrastructure Takeover
Trend Micro's TrendAI™ research team disclosed a security vulnerability "by design" in the Azure cloud platform. DNS records of deleted Azure resources may persist, allowing attackers to exploit these lingering DNS names to hijack trusted endpoints and compromise dependent systems, highlighting a critical but often overlooked trust inheritance risk in cloud infrastructure.