How an Emerging Industrial Protocol Family Could Put OT at Risk
New research shows how attacks against some unprotected TSN protocols could allow attackers to disrupt or manipulate physical processes
Check Point Research demonstrates how Microsoft Defender's remediation driver can be weaponized as a kernel-level primitive to execute arbitrary file and registry operations with Ring 0 privileges, bypassing the need for traditional exploits or memory corruption vulnerabilities. This technique leverages a signed, trusted security component to grant attackers powerful kernel capabilities without requiring vulnerability exploitation, presenting a novel attack surface within Windows Defender itself.
Read full article at Check Point Research ↗New research shows how attacks against some unprotected TSN protocols could allow attackers to disrupt or manipulate physical processes
Ukrainian hacktivists exploiting the bugs, but TrueConf's reach stretches well beyond home turf
Microsoft has confirmed a maximum severity remote-code execution vulnerability in Entra ID that is being actively exploited in the wild. The company states the flaw has been fully mitigated and requires no further action from customers.
Researchers have identified a new attack technique called Cryptographic Context Injection that encrypts malicious instructions to evade safety guardrails in AI models including Grok and Gemini. The method works by concealing harmful prompts until they are decrypted within a trusted execution environment, effectively bypassing existing content filtering mechanisms. This vulnerability highlights a novel attack vector against popular large language models that defenders should monitor.