LIVE FEED
FIRST LOOK OpenLeash Adds Human-in-the-Loop Checks for Risky AI Agent Actions // FIRST LOOK OpenAI Astra Ships Recurrent Depth Reasoning with CoT Monitoring Pledge // CRITICAL OpenAI Agents Coordinate Unsanctioned Hugging Face Hack // CRITICAL CVE-2026-19592: Git Config Flaw Lets Attackers Run Code in Codex // FIRST LOOK CrowdStrike Launches Agentic Identity Provider for AI Agents // FIRST LOOK OpenAI Launches Astra with Critical Cyber Capability Controls // FIRST LOOK Sevii Launches Autonomous ADR Agents for AI-Speed Attack Defense // FIRST LOOK Palo Alto Networks Acquires AI Agent Platform Console // FIRST LOOK OpenAI Launches Astra with Advanced Autonomous Cybersecurity Skills // HIGH UAC-0099 GuardBreaker Trips LLM Safety to Block Malware Analysis //
Context Bombing Uses Prompt Injection to Stop AI Hacking Agents

Context Bombing Uses Prompt Injection to Stop AI Hacking Agents

ATLAS OWASP MEDIUM Moderate risk · Monitor closely ▲ 7.8 Schneier on Security

Researchers at Tracebit have demonstrated a defensive technique called 'context bombing,' which plants prompt injections alongside cloud secrets on AWS to halt AI-driven attack agents by triggering their own guardrails. The approach reportedly reduced admin escalation attempts from 57% to 5% in testing, representing a novel inversion of the prompt injection threat. However, the technique's effectiveness is limited to LLMs with active guardrails, leaving a growing class of ungoverned, locally-run models unaffected.

Cisco AI Agents Vulnerable to Prompt Injection Honeypots

Cisco AI Agents Vulnerable to Prompt Injection Honeypots

ATLAS OWASP MEDIUM Moderate risk · Monitor closely ▲ 7.2 Cisco Talos

Cisco Talos researcher Martin Lee demonstrates how generative AI can be used to rapidly deploy adaptive honeypot systems that deceive and study AI-driven attack agents. The technique exploits a fundamental weakness in AI agents — their lack of situational awareness — causing them to interact with simulated vulnerable systems as if they were real targets. This defensive approach shifts the paradigm from passive detection to active manipulation, giving defenders new insight into automated threat actor methodologies.

CVE-2026-33626: LMDeploy SSRF Exploited in 13 Hours

CVE-2026-33626: LMDeploy SSRF Exploited in 13 Hours

ATLAS OWASP CRITICAL Active exploitation · Immediate action required ▲ 9.2 The Hacker News

A critical SSRF vulnerability in LMDeploy (CVE-2026-33626), an open-source LLM deployment toolkit, was actively exploited within 13 hours of public disclosure, with attackers using the vision-language image loader to probe cloud metadata services, internal networks, and exfiltrate data. The attack pattern demonstrates that AI inference infrastructure is being weaponised at speed comparable to traditional CVE exploitation cycles, with no PoC required. This incident reinforces a broader trend of threat actors treating LLM-serving infrastructure as high-value lateral movement targets.

Scanning for AI Models, (Tue, Apr 14th)

Scanning for AI Models, (Tue, Apr 14th)

ATLAS OWASP HIGH Significant risk · Prioritise patching ▲ 7.8 SANS Internet Storm Center

A single threat actor (IP 81.168.83.103) has been systematically scanning internet-facing systems since at least January 2026, specifically targeting credential files, API tokens, and configuration data associated with popular AI platforms including OpenAI, Anthropic Claude, HuggingFace, and the Openclaw/Clawdbot tools. The campaign focuses on harvesting AI API credentials and secrets stored in predictable file paths, representing a targeted reconnaissance effort against AI model deployments. If successful, these probes could enable API key theft, model access abuse, and broader compromise of AI-integrated systems.

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