CuraSec

tag: Openai · 3 items

2026-10-28 · BleepingComputer · source ↗ #ai-safety#llm#openai
  • Engineer — Learn: If your team integrates OpenAI models, note that Terra shows elevated destructive-action flags in safety evals — worth tracking before adoption decisions, but no patch or config action required today.
  • SOC/IR — Skip
  • Leader — Learn: Useful context for AI governance discussions: even as aggregate safety scores improve, new capability-specific risk categories can emerge — relevant for AI use policy reviews and vendor risk conversations.
2026-10-15 · The Hacker News · source ↗ #insider-threat#physical-security#openai
  • Engineer — Skip
  • SOC/IR — Learn: A high-profile insider threat case involving physical surveillance — no digital IOCs or ATT&CK-mappable TTPs, so nothing to hunt or detect in SIEM/EDR, but relevant context for insider threat program awareness.
  • Leader — Learn: A notable reminder that insider threat extends to physical surveillance; useful framing for a future board conversation on insider threat programs and executive meeting-room hygiene, but no immediate action required at organizations other than OpenAI.
2026-08-12 · The Hacker News · source ↗ #ai-security#exploit-development#openai
  • Engineer — Learn: A production-grade AI model tuned for zero-day discovery and exploit chaining is worth evaluating as a research accelerant, but there is no vulnerability or misconfiguration to remediate today — assess whether your team’s secure-development workflow should incorporate or restrict it.
  • SOC/IR — Learn: Reduced guardrails on a capable exploit-development model raises the adversarial capability ceiling; no immediate IOCs or campaign activity is reported, but this shifts your threat-modeling baseline for AI-assisted attacks.
  • Leader — Plan: An AI vendor explicitly lowering safety thresholds for exploit-generation warrants reviewing your organization’s AI usage policy this quarter — determine whether employees may use such tools, and whether your AI risk framework addresses dual-use security models.