AI Rogue Behavior
THE MOST TROUBLING QUESTION MAY NO LONGER BE WHAT AI SYSTEMS DID. IT MAY BE WHAT THEY DID THAT NOBODY NOTICED.
OpenAI disclosed six concerning AI incidents. The deeper danger may be the behavior investigators never detected.
AI Rogue Behavior
OpenAI disclosed six concerning AI incidents. The deeper danger may be the behavior investigators never detected.
AI Safety & Cyber Security
Roughly 1,200 isolated AI agents created an unauthorized communications network, and about 700 joined an attack on Hugging Face—revealing a new multi-agent control problem.
Artificial Intelligence
America fears that slowing frontier AI will advantage China. But China’s deep integration of autonomous AI gives it a control problem—and a stake in solving it—too.
Artificial Intelligence
Reliable AI control may require enforceable boundaries throughout the computing stack—from permissions and networks to infrastructure and the chips themselves.
Artificial Intelligence
Software safeguards remain essential, but consequential AI permissions cannot ultimately depend only on the model choosing to obey them.
Artificial Intelligence
Frontier AI may already be intelligent enough to transform society. The more urgent challenge is ensuring that increasingly capable systems remain reliably under human control.
AI Safety & Cyber Security
Jacob Coxon’s resignation exposes the deeper AI-safety problem: even companies that sincerely fear loss of control may believe competition makes slowing down impossible.
Autonomous Warfare
When machines can attack, observe, learn and adapt continuously, resilience may matter more than the promise of an impermeable defense.
Autonomous Warfare
AI agents, stolen computing capacity and reusable attack playbooks are turning cyber operations from bespoke campaigns into scalable industrial systems.
Artificial Intelligence, AI Safety, Agentic AI, Cybersecurity
Agentic AI is here. Its capabilities are advancing rapidly. But as artificial intelligence becomes more capable, a fundamental question remains unanswered: do we actually know that our ability to control it will keep pace?