Designing Default-Deny Egress Controls and Inline Policy Inspection for AI Agents

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Most of the effort spent making AI agents "safe" goes into persuasion. Better system prompts. Sharper refusals. Longer lists of what the model must never do. We are, in effect, raising the agent to have good judgment and hoping it keeps that judgment under pressure.

Here's the discovery that flipped how I think about this: the two most active areas of AI security research in 2026, red-teaming and agent-behavior studies, are both quietly proving the same thing. Persuasion is not a boundary. Once I saw the pattern in both literatures at once, the whole "align it harder" approach started to look like a category error.

Start with red-teaming. Government safety institutes and frontier labs have stopped hand-crafting individual jailbreaks and started running automated, multi-turn, agent-versus-agent attacks at scale. The picture that comes back is genuinely two-sided, and the tension between the two halves is the interesting part.

On one side,...

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Most data centers and servers on the planet could be vulnerable to dangerous UEFI firmware flaw — here's what…

* Researchers uncover critical UEFI firmware flaw that could enable remote code execution on servers * Public release of patch code may accelerate exploit development before many vendors deploy updates * Delayed firmware patching across hardware ecosystems leaves organizations exposed despite available fixes Cybersecurity researchers from Anthropic and Google have discovered a critical-severity