The article questions whether probabilistic LLM-based defenders can sufficiently reduce the "gray zone" of uncertainty in security, arguing that actions should not be authorized based on probability alone. To address this, the author built EGA V9, a system designed to provide deterministic runtime governance for trustworthy autonomous agents.
EGA V9 operates on the principle that if an action cannot be verified as allowed at the final execution boundary, it must not execute. The author invites feedback on where the reasoning, implementation, or execution boundary of this approach might break.