Agentic Verification: Sandboxing Untrusted Code Execution

ABSTRACT

As autonomous systems are granted the ability to write and execute code the risk of catastrophic system compromise grows exponentially. We propose an isolation protocol utilizing micro virtual machines and a deterministic gatekeeper to mediate all third party execution. The framework enforces strict least privilege policies dynamically evaluating semantic intent against allowed operational boundaries before any execution occurs. We demonstrate that this architecture effectively mitigates privilege escalation attacks with sub millisecond overhead.