Cybersecurity & AI Systems / Working paper

From Implicit Execution to Deterministic Control

A Unified Control-Plane Architecture for Network and Execution Security

Skip Middleton · ORCID 0009-0001-4524-467X

Abstract overview

This paper examines implicit execution: the assumption that an input, connection, or instruction may act because it has reached a system. It outlines a common approach to evaluating authority before action, using IVD-N for network behavior and IVD-ACP for execution-related decisions. The discussion connects network policy, bounded authority states, and auditable decisions, and reports an example in an agent environment.

Editorial summary of the author’s abstract. The linked paper contains the full argument.

Why this question matters

The paper gives technical readers a framework for considering network mitigation and automated execution together. For boards and operators, it raises a governance question: how can a system distinguish information it may read from actions it may carry out?

Scope and status

An architectural working paper and reported bounded validation are not evidence of universal attack prevention, production readiness, or independent peer review. Current evaluation scope is described by the IVD project.

For the current public description of the systems, see Invariant Vector Defense.

Keywords

  • control-plane security
  • network defense
  • deterministic admissibility
  • AI systems

Suggested citation

Middleton, Skip. “From Implicit Execution to Deterministic Control A Unified Control-Plane Architecture for Network and Execution Security.” Working paper, April 2, 2026. Posted on SSRN April 28, 2026. https://doi.org/10.2139/ssrn.6512000.

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