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May 7, 20260 citationsOpen Access

Deterministic Infrastructure: A General Theory of Identity-Routed Autonomous Physical Systems

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RARonald Jason Andrews

Key Points

  • This research explores the concept of Deterministic Infrastructure and its relevance across various domains.
  • Introduces the concept of Deterministic Infrastructure based on previous works.
  • Characterizes defining properties of autonomous physical systems.
  • Predicts future applications in multiple physical domains.
  • Identifies the need for a new generation of autonomous infrastructure.
  • Illustrates the universal properties of Deterministic Infrastructure.
  • Proposes a framework for building cyber-physical systems.

Abstract

Three papers precede this one. The first defined Meridian — a four-layer deterministic wireless energy routing architecture Meridian Architecture, 2026. The second demonstrated that Meridian is structurally isomorphic to a biological organism — the first complete physical instantiation of the Lume Synthetic Organism model Meridian Organism, 2026. The third extended Meridian toward a universal protocol standard for energy delivery at internet scale Energy Internet, 2026. Each paper made a contribution to a single physical domain: wireless energy routing. This paper steps back from the energy domain and asks what these three papers collectively demonstrate about autonomous physical infrastructure in general. I argue that Meridian is one instance of a general class of systems I call Deterministic Infrastructure — autonomous physical systems that operate under four defining properties: verified identity at every node, explicitly routed resources through topology-aware mesh protocols, invariant-enforced homeostasis at every operational layer, and organism-like self-maintenance in the absence of external supervision. I demonstrate that this class is not unique to the energy domain. The Trust Layer ecosystem 16 is a Deterministic Infrastructure instance in the identity and data domain. The DAIGS framework 17 is a Deterministic Infrastructure instance in the multi-agent computation domain. Future instances in the transportation, manufacturing, and emergency coordination domains are predicted and characterized. The 42 Assumptions 15 — the foundational axioms of the Lume ecosystem — are the universal axioms of Deterministic Infrastructure. Any system built on them, in any physical domain, will converge toward the same organizational form: the Synthetic Organism model Meridian Organism, 2026. The Lume language 15 is the substrate that makes this convergence repeatable and buildable rather than emergent and accidental. Lume-X 19 is the control runtime that enforces it at operational frequencies. Lume-V 18 is the verification layer that proves it before deployment. The central claim of this paper is this: the world is about to need a new generation of physical infrastructure — infrastructure that operates autonomously, heals without human intervention, routes resources rather than broadcasting them, and maintains identity and governance integrity without central authority. Deterministic Infrastructure is the design paradigm for that new world. The Lume ecosystem is the first complete framework for building it. Keywords: deterministic infrastructure, autonomous physical systems, verified identity, invariant enforcement, organism-like self-maintenance, resource routing, Lume, Meridian, Trust Layer, DAIGS, general theory, design paradigm, cyber-physical systems Protected under U.S. Provisional Patent Application No. 64/032,339, Filed April 7, 2026.

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Cite This Study

Ronald Jason Andrews (2026) studied this question.

synapsesocial.com/papers/69fbef86164b5133a91a37f2https://doi.org/10.5281/zenodo.20034559
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