WRRA Core 1.0: A Domain-Agnostic Execution Architecture

Abstract

WRRA Core 1.0 defines a frozen, domain-agnostic execution architecture derived from Minimal Computing Cosmology but independent of any specific physical theory or application. Its three constitutional invariants are Minimum Viable Computation, Common Carrier, and Phenotype. These are combined with the Fixed-Present, Ownership, Boundary, Renderer, Record/Ledger, and Fail-Closed principles to describe how a system receives a SOURCE, organizes RELATIONS and STATE, preserves past effects as present RESIDUE or RECORD, updates the next present through reusable carriers, and renders observable PHENOTYPES.The document separates the invariant WRRA Core from changeable Domain Profiles, so revisions in cosmology, physics, biology, artificial intelligence, economics, meteorology, mathematics, or methodology do not automatically require a revision of the Core. It also records the complete WRRA application lineage through 7 September 2026, including WRRA-Physics and Minimal Computing Cosmology, WRRA-Bio, WRRA-Cell, WRRA-AI, WRRA-Worm, WRRA-Econ, WRRA-Met, WRRA-Math/WJNS, and the Interpretation–Prediction Boundary framework.The specification provides formal execution equations, ownership rules, validation contracts, domain mappings, minimum conformance conditions, a Core checklist, version-control rules, and a standard template for constructing future WRRA Domain Profiles. Claims are explicitly separated into interpretation, computation, prediction, control, and OPEN states to prevent structural models from being misrepresented as empirical validation. WRRA Core 1.0 is therefore presented as a reusable audit grammar for complex systems: how they execute the present, transport information and resources, generate observable expressions, preserve records, and distinguish minimally sufficient structure from both deficiency and excess.