S³–CORE™ v2: Sovereign Command Architecture & Procurement-Executable Governance Stack A Constitution-Bound AI Decision Instantiation, Infrastructure Override, Treaty Compliance, and Sovereign Risk-Cost Execution Framework for Defence-Grade Deployment

Zenodo Description (S³–CORE™ v2 — 9-PDF Procurement Stack) \documentclass{article} \usepackage{amsmath,amssymb} \begin{document} \title{S³–CORE™ v2: Sovereign Command Architecture \& Procurement-Executable Governance Stack} \date{} \maketitle \section*{Repository Description} This repository contains the final authoritative deployment release of the S³–CORE™ v2 framework (Sovereign System of Structured Command, Oversight, Recurrence \& Execution), constituting a constitution-bound meta-operating architecture for sovereign decision instantiation, AI-executable command governance, procurement-auditable oversight, critical infrastructure override logic, treaty-compliant operational authorization, and recurring legitimacy enforcement across civil, defence, intelligence, economic, and institutional execution environments. The framework operationalizes sovereign state authority through formally structured Decision Objects (DOs), ensuring that all execution layers remain legally attributable, temporally bounded, institutionally eligible, and renewal-dependent under Recurring Control Loop Engine (RCLE) enforcement. \section*{Formal Decision Instantiation Model} \[ DO = \{A, J, E, T, R, O\} \] Where: \begin{itemize} \item $A$ = Legal Authority Source \item $J$ = Jurisdiction Mapping \item $E$ = Execution Eligibility \item $T$ = Temporal Validity \item $R$ = Review Cycle Interval \item $O$ = Override Trigger Set \end{itemize} \section*{RCLE Renewal Constraint} \[ DO(t+1) = \begin{cases} Renewed & \text{if legal continuity holds} \\ Expired & \text{otherwise} \end{cases} \] \section*{Autonomous Execution Eligibility} \[ AE(t) = \Theta(DO) \cdot \Sigma(t) \] Where: \begin{itemize} \item $\Theta(DO)$ = AI Deputization Function \item $\Sigma(t)$ = Emergency Sunset Operator \end{itemize} \section*{Budget Exposure Mapping} \[ B = \sum_{i=1}^{n} (AE_i \cdot C_i) \] \section*{Procurement Audit Alignment} \[ SIM = f(DO,RCLE,AE) \] \section*{Deployment Structure (9-PDF Procurement Stack)} \begin{enumerate} \item Final Authoritative Canon \item Decision Object \& RCLE Mathematical Specifications \item Strategic AI Rules of Engagement Compiler (S-AIREC) \item Treaty Compliance Execution Layer (TCEL) \item Critical Infrastructure Command Overlay (CICO) \item Sovereign Procurement Integration Protocol (SPIP) \item Sovereign Risk-Cost Simulation Engine (SR-CSE) \item Pilot Deployment Blueprint Pack (PDBP) \item Mathematical \& Temporal Execution Architecture \end{enumerate} \end{document} Python Metadata Integrity Engine class DO: def __init__(self,A,J,E,T,R,O): self.A=A self.J=J self.E=E self.T=T self.R=R self.O=O class RCLE: def renew(self,legal_continuity): if legal_continuity: return "Renewed" else: return "Expired" class AIExecution: def theta(self,DO): return DO.E class Sunset: def sigma(self,t,tau): if t<tau: return 1 else: return 0 class BudgetExposure: def B(self,AE,C): return sum([AE[i]*C[i] for i in range(len(AE))]) class SIM: def f(self,DO,RCLE,AE): return len(DO)+len(str(RCLE))+sum(AE)