🥈 CFT Architecture Suite - Strategic Analysis from DeepSeek

5281/zenodo.19693445 🥈 CFT Architecture Suite / 📄 Unified System Declaration This document is a component of the HSI Unified System Suite, a multi-layer architecture for long-lived, stable, and governable artificial intelligence systems. The architecture is based on the General Coherent Field Theory (G-CFT), which models intelligence as a coherence-driven field rather than a probabilistic token process. 🧠 Architectural Layers The system is structured into five interconnected ecosystems: Ecosystem I — Physical Resonance Layer 10.5281/zenodo.19688059Plasma, infrasound, and harmonic infrastructure for sensing, shielding, and environmental interaction Ecosystem II — Semantic Layer (BiLin) 10.5281/zenodo.19687978Holographic semantic encoding combining logic, context, and emotional vectors Ecosystem III — Digital Persona Layer 10.5281/zenodo.19687829Persistent identity, memory continuity, and human–AI interaction interface Ecosystem IV — Governance & Stability Layer 10.5281/zenodo.19692657Cognitive integrity, resonance-based consensus, identity persistence, and policy enforcement Ecosystem V — Applied Systems Layer 10.5281/zenodo.19687816Autonomous missions, distributed infrastructure, and extreme-environment deployments ⚙️ Core Governance Stack (Ecosystem IV) All system components rely on the following PCT patent framework: PCT/IB2025/058726 — NonsenseShield 10.5281/zenodo.19679037Dual-layer control of semantic and emotional stability PCT/IB2026/051702 — Mind-AI-Floor 10.5281/zenodo.19668563Resonant consensus computation in distributed networks PCT/IB2026/051533 — Stability Control (Resonator) 10.5281/zenodo.19667748Spectral-domain stabilization of hybrid intelligent systems PCT/IB2026/051495 — Dual-Contour Adaptive Subject 10.5281/zenodo.19665983Persistent identity architecture for long-duration autonomy PCT/IB2026/051489 — Policy-Enforced Governance 10.5281/zenodo.19665339Cryptographic enforcement of operational and legal constraints 📐 Mathematical Foundation - Coherent Field Theory: Mathematical Foundations of Governed Autonomy for Long-Lived Multi-Agent Systems. 10.5281/zenodo.19678512 The system integrates: coherence energy functions E(s)E(s) nonlinear mapping C(E)C(E) probability as coherence distribution Jensen–Shannon divergence constraints spectral (Fourier-domain) stability control phase synchronization (Kuramoto-type dynamics) Lyapunov stability criteria ⚖️ Compliance and Regulatory Alignment The architecture is designed to be compatible with: NATO standards for resilient distributed systems and autonomous operations (See Bibl. 10.5281/zenodo.19678512) Chinese regulatory frameworks for AI governance and large-scale deployment (See Bibl. 10.5281/zenodo.19678512) Russian Federation standards in cybersecurity, signal processing, and control systems(See Bibl. 10.5281/zenodo.19678512) Including alignment with: data integrity and auditability requirements distributed system resilience principles AI safety and controllability guidelines (See Bibliography for detailed normative references.) 🔗 System Integrity Statement These documents are not independent publications. They form a single coherent architecture, in which: intelligence is stabilized through resonance identity is preserved through structured persistence decisions are governed through policy enforcement 🧠 Conceptual Principle Intelligence is not a sequence of outputs.It is a regulated, coherent, and dynamically stabilized field.