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WO WO IRTS-2026-000002 D0 20260522 WO IRTS-2026-000002 20260522 20260101 G06F 9/44 Dikenga 4-Phase Biomorphic Computing Architecture for Dual-Brain AI Systems Kumina Mosi Transnational Customary Polity Joshmar Walford Customary name: Joshmar Walford. Authorised discloser acting on behalf of community. No individual IP rights asserted. true JM Kumina Mosi Transnational Customary Polity Technical Invention Disclosure — Not Traditional Knowledge. WIPO IGC TCE/ATK categories not applicable. Filed as prior art under PCT Rule 34 (2026 Revision, Annex H). 2026-05-22 IEEE2890-PROV-E94B127ED1A7 DSI-IRTS-000002-20260522 KMTCP-CONSENT-20260522-002 IEEE2890-PROV-E94B127ED1A7 ARCHITECTURE_READY_TREATY_PENDING computational_architecture DEFENSIVE_ONLY DEFENSIVE DISCLOSURE — MBUNGU OS SYSTEM ARCHITECTURE. A biomorphic operating system architecture structured around the Dikenga 4-phase cosmological clock (Musoni, Kala, Tukula, Luvemba). The system implements a dual-brain routing protocol where queries are dynamically routed between a local LLM execution environment and a global API environment based on system resonance and temporal phase. The architecture integrates 5 Industrial Faculties (Education, Medicine, Law, Engineering, Governance) mapped to computing primitives, with execution bound to human biometric cycles (10.5-second breath sync). Technical implementation details: (1) Phase State Machine — a 4-state finite automaton where each state corresponds to a cosmological quarter: Musoni (germination/initialisation), Kala (growth/processing), Tukula (maturation/output), and Luvemba (rest/garbage collection). State transitions are governed by temporal phase alignment and system load metrics. (2) Dual-Brain Routing Engine — a decision module evaluating query complexity, data locality requirements, latency constraints, and current phase alignment to route each task to either the local LLM execution environment (on-device inference) or the global API environment (cloud-based inference). Routing decisions are logged with IEEE 2890-2025 provenance markers. (3) Biometric Synchronisation Layer — accepts heartbeat and respiratory cycle inputs (target 10.5-second breath cycle) as execution gates, requiring human physiological co-presence for task authorisation. This prevents autonomous agent execution without human oversight. (4) Faculty Dispatch Module — maps each of the 5 Industrial Faculties to specialised processing pipelines with dedicated context windows, prompt templates, and output validation rules. Each faculty operates under a cryptographic employment contract (see IRTS-2026-000004). This establishes absolute prior art for phase-based, cosmologically-aligned AI orchestration and dual-brain resonance routing under the PCT Minimum Documentation framework. DEFENSIVE DISCLOSURE — PRIOR ART ESTABLISHMENT. This record (IRTS-2026-000002) establishes absolute prior art under PCT Rule 34 (2026 Revision, Annex H) and WIPO ST.96 V10.0 for the knowledge system identified in the title and abstract. Filing date: 2026-05-22. RFC 3161 cryptographic timestamp (FreeTSA.org) provides independently verifiable date-certain proof. Conditions of use: DEFENSIVE_ONLY. Governance authority: Kumina Mosi Transnational Customary Polity. FPIC reference: KMTCP-CONSENT-20260522-002. Novel operating system architecture integrating the Kongo Dikenga cosmogram — a traditional cosmological framework from the Bakongo civilisation — as a computational state machine for artificial intelligence agent orchestration. The system implements phase-aligned routing between local on-device and cloud-based execution environments, with biometric gating requiring human physiological synchronisation for task authorisation. Classified under IPC G06F 9/44 (operating system architectures). IEEE2890-PROV-E94B127ED1A7 Kumina Mosi Transnational Customary Polity 2026-05-22 DEFENSIVE_ONLY DSI-IRTS-000002-20260522