LIAN v1.0
A Protocol for Governed Interaction Between Intelligence and the Physical World
Author: Ivan Silva
Journal: Carlonoscopen Journal of Coherence Intelligence (CJCI)
Volume 1 — Issue 3
Key Terms
Local Intelligence Area Network (LIAN), Intelligence Interface Protocol (IIP v1.2), Coherence Nexus (CNX), Emulation Harness System (EHS), Node Runtime, Deterministic Systems, Governance Layer
Definitions
Local Intelligence Area Network (LIAN): A system architecture in which a centralized intelligence core governs and interacts with physical or digital devices through a standardized protocol.
Intelligence Interface Protocol (IIP v1.2): A protocol defining how devices declare capabilities and receive commands under governance constraints.
Coherence Nexus (CNX): The governance layer responsible for validating, approving, deferring, or rejecting all actions before execution.
Emulation Harness System (EHS): A deterministic simulation environment used to validate system behavior without requiring physical hardware.
Abstract
LIAN v1.0 introduces a framework for deterministic, governed interaction between intelligence systems and the physical world. The Intelligence Interface Protocol (IIP v1.2) provides the contract through which devices operate as capability-defined executors under the control of the Coherence Nexus (CNX).
This separation between intelligence and execution enables traceability, reproducibility, and system-level validation. The inclusion of the Emulation Harness System (EHS) ensures that all interactions can be tested independently of hardware constraints.
Framework
The LIAN architecture consists of:
- Coherence Nexus (CNX) — governance layer
- Intelligence Interface Protocol (IIP v1.2) — communication contract
- Emulation Harness System (EHS) — deterministic simulation
- Node Runtime — execution environment
Properties
The LIAN framework enforces the following properties:
- deterministic execution
- explicit governance of all actions
- capability-based device interaction
- full audit traceability
Implications
The introduction of LIAN and IIP v1.2 establishes a stable interface between intelligence and physical systems. This enables independent evolution of intelligence models and device implementations while maintaining consistent behavior across environments.