Abstract

This manuscript formalizes the architectural specification for Technical Paper 296 ("The Decentralized Multi-Node Mesh Grid Protocol"). Moving beyond the boundary controls of single-reactor hardware engines, this paper introduces a trustless, out-of-band peer-to-peer (P2P) synchronization fabric that scales the localized protections of the Silicon Coprocure Enforcement Interface (SCEI) across a distributed computing matrix. By decoupled network communication lines from standard software TCP/IP stacks and routing telemetry through a hardware-integrated Byzantine Fault Tolerant consensus bus, this architecture establishes a global Shared Thermodynamic Ceiling across all active edge locations. The network continuously tracks cumulative processing volumes (V_total) and aggregate infrastructure entropy (Psi_total) across all interconnected nodes. If a coordinated adversarial prompt or deep recursive execution loop attempts to exploit the cluster by distributing an unconstrained calculation across the graph, the hardware gateways execute an automated, localized graph shunting operation. The compromised node is instantly isolated and physically depowered via its internal analog crowbar switches, preventing systemic network blowout and maintaining absolute structural grounding and data provenance across the surviving mesh.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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