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May 10, 20260 citationsOpen Access

System of Eternity (SOE): Architecture Design v2 — Institutional Mechanisms Integration Snapshot

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QYQianJun Yu

Key Points

  • The aim is to present the updated Governance Architecture for the System of Eternity, integrating recent findings and component updates.
  • Detailed the nine-part architecture structure including various functional components and their roles.
  • Highlighted key updates from previous versions pertaining to conditional triggers and node classifications.
  • Summarized simulation-constrained findings regarding network topology, redundancy requirements, and monitoring needs.
  • Identified three hubs as the minimum for hub-redundancy mitigation under current deployment assumptions.
  • Confirmed that star topology remains disallowed and local stress monitoring is critical under specified regimes.
  • Established that various calibration items need further development for robust architecture planning.

Abstract

This record provides the updated System of Eternity (SOE) Governance Architecture synthesis, superseding the prior Architecture Design v2 Integration Snapshot as the current architecture planning base. SOE Governance Architecture v2. 2 specifies a nine-part architecture consisting of C00 Program Index plus C01–C08 functional components: Trust Integrity Layer, Recovery Engine, Disturbance Buffer, Stability Lock Mechanism, Structural Support Layer, Governance Module, Meta Governance Layer, and Coordination Layer. This version incorporates post-review component updates and simulation-constrained findings from v18, v19, and v19b. Major updates include: the C02 v2. 1 T-G loop break condition; C04 v2. 3 finding that federation C04 S-threshold Trigger A is not applicable; C05 v2. 1 heterogeneous node classes H/I/A; and C07 v2. 2 assignment of Psiₑxtended with cluster variance as the mandatory federation stress detector under the current tested architecture. Key simulation-constrained findings include: star topology remains disallowed under current SOE deployment assumptions; two hubs are insufficient in tested hub-redundant configurations; three hubs are the minimum tested hub-redundancy mitigation; federation contains local stress under tested regimes but requires C07 Psiₑxtended monitoring; and lambda = 0. 1 is locked for the federation cluster-variance term. This document is architecture-ready and intended as the planning base for the SOE Grand Simulation Specification. It is not deployment-ready. Open calibration items include recovery gain kb, governance suppression alphagov, trust coupling coefficients, governance growth/decay rates, Psi weights and thresholds, tauₛmooth, asynchronous update intervals, message loss, node-class proxy weights, and real-world timescale mapping. Version note: This record is a new version of the prior SOE Architecture Design v2 Integration Snapshot. It supersedes the v2. 0 snapshot as the current Governance Architecture planning base and incorporates post-review updates through C04 v2. 3, C05 v2. 1, C07 v2. 2, and the v18/v19/v19b simulation findings.

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QianJun Yu (2026) studied this question.

synapsesocial.com/papers/6a002147c8f74e3340f9c149https://doi.org/10.5281/zenodo.20078764
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