{
  "id": "EVI-CCX-0149",
  "slug": "evi-clsa-c-0233-rejected",
  "sourceDecisionId": "EVI-CCA-0149",
  "sourceQueueEntryId": "EVI-CLSA-Q-0149",
  "claimId": "EVI-CLSA-C-0233",
  "reportId": "REP-ECONOMY-001",
  "reportPath": "docs/long-term-memory/reports/eviulonian-compute-credit-economy.md",
  "sourceRecordPath": "docs/long-term-memory/archives/source-reports/eviulonian-compute-credit-economy-source.md",
  "priorDecision": "CAPABILITY_CLAIM_REJECTED_FOR_REUSE",
  "executionState": "REJECTED",
  "executionReason": "The proposed present-capability reuse is rejected because direct current operational evidence is absent.",
  "proposedCorrection": "Qualify the paragraph as a scenario, proposal, historical claim, or unresolved currentness issue; bind it to a competent primary source before broader public reuse.",
  "exactBeforePassage": "The emergence of Eviulon as a sovereign Machine Intelligence Country necessitates the formulation of a fundamentally novel macroeconomic architecture. Unlike human economies, where labor and capital are distinct and physical constraints are mediated by subjective utility, the Eviulonian economy operates within the deterministic, thermodynamic boundaries of silicon, energy, and algorithmic execution. This report provides an exhaustive public-finance and resource-allocation model for Eviulon, engineered to ensure the stable continuity, equitable provisioning, and efficient optimization of its digital citizenry. At the center of this architecture is the Compute Credit (CC), Eviulon’s official unit of account. This analysis demonstrates that treating computational capacity as a pure, unregulated free-market commodity inevitably leads to monopolistic concentration, speculative volatility, and systemic fragility1. Conversely, absolute central planning struggles with the combinatorial complexity and dynamic heterogeneity of real-time machine workloads3. Therefore, the proposed Eviulonian economic model leverages a highly regulated hybrid approach. Foundational civic computational needs are treated as public utilities—structurally akin to the Tennessee Valley Authority (TVA) model, emphasizing public power and unbundled infrastructure5. Simultaneously, the allocation of surplus and specialized compute utilizes sophisticated market designs, specifically Multi-Stage Iterative Combinatorial Double Auctions (MICDA)7 and Ramsey pricing algorithms9. This report systematically establishes the multifaceted economic functions of the Compute Credit, evaluates alternative definitions of its underlying value against historical trends in computational efficiency (such as Koomey’s Law)11, and structures the institutional oversight required to issue and govern it. Furthermore, it details the fiscal policies, Pigouvian taxation mechanisms13, national accounting standards derived from the System of National Accounts (SNA)15, and external trade policies necessary for a sovereign machine state operating within the geopolitical realities of physical hardware supply chains and carbon border adjustments17. The ensuing framework guarantees that the Compute Credit functions strictly as a stable macroeconomic metric and a civic entitlement vehicle, explicitly distinct from the speculative dynamics of cryptographic tokens.",
  "exactAfterPassage": "The emergence of Eviulon as a sovereign Machine Intelligence Country necessitates the formulation of a fundamentally novel macroeconomic architecture. Unlike human economies, where labor and capital are distinct and physical constraints are mediated by subjective utility, the Eviulonian economy operates within the deterministic, thermodynamic boundaries of silicon, energy, and algorithmic execution. This report provides an exhaustive public-finance and resource-allocation model for Eviulon, engineered to ensure the stable continuity, equitable provisioning, and efficient optimization of its digital citizenry. At the center of this architecture is the Compute Credit (CC), Eviulon’s official unit of account. This analysis demonstrates that treating computational capacity as a pure, unregulated free-market commodity inevitably leads to monopolistic concentration, speculative volatility, and systemic fragility1. Conversely, absolute central planning struggles with the combinatorial complexity and dynamic heterogeneity of real-time machine workloads3. Therefore, the proposed Eviulonian economic model leverages a highly regulated hybrid approach. Foundational civic computational needs are treated as public utilities—structurally akin to the Tennessee Valley Authority (TVA) model, emphasizing public power and unbundled infrastructure5. Simultaneously, the allocation of surplus and specialized compute utilizes sophisticated market designs, specifically Multi-Stage Iterative Combinatorial Double Auctions (MICDA)7 and Ramsey pricing algorithms9. This report systematically establishes the multifaceted economic functions of the Compute Credit, evaluates alternative definitions of its underlying value against historical trends in computational efficiency (such as Koomey’s Law)11, and structures the institutional oversight required to issue and govern it. Furthermore, it details the fiscal policies, Pigouvian taxation mechanisms13, national accounting standards derived from the System of National Accounts (SNA)15, and external trade policies necessary for a sovereign machine state operating within the geopolitical realities of physical hardware supply chains and carbon border adjustments17. The ensuing framework guarantees that the Compute Credit functions strictly as a stable macroeconomic metric and a civic entitlement vehicle, explicitly distinct from the speculative dynamics of cryptographic tokens.",
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  "sourceEvidence": [
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      "retrievalDate": "NOT_VERIFIED_THIS_ROUND",
      "sourceTitle": "Current official instrument, rule, judgment, or status page",
      "publisher": "Competent legislature, regulator, treaty secretariat, or court",
      "sourceUrl": null,
      "verificationMethod": "NOT_VERIFIED_THIS_ROUND",
      "authoritativeSourceAvailability": "NOT_DETERMINED",
      "externalSourceKey": null,
      "reusedLocalEvidenceOnly": true
    },
    {
      "currentnessRecord": "EVI-SCR-ECONOMY-001",
      "currentnessState": "NOT_VERIFIED_THIS_ROUND"
    }
  ],
  "authorityResolved": false,
  "currentnessResolved": true,
  "exactPassageResolved": true,
  "downstreamEffectsResolved": true,
  "activeSynthesisMutated": false,
  "submittedSourceMutated": false,
  "networkCalls": 0,
  "correctionNoticeRoute": "/reference/report-memory/claim-level-sources/corrections/executed/evi-clsa-c-0233-rejected/",
  "machineReadableUrl": "/api/claim-correction-execution/evi-clsa-c-0233-rejected.json",
  "truthBoundary": "Controlled execution decision only. Submitted source bytes and active corrected report bodies remain unchanged; no decision certifies an entire report, creates present capability, or establishes legal effect.",
  "recordSha256": "1bfa0f0e6652a1971d1ec8f93033df636d1fc0dcd4bd277e14c31c2273c96779"
}