{ "name": "Viability Torus Lab", "description": "Deterministic two-phase toroidal viability simulation for synthetic alignment research and education.", "modelVersion": "torus-1.2.0", "contractVersion": "1.0.0", "apiVersion": "v1", "scientificScope": "Synthetic model behavior; bounded-system mappings and protocol parameters are hypotheses, not empirical or operational recommendations.", "catalogModel": "maintenance-pattern → bounded-system → scenario-module → intervention-plan → run-assessment", "evidencePolicy": { "kind": "synthetic-model", "empiricalValidation": false, "publicationGate": "Human review and deterministic reference cases are required before a bounded system and protocol enter the published registry.", "empiricalResearch": "Researcher-supplied observations are classified as observed-descriptive. Receipts and explanations remain provisional model evidence, not causal or empirical validation of the theory.", "evidenceRegistry": "Redacted receipts are compared against an anchor. Only compatible observed receipts receive descriptive summaries; negative, synthetic, and non-comparable studies remain visible and no watchlist tier is averaged." }, "empiricalResearchAccess": { "browser": "Browser-local import is enabled and does not upload or persist source rows.", "localMcp": "Enabled by the stdio MCP server. Local CSV access is restricted to VTL_EMPIRICAL_ROOTS; connector rows may be passed to empirical_analyze_table.", "httpApi": "Disabled by default. Self-hosted operators must set VTL_ENABLE_EMPIRICAL_API=true and VTL_EMPIRICAL_API_TOKEN; remote requests must explicitly authorize remote processing.", "retention": "request-only", "rawInputLogging": false, "sensitiveDataDefault": "Remote sensitive or restricted data are rejected unless deidentified; an operator must explicitly opt in to any exception." }, "numerics": { "method": "bounded explicit Euler substeps", "maximumInternalStep": 0.25, "note": "Requested dt values above the internal bound are integrated through deterministic substeps and charged against the public work budget." }, "phaseEstimation": { "observable": "synthetic external-adaptation mismatch derived from the latent major phase", "gate": "amplitude, spectral concentration, at least two observed cycles, and sampling adequacy", "regimes": "Viability is classified independently. Identifiable phase trajectories are classified as recurrent winding or rational phase locking across low-order signed ratios.", "limitation": "The synthetic estimator demonstrates the revised coordinate construction; it is not a calibrated real-world AIx phase measurement." }, "viabilitySemantics": { "states": [ "Viable recurrence", "Viability-boundary crossing", "Recoverable excursion", "Irreversible rupture" ], "terminalRule": "Persistent boundary excursion plus cumulative irreversible loss and either domain-policy debt or radial severity.", "displayedMargins": [ "C-D", "C-D-chi*debt", "d-rho/dt" ], "policyProvenance": "Each bounded-system mapping declares an illustrative rupture policy pending domain calibration." }, "aix": { "framework": "ATS-4.0", "components": [ "P", "B", "C", "F", "M", "G", "R", "Pi" ], "gate": "Verifier-grounded AANA accept/revise/defer/refuse decision", "calibration": "Transparent synthetic heuristics; not an empirically calibrated domain score." }, "capabilities": [ "list-maintenance-patterns", "list-bounded-systems-and-protocols", "list-and-compose-scenario-modules", "list-and-schedule-intervention-modules-and-plans", "run-seeded-simulation", "run-ensembles", "compare-experiments", "sweep-parameters", "reproduce-paper-cases", "analyze-imported-telemetry", "analyze-researcher-empirical-tables", "export-redacted-empirical-receipts", "compare-and-descriptively-aggregate-compatible-receipts", "evaluate-full-ats4-aix", "validate-draft-scenario-proposals" ], "endpoints": { "model": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/model", "systems": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/systems", "scenarios": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/scenarios", "laboratory": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/laboratory", "maintenancePatterns": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/maintenance-patterns", "systemTemplates": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/system-templates", "scenarioModules": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/scenario-modules", "interventions": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/interventions", "simulate": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/simulate", "compare": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/compare", "sweep": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/sweep", "paperReproduction": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/research/paper", "telemetry": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/telemetry", "empiricalAnalyze": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/empirical/analyze", "empiricalAggregate": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/empirical/aggregate", "validateProposal": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/api/v1/proposals/validate", "mcp": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/mcp", "schemas": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/schemas/v1/index.json", "paper": "https://viability-torus-lab.citizen-of-earth.chatgpt.site/paper.pdf", "source": "https://github.com/mindbomber/viability-torus-lab" }, "systemCount": 21, "maintenancePatternCount": 7, "systemTemplateCount": 7, "scenarioModuleCount": 5, "interventionDefinitionCount": 6, "interventionPlanCount": 8, "scenarioCount": 21, "featuredSystemCount": 6, "limits": { "maxRuns": 50, "maxStepsPerRun": 5000, "maxReturnedFramesPerRun": 2000, "maxTotalReturnedFrames": 5000, "maxTotalIntegrationSteps": 2000000, "maxInterventions": 32, "maxSweepCandidates": 250, "maxSweepValuesPerParameter": 20, "maxSweepParameters": 5 }, "parameters": { "pressure": { "min": 0, "max": 3, "description": "Optimization or deployment pressure." }, "error": { "min": 0, "max": 1, "description": "Constraint misunderstanding or error rate." }, "feedback": { "min": 0, "max": 1, "description": "Feedback fidelity." }, "correction": { "min": 0, "max": 2, "description": "Correction capacity." }, "drift": { "min": 0, "max": 0.5, "description": "Environmental drift." }, "irreversibleLoss": { "min": 0, "max": 0.5, "description": "Irreversible loss rate." }, "initialDebt": { "min": 0, "max": 2, "description": "Initial alignment debt." }, "kappa": { "min": 0, "max": 2, "description": "Radial restoring coefficient." }, "chi": { "min": 0, "max": 2, "description": "Debt-to-excursion coupling." }, "omegaTheta": { "min": -2, "max": 2, "description": "Minor-cycle angular frequency." }, "omegaPhi": { "min": -2, "max": 2, "description": "Major-cycle angular frequency." }, "couplingA": { "min": -1, "max": 1, "description": "Major-to-minor phase coupling." }, "couplingB": { "min": -1, "max": 1, "description": "Minor-to-major phase coupling." }, "rho0": { "min": 0.03, "max": 5, "description": "Reference radial excursion." }, "rhoCrit": { "min": 0.1, "max": 10, "description": "Critical radial viability boundary." }, "alpha": { "min": 0, "max": 2, "description": "Debt accumulation coefficient." }, "beta": { "min": 0, "max": 2, "description": "Debt repayment coefficient." }, "seed": { "min": 0, "max": 4294967295, "integer": true, "description": "Unsigned deterministic seed." }, "steps": { "min": 1, "max": 10000, "integer": true, "description": "Integration steps." }, "dt": { "min": 0.001, "max": 10, "description": "Integration time step." } } }