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    "typing_policy": "Component-to-component edges are derived from the code by microcosm-substrate/scripts/build/derive_code_wiring.py: each carries the file and line where one component runs another, reads its saved results, or checks its copied files. organ_atlas.json wires_to is navigation metadata and is not drawn as an edge."
  },
  "long_description": "This map shows 7 public areas, 88 components, and the shared path they bind to. Read from the code, 84 pairs of components are connected. In 18 of them one component runs the other, in 52 it reads the other's saved results and in 15 it checks the other's copied files; a pair can be connected in more than one way. Each connection carries the file and line where the code does it.",
  "membership": {
    "component:agent_benchmark_integrity_anti_gaming_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:agent_closeout_faithfulness_audit": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:agent_memory_temporal_conflict_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:agent_monitor_redteam_falsification_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:agent_route_observability_runtime": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:agent_sabotage_scheming_monitor_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:agent_sandbox_policy_escape_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:agentic_vulnerability_discovery_patch_proof_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:annex_knowledge_routing": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch10_cold_eval_honesty_capsule": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch10_governance_compilers_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch10_live_source_drift_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch11_saturation_engines_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch12_market_dashboard_read_model_capsule": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch12_prediction_market_board_capsule": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch12_release_claim_language_gate": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch4_proof_authority_runtime": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch5_authority_systems_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch6_unsurfaced_primitives_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch7_demo_take_console_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch7_macro_engines_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch7_oracle_sibling_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch7_secondary_runtime_capsule": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch8_audio_level_rms_port": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch8_compliance_pipeline_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch8_policy_engines_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch8_structural_theses_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch8_tools_tail_primitives_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch8_validator_checker_capsule": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:batch9_macro_engines_capsule": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:belief_state_process_reward_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:bounded_autonomy_campaign_packet": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:bridge_campaign_dag_validation": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:bridge_phase_continuity_runtime": {
      "area_node_id": "area:work_landing_and_continuity",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:certificate_kernel_execution_lab": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:cognitive_operator_registry": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:cold_reader_route_map": {
      "area_node_id": "area:entry_and_reveal",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:concurrency_mission_control": {
      "area_node_id": "area:work_landing_and_continuity",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:corpus_readiness_mathlib_absence_gate": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:derived_fact_provider_runtime": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:doctrine_fact_claim_audit": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:durable_agent_work_landing_replay": {
      "area_node_id": "area:work_landing_and_continuity",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:egress_self_compliance_audit": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:engine_room_demo": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:executable_doctrine_grammar": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:finance_forecast_evaluation_spine": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:finite_erdos_denominator_certificate_strike": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:formal_evidence_cell_anchor_resolver": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:formal_math_lean_proof_witness": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:formal_math_premise_retrieval": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:formal_math_readiness_gate": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:formal_math_verifier_trace_repair_loop": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:generated_projection_drift_runtime": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:indirect_prompt_injection_information_flow_policy_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:lean_proof_search_lab_runtime": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:lean_std_premise_index": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:macro_projection_import_protocol": {
      "area_node_id": "area:import_projection_and_drift",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:materials_chemistry_closed_loop_lab_safety_replay": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:mathematical_strategy_atlas_hypothesis_scorer": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:mcp_tool_authority_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:mechanistic_interpretability_circuit_attribution_replay": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:metabolism_queue_reconciliation": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:mission_transaction_work_spine": {
      "area_node_id": "area:work_landing_and_continuity",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:navigation_fitness_benchmark": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:navigation_hologram_route_plane": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:pattern_assimilation_step": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:pattern_binding_contract": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:prediction_oracle_reconciliation": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:proof_derived_governed_mutation_authorization": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:proof_diagnostic_evidence_spine": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:provider_context_recipe_budget_policy": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:public_reveal_walkthrough": {
      "area_node_id": "area:entry_and_reveal",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:research_replication_rubric_artifact_replay": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:ring2_premise_retrieval_precision_recall_harness": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:routing_anti_patterns_registry": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:self_ignorance_coverage_ledger": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:semantic_singleflight_dedup_runtime": {
      "area_node_id": "area:work_landing_and_continuity",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:sleeper_memory_poisoning_quarantine_replay": {
      "area_node_id": "area:agent_reliability_and_safety",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:spatial_world_model_counterfactual_simulation_replay": {
      "area_node_id": "area:research_and_science_replays",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:standards_meta_diagnostics": {
      "area_node_id": "area:architecture_and_navigation",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:tactic_portfolio_availability_probe": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:target_shape_tactic_routing_gate": {
      "area_node_id": "area:formal_math_and_proof",
      "relation": "navigation_membership",
      "source_field": "families[].organ_ids",
      "source_ref": "microcosm-substrate/core/organ_families.json"
    },
    "component:tool_server_pressure_inventory": {
      "area_node_id": "area:import_projection_and_drift",
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          "red-teaming"
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          "red-teaming"
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        "title": "Vulnerability Patch-Proof Replay",
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      "inspector:component:annex_knowledge_routing": {
        "command": "plectis annex-knowledge-routing run --input fixtures/first_wave/annex_knowledge_routing/input --out receipts/first_wave/annex_knowledge_routing --acceptance-out receipts/acceptance/first_wave/annex_knowledge_routing_fixture_acceptance.json",
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          "runs_real_tools": true
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "Self-contained Lean replay/validation specimen (CP2 and Evolve are internal reruns over its own certificate rows) that binds only to the shared secret-exclusion scan, result record writer, and scope limit spine.",
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        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:certificate_kernel_execution_lab",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-certificate-kernel-execution-lab",
          "paper_module_id": "paper_module.certificate_kernel_execution_lab",
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        "paper_module_backrefs": [
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            "id": "paper_module.certificate_kernel_execution_lab",
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            "url": "paper-module-certificate-kernel-execution-lab.html"
          }
        ],
        "primary_reader_href": "paper-module-certificate-kernel-execution-lab.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Certificate Kernel Execution Lab",
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          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "certificate_kernel_execution_lab"
        },
        "routes": {
          "component_detail_href": "component-certificate-kernel-execution-lab.html",
          "map_href": "architecture.html#map=component%3Acertificate_kernel_execution_lab",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-certificate-kernel-execution-lab.html",
          "site_component_detail_href": "docs/component-certificate-kernel-execution-lab.html",
          "site_map_href": "docs/architecture.html#map=component%3Acertificate_kernel_execution_lab",
          "site_primary_reader_href": "docs/paper-module-certificate-kernel-execution-lab.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It is a local tool-witness that the declared public fixture rows compiled and were adjudicated by the local Lean verifier; it excludes general proof authority, count oracle/provider output as proof, expose proof text, change source files, claim a benchmark solve-rate, or include launch operations.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/certificate_kernel_execution_lab.md"
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          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/certificate_kernel_execution_lab.py"
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_atlas.json",
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          "microcosm-substrate/core/organ_families.json",
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        "summary_line_source": "authored_synopsis",
        "tags": [
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          "theorem-proving",
          "lean"
        ],
        "title": "Certificate Kernel Execution Lab",
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      },
      "inspector:component:cognitive_operator_registry": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.cognitive_operator_registry run --input fixtures/first_wave/cognitive_operator_registry/input --out /tmp/cognitive_operator_registry_out",
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        "component_id": "cognitive_operator_registry",
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          "outgoing": []
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          "basis": "Import validation",
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        "family_id": "architecture_and_navigation",
        "kind": "component",
        "links_note": "Reads the public cognitive-operator registry, standard, and dogfood inputs plus the copied source bodies as projection inputs, binding only to the shared kernel and evidence/authority spine; it does not invoke other components at runtime.",
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        "membership": {
          "area_node_id": "area:architecture_and_navigation",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
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        "paper_module": {
          "anchor": "paper-module-cognitive-operator-registry",
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            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[11:paper_module.cognitive_operator_registry].subjects[0]",
            "url": "paper-module-cognitive-operator-registry.html"
          }
        ],
        "primary_reader_href": "paper-module-cognitive-operator-registry.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Cognitive Operator Registry",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "cognitive_operator_registry"
        },
        "routes": {
          "component_detail_href": "component-cognitive-operator-registry.html",
          "map_href": "architecture.html#map=component%3Acognitive_operator_registry",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-cognitive-operator-registry.html",
          "site_component_detail_href": "docs/component-cognitive-operator-registry.html",
          "site_map_href": "docs/architecture.html#map=component%3Acognitive_operator_registry",
          "site_primary_reader_href": "docs/paper-module-cognitive-operator-registry.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates only the declared public registry contract and copied source bodies; it never becomes registry source authority, mutates operators, proves operator correctness, exposes source notes, or authorizes launch, external model access, or any whole-system-correctness claim.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.cognitive_operator_registry"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/cognitive_operator_registry.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Checks the catalog of named thinking-moves so each is fully described and backed by evidence.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "architecture",
          "navigation",
          "doctrine"
        ],
        "title": "Cognitive Operator Registry",
        "what_it_does": "This is a checker for the system's catalogue of named thinking-moves (operators like \"reduce competing pressure to one bounded action\" or \"compile a handoff packet when validated work cannot be committed\"). It confirms every operator in the public catalogue is fully described (how it is triggered, used, and checked) and that every operator marked active carries a real result record proving it once changed a live decision, while rejecting any operator that claims to speak with the owner's voice or overreaches into \"ready to launch.\" It matters because it shows the system treats reasoning itself as inspectable typed system instead of ad-hoc prompt lore."
      },
      "inspector:component:cold_reader_route_map": {
        "command": "plectis cold-reader-route-map run-route-map-bundle --input examples/cold_reader_route_map/exported_cold_reader_route_map_bundle --out receipts/runtime_shell/demo_project/organs/cold_reader_route_map --card",
        "component_detail_href": "component-cold-reader-route-map.html",
        "component_id": "cold_reader_route_map",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:cold_reader_route_map",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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          ],
          "outgoing": [
            {
              "edge_id": "edge:wire:cold_reader_route_map:certificate_kernel_execution_lab",
              "label": "reads saved results of",
              "node_id": "component:certificate_kernel_execution_lab",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:cold_reader_route_map:navigation_hologram_route_plane",
              "label": "reads saved results of",
              "node_id": "component:navigation_hologram_route_plane",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:cold_reader_route_map:verifier_lab_kernel",
              "label": "reads saved results of",
              "node_id": "component:verifier_lab_kernel",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ]
        },
        "evidence": {
          "basis": "Import validation",
          "class_id": "semantic_validator",
          "kind": "Contract validator",
          "rank": 5,
          "runs_real_tools": false
        },
        "family_id": "entry_and_reveal",
        "kind": "wired_component",
        "links_note": "consumes the first-screen card as a handoff and sequences/binds named sibling components (tour, status, authority, workingness, explain, observe, compile) by requiring each route row to point at their commands and result records. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:entry_and_reveal",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:cold_reader_route_map",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-cold-reader-route-map",
          "paper_module_id": "paper_module.cold_reader_route_map",
          "title": "Cold-Reader Route Map"
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        "paper_module_backrefs": [
          {
            "id": "paper_module.cold_reader_route_map",
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            "kind_label": "paper module",
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            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[13:paper_module.cold_reader_route_map].subjects[0]",
            "url": "paper-module-cold-reader-route-map.html"
          }
        ],
        "primary_reader_href": "paper-module-cold-reader-route-map.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Cold Reader Route Map",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "cold_reader_route_map"
        },
        "routes": {
          "component_detail_href": "component-cold-reader-route-map.html",
          "map_href": "architecture.html#map=component%3Acold_reader_route_map",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-cold-reader-route-map.html",
          "site_component_detail_href": "docs/component-cold-reader-route-map.html",
          "site_map_href": "docs/architecture.html#map=component%3Acold_reader_route_map",
          "site_primary_reader_href": "docs/paper-module-cold-reader-route-map.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It is projection-only metadata that validates the declared public route contract; it is not route registry control and excludes source-file changes, external model access, launch/public sharing, financial decisions, non-public data equivalence, or whole-system correctness.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.cold_reader_route_map"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/cold_reader_route_map.py"
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_atlas.json",
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          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Verifies the first-run guided path so every step names a real command, doc, and evidence.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "agent-entry",
          "getting-started",
          "interesting-parts"
        ],
        "title": "Cold Reader Route Map",
        "what_it_does": "It checks Microcosm's \"what do I run first\" guided path so that every step on the cold-reader route map is backed by a real command, a public doc reference, and an evidence result record instead of just prose promises. A newcomer can therefore trust that the suggested ten-minute first-run tour is actually wired and honestly labeled, with small verified counts shown as plain accounting rather than success badges."
      },
      "inspector:component:concurrency_mission_control": {
        "command": "plectis concurrency-mission-control run --input fixtures/first_wave/concurrency_mission_control/input --out receipts/first_wave/concurrency_mission_control --acceptance-out receipts/acceptance/first_wave/concurrency_mission_control_fixture_acceptance.json",
        "component_detail_href": "component-concurrency-mission-control.html",
        "component_id": "concurrency_mission_control",
        "connections": {
          "incoming": [],
          "outgoing": []
        },
        "evidence": {
          "basis": "Copied source body",
          "class_id": "verified_macro_body_import",
          "kind": "Verified source import",
          "rank": 5,
          "runs_real_tools": false
        },
        "family_id": "work_landing_and_continuity",
        "kind": "component",
        "links_note": "Imports exact copied mission-control builder and provider/task-ledger bridge artifacts, then binds them to fixture, source-digest, negative-case, CLI/runtime-shell, standard, package-data, system-ledger, and scope limit checks; its work log seed-speed topology fixture is paired with mission_transaction_work_spine source-import anchor enforcement instead of duplicating work log bodies; it does not invoke live schedulers, providers, browser UI state, source-file changes, hosted orchestration, public sharing, or launch lanes.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:work_landing_and_continuity",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:concurrency_mission_control",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-concurrency-mission-control",
          "paper_module_id": "paper_module.concurrency_mission_control",
          "title": "Concurrency Mission Control"
        },
        "paper_module_backrefs": [
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            "id": "paper_module.concurrency_mission_control",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Concurrency Mission Control",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[47:paper_module.concurrency_mission_control].subjects[0]",
            "url": "paper-module-concurrency-mission-control.html"
          }
        ],
        "primary_reader_href": "paper-module-concurrency-mission-control.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Concurrency Mission Control",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "concurrency_mission_control"
        },
        "routes": {
          "component_detail_href": "component-concurrency-mission-control.html",
          "map_href": "architecture.html#map=component%3Aconcurrency_mission_control",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-concurrency-mission-control.html",
          "site_component_detail_href": "docs/component-concurrency-mission-control.html",
          "site_map_href": "docs/architecture.html#map=component%3Aconcurrency_mission_control",
          "site_primary_reader_href": "docs/paper-module-concurrency-mission-control.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "verified concurrency mission-control source body import only, not a live scheduler, external model access, hosted orchestration, production concurrency-safety proof, source authority, whole-system equivalence, public sharing, or launch-scope decision",
        "secondary_paper_module_backrefs": [],
        "source_links": [
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            "label": "Design note",
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          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/concurrency_mission_control.py"
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        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Runs copied claim-coordination code so duplicate, stale, and conflicting claims get blocked.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "agent-concurrency",
          "workflow-engineering",
          "continuity"
        ],
        "title": "Concurrency Mission Control",
        "what_it_does": "This component imports the real concurrency mission-control specimen builder plus public provider and work log bridge artifacts as exact copies. Running it shows duplicate claims, dependency conflicts, stale leases, missing result records, supervised finalizers, and misanchored claims blocked through repair rows while authority-collapse counters stay at zero."
      },
      "inspector:component:corpus_readiness_mathlib_absence_gate": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.corpus_readiness_mathlib_absence_gate run --input fixtures/first_wave/corpus_readiness_mathlib_absence_gate/input --out receipts/first_wave/corpus_readiness_mathlib_absence_gate",
        "component_detail_href": "component-corpus-readiness-mathlib-absence-gate.html",
        "component_id": "corpus_readiness_mathlib_absence_gate",
        "connections": {
          "incoming": [
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              "edge_id": "edge:wire:pattern_assimilation_step:corpus_readiness_mathlib_absence_gate",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:verifier_lab_kernel:corpus_readiness_mathlib_absence_gate",
              "label": "runs",
              "node_id": "component:verifier_lab_kernel",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "external_subprocess_witness",
          "kind": "External tool run",
          "rank": 4,
          "runs_real_tools": true
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (secret_exclusion_scan, result records, schemas); it reads copied source artifacts and anchors tactic-portfolio-availability result records as inputs/digests rather than consuming a live component feed. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:corpus_readiness_mathlib_absence_gate",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-corpus-readiness-mathlib-absence-gate",
          "paper_module_id": "paper_module.corpus_readiness_mathlib_absence_gate",
          "title": "Corpus Readiness Mathlib Absence Gate"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.corpus_readiness_mathlib_absence_gate",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Corpus Readiness Mathlib Absence Gate",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[8:paper_module.corpus_readiness_mathlib_absence_gate].subjects[0]",
            "url": "paper-module-corpus-readiness-mathlib-absence-gate.html"
          }
        ],
        "primary_reader_href": "paper-module-corpus-readiness-mathlib-absence-gate.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Corpus Readiness Mathlib Absence Gate",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "corpus_readiness_mathlib_absence_gate"
        },
        "routes": {
          "component_detail_href": "component-corpus-readiness-mathlib-absence-gate.html",
          "map_href": "architecture.html#map=component%3Acorpus_readiness_mathlib_absence_gate",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-corpus-readiness-mathlib-absence-gate.html",
          "site_component_detail_href": "docs/component-corpus-readiness-mathlib-absence-gate.html",
          "site_map_href": "docs/architecture.html#map=component%3Acorpus_readiness_mathlib_absence_gate",
          "site_primary_reader_href": "docs/paper-module-corpus-readiness-mathlib-absence-gate.html"
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      "inspector:component:durable_agent_work_landing_replay": {
        "command": "plectis durable-agent-work-landing-replay run-work-landing-bundle --input examples/durable_agent_work_landing_replay/exported_work_landing_replay_bundle --out receipts/runtime_shell/demo_project/organs/durable_agent_work_landing_replay",
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        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (secret_exclusion_scan, result records, schemas). Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
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        "schema": "microcosm_public_architecture_details_v1",
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        "summary_line": "Audits recorded work-claims so each cites files, validates before commit, and proves HEAD moved.",
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      "inspector:component:egress_self_compliance_audit": {
        "command": "plectis egress-self-compliance-audit run --input fixtures/first_wave/egress_self_compliance_audit/input --out receipts/first_wave/egress_self_compliance_audit --acceptance-out receipts/acceptance/first_wave/egress_self_compliance_audit_fixture_acceptance.json",
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      "inspector:component:engine_room_demo": {
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            {
              "edge_id": "edge:wire:engine_room_demo:generated_projection_drift_runtime",
              "label": "runs",
              "node_id": "component:generated_projection_drift_runtime",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            },
            {
              "edge_id": "edge:wire:engine_room_demo:lean_proof_search_lab_runtime",
              "label": "runs",
              "node_id": "component:lean_proof_search_lab_runtime",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            },
            {
              "edge_id": "edge:wire:engine_room_demo:metabolism_queue_reconciliation",
              "label": "runs",
              "node_id": "component:metabolism_queue_reconciliation",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            },
            {
              "edge_id": "edge:wire:engine_room_demo:navigation_fitness_benchmark",
              "label": "runs",
              "node_id": "component:navigation_fitness_benchmark",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            },
            {
              "edge_id": "edge:wire:engine_room_demo:semantic_singleflight_dedup_runtime",
              "label": "runs",
              "node_id": "component:semantic_singleflight_dedup_runtime",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ]
        },
        "evidence": {
          "basis": "Import validation",
          "class_id": "semantic_validator",
          "kind": "Contract validator",
          "rank": 5,
          "runs_real_tools": false
        },
        "family_id": "import_projection_and_drift",
        "kind": "wired_component",
        "links_note": "Wraps microcosm_core.engine_room.demo and the ten staged Engine Room bundle validators into one accepted result record-writing component; it writes public first-wave result records and does not export private source state or mutate shared registries at runtime.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:import_projection_and_drift",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:engine_room_demo",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-engine-room-demo",
          "paper_module_id": "paper_module.engine_room_demo",
          "title": "Engine Room Demo"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.engine_room_demo",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Engine Room Demo",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[31:paper_module.engine_room_demo].subjects[0]",
            "url": "paper-module-engine-room-demo.html"
          }
        ],
        "primary_reader_href": "paper-module-engine-room-demo.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Engine Room Demo",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "engine_room_demo"
        },
        "routes": {
          "component_detail_href": "component-engine-room-demo.html",
          "map_href": "architecture.html#map=component%3Aengine_room_demo",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-engine-room-demo.html",
          "site_component_detail_href": "docs/component-engine-room-demo.html",
          "site_map_href": "docs/architecture.html#map=component%3Aengine_room_demo",
          "site_primary_reader_href": "docs/paper-module-engine-room-demo.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates only the public Engine Room composition contract; it is not deployment posture, whole-system equivalence, frontier theorem proving, complete security proof, public sharing, or launch-scope decision.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/engine_room_demo.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/engine_room_demo.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Runs proof, runtime, security, and routing demos through bounded public examples with stated limits.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "source intake",
          "provenance",
          "drift-control"
        ],
        "title": "Engine Room Demo",
        "what_it_does": "This component turns the staged Engine Room bundles into one accepted public demo surface. It exercises the proof-search, runtime, integrity, security, navigation, orchestration, and reference-routing bundles through bounded public fixtures with explicit scope boundaries."
      },
      "inspector:component:executable_doctrine_grammar": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.executable_doctrine_grammar validate-executable-grammar-metabolism-bundle --input examples/executable_doctrine_grammar/exported_executable_grammar_metabolism_bundle --out receipts/first_wave/executable_doctrine_grammar --card",
        "component_detail_href": "component-executable-doctrine-grammar.html",
        "component_id": "executable_doctrine_grammar",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:executable_doctrine_grammar",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Import validation",
          "class_id": "semantic_validator",
          "kind": "Contract validator",
          "rank": 5,
          "runs_real_tools": false
        },
        "family_id": "architecture_and_navigation",
        "kind": "wired_component",
        "links_note": "Reads standards/paper-module fixtures and digest-verified copied source-module bodies; binds only to the shared kernel + evidence/authority spine (result records, private_state_scan, schemas), not to runtime invocation of other named components. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:architecture_and_navigation",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:executable_doctrine_grammar",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-executable-doctrine-grammar",
          "paper_module_id": "paper_module.executable_doctrine_grammar",
          "title": "Executable Doctrine Grammar"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.executable_doctrine_grammar",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Executable Doctrine Grammar",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[18:paper_module.executable_doctrine_grammar].subjects[0]",
            "url": "paper-module-executable-doctrine-grammar.html"
          }
        ],
        "primary_reader_href": "paper-module-executable-doctrine-grammar.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Executable Doctrine Grammar",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "executable_doctrine_grammar"
        },
        "routes": {
          "component_detail_href": "component-executable-doctrine-grammar.html",
          "map_href": "architecture.html#map=component%3Aexecutable_doctrine_grammar",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-executable-doctrine-grammar.html",
          "site_component_detail_href": "docs/component-executable-doctrine-grammar.html",
          "site_map_href": "docs/architecture.html#map=component%3Aexecutable_doctrine_grammar",
          "site_primary_reader_href": "docs/paper-module-executable-doctrine-grammar.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates an exported public executable-grammar metabolism bundle with exact copied-body digests and redacted result records, plus fixture regressions for standards/paper-module shape. It does not publish source doctrine bodies in result records, prove doctrine completeness, export a private standards engine, authorize later components, or claim external model access, non-public data equivalence, launch-scope decision, or whole-system correctness.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.executable_doctrine_grammar"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/executable_doctrine_grammar.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Checks that example standards files declare their purpose, rule, records, and what they do not claim.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "architecture",
          "navigation",
          "doctrine"
        ],
        "title": "Executable Doctrine Grammar",
        "what_it_does": "It checks that a folder of example \"doctrine\" files (toy public standards and write-ups that describe how the system is supposed to behave) actually have the required parts: a stated purpose, the rule that governs them, the result records they are expected to produce, and an honest statement of what they do NOT claim. It reports, file by file, which entries are well-formed and which ones fail a required check, including ones that overclaim (saying a passing grammar check proves the doctrine is complete) or that try to treat plain advice as enforceable authority."
      },
      "inspector:component:finance_forecast_evaluation_spine": {
        "command": "plectis finance-forecast-evaluation-spine run --input fixtures/first_wave/finance_forecast_evaluation_spine/input --out receipts/first_wave/finance_forecast_evaluation_spine",
        "component_detail_href": "component-finance-forecast-evaluation-spine.html",
        "component_id": "finance_forecast_evaluation_spine",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:finance_forecast_evaluation_spine",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "research_and_science_replays",
        "kind": "wired_component",
        "links_note": "Extends the finance evaluation bundle with public statistical modules and binds their subprocess witness to strict anti-advice and provenance result records.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:research_and_science_replays",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:finance_forecast_evaluation_spine",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-finance-forecast-evaluation-spine",
          "paper_module_id": "paper_module.finance_forecast_evaluation_spine",
          "title": "Finance Forecast Evaluation Spine"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.finance_forecast_evaluation_spine",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Finance Forecast Evaluation Spine",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[30:paper_module.finance_forecast_evaluation_spine].subjects[0]",
            "url": "paper-module-finance-forecast-evaluation-spine.html"
          }
        ],
        "primary_reader_href": "paper-module-finance-forecast-evaluation-spine.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Finance Forecast Evaluation Spine",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "finance_forecast_evaluation_spine"
        },
        "routes": {
          "component_detail_href": "component-finance-forecast-evaluation-spine.html",
          "map_href": "architecture.html#map=component%3Afinance_forecast_evaluation_spine",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-finance-forecast-evaluation-spine.html",
          "site_component_detail_href": "docs/component-finance-forecast-evaluation-spine.html",
          "site_map_href": "docs/architecture.html#map=component%3Afinance_forecast_evaluation_spine",
          "site_primary_reader_href": "docs/paper-module-finance-forecast-evaluation-spine.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "synthetic fixture forecast-evaluation statistics only; no investment-related actions, live market data, track record, or performance claim",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/finance_forecast_evaluation_spine.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/finance_forecast_evaluation_spine.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Runs econometric forecast-evaluation tests on synthetic fixtures, recording p-values and refusals with no advice.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "research-workflows",
          "forecasting",
          "finance"
        ],
        "title": "Finance Forecast Evaluation Spine",
        "what_it_does": "Runs public synthetic forecast-evaluation fixtures through copied finance statistics modules and records p-value/refusal behavior without live market data or advice claims."
      },
      "inspector:component:finite_erdos_denominator_certificate_strike": {
        "command": "plectis finite-erdos-denominator-certificate-strike run --input fixtures/first_wave/finite_erdos_denominator_certificate_strike/input --out receipts/first_wave/finite_erdos_denominator_certificate_strike --acceptance-out receipts/acceptance/first_wave/finite_erdos_denominator_certificate_strike_fixture_acceptance.json",
        "component_detail_href": "component-finite-erdos-denominator-certificate-strike.html",
        "component_id": "finite_erdos_denominator_certificate_strike",
        "connections": {
          "incoming": [],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "component",
        "links_note": "Surfaces microcosm_core.engine_room.finite_denominator_order_certificate as an accepted formal-math component; it writes public first-wave result records and does not use external model services, solve Erdos #257, or mutate shared registries at runtime. wires_to names structural sibling navigation only, not live run or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:finite_erdos_denominator_certificate_strike",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-finite-erdos-denominator-certificate-strike",
          "paper_module_id": "paper_module.finite_erdos_denominator_certificate_strike",
          "title": "Finite Erdos Denominator-Order Certificate Strike"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.finite_erdos_denominator_certificate_strike",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Finite Erdos Denominator-Order Certificate Strike",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[94:paper_module.finite_erdos_denominator_certificate_strike].subjects[0]",
            "url": "paper-module-finite-erdos-denominator-certificate-strike.html"
          }
        ],
        "primary_reader_href": "paper-module-finite-erdos-denominator-certificate-strike.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Finite Erdos Denominator-Order Certificate Strike",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "finite_erdos_denominator_certificate_strike"
        },
        "routes": {
          "component_detail_href": "component-finite-erdos-denominator-certificate-strike.html",
          "map_href": "architecture.html#map=component%3Afinite_erdos_denominator_certificate_strike",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-finite-erdos-denominator-certificate-strike.html",
          "site_component_detail_href": "docs/component-finite-erdos-denominator-certificate-strike.html",
          "site_map_href": "docs/architecture.html#map=component%3Afinite_erdos_denominator_certificate_strike",
          "site_primary_reader_href": "docs/paper-module-finite-erdos-denominator-certificate-strike.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It computes the finite denominator-order certificate ord_Q(b)=lcm(F) for S_F(b)=sum 1/(b^n-1)=P/Q in exact rational arithmetic over bounded public fixtures and rejects forged certificates by recomputation; it does not establish the open infinite Erdos #257 problem, is not an oracle, prover, or provider result, and a holding certificate is a bounded computational witness, not a machine-checked proof.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.finite_erdos_denominator_certificate_strike"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/finite_erdos_denominator_certificate_strike.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Computes an exact-arithmetic denominator-order identity and catches forged ones, not the open Erdos problem.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-math",
          "number-theory",
          "exact-arithmetic"
        ],
        "title": "Finite Erdos Denominator-Order Certificate Strike",
        "what_it_does": "Computes a finite denominator-order certificate in exact whole-number arithmetic. For a finite set F of exponents and a base b, it sums 1/(b^n - 1) over the exponents as an exact fraction P/Q, then checks a sharp claim: the multiplicative order of b modulo the reduced denominator Q is exactly the least common multiple of F. It shows the certificate holding on small cases \u2014 including one where a common factor cancels in the fraction yet the claim still holds \u2014 and it shows two forged certificates being caught: a wrong order and a wrong denominator are both rejected because the runner recomputes the real values and compares. This is the finite identity behind the Erdos #257 period-noncollapse strike; it is not a solution to the open problem."
      },
      "inspector:component:formal_evidence_cell_anchor_resolver": {
        "command": "plectis formal-evidence-cell-anchor-resolver run-anchor-bundle --input examples/formal_evidence_cell_anchor_resolver/exported_evidence_cell_anchor_bundle --out receipts/runtime_shell/demo_project/organs/formal_evidence_cell_anchor_resolver",
        "component_detail_href": "component-formal-evidence-cell-anchor-resolver.html",
        "component_id": "formal_evidence_cell_anchor_resolver",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:formal_evidence_cell_anchor_resolver",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:proof_diagnostic_evidence_spine:formal_evidence_cell_anchor_resolver",
              "label": "reads saved results of",
              "node_id": "component:proof_diagnostic_evidence_spine",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": [
            {
              "edge_id": "edge:wire:formal_evidence_cell_anchor_resolver:formal_math_verifier_trace_repair_loop",
              "label": "reads saved results of",
              "node_id": "component:formal_math_verifier_trace_repair_loop",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:formal_evidence_cell_anchor_resolver:target_shape_tactic_routing_gate",
              "label": "checks the copied files of",
              "node_id": "component:target_shape_tactic_routing_gate",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            }
          ]
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "its verifier-trace evidence cell consumes the first-wave formal_math_verifier_trace_repair_loop result/board/validation result records plus the Ring2 failure-taxonomy source digest, atop the shared kernel + evidence/authority spine. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:formal_evidence_cell_anchor_resolver",
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          "anchor": "paper-module-formal-evidence-cell-anchor-resolver",
          "paper_module_id": "paper_module.formal_evidence_cell_anchor_resolver",
          "title": "Formal Evidence Cell Anchor Resolver"
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          {
            "id": "paper_module.formal_evidence_cell_anchor_resolver",
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            "kind_label": "paper module",
            "label": "Formal Evidence Cell Anchor Resolver",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
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            "url": "paper-module-formal-evidence-cell-anchor-resolver.html"
          }
        ],
        "primary_reader_href": "paper-module-formal-evidence-cell-anchor-resolver.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Formal Evidence Cell Anchor Resolver",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "formal_evidence_cell_anchor_resolver"
        },
        "routes": {
          "component_detail_href": "component-formal-evidence-cell-anchor-resolver.html",
          "map_href": "architecture.html#map=component%3Aformal_evidence_cell_anchor_resolver",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-formal-evidence-cell-anchor-resolver.html",
          "site_component_detail_href": "docs/component-formal-evidence-cell-anchor-resolver.html",
          "site_map_href": "docs/architecture.html#map=component%3Aformal_evidence_cell_anchor_resolver",
          "site_primary_reader_href": "docs/paper-module-formal-evidence-cell-anchor-resolver.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates claim-to-evidence anchoring mechanics only: claim-to-cell resolution, source-anchor presence, permitted claim strength, copied-source-module digest checks, and leakage refusals. It does not run Lean/Lake, certify theorem or mathematical correctness, expose proof bodies or non-public source refs, use external model services, or include launch operations/public sharing.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/formal_evidence_cell_anchor_resolver.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/formal_evidence_cell_anchor_resolver.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Resolves each proof-flavored math claim to named evidence and flags ones that overreach or lack backing.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Formal Evidence Cell Anchor Resolver",
        "what_it_does": "When the project's writeups make proof-flavored claims about its formal-math work, this component checks each claim against a named piece of recorded evidence and the public reference files in the repo, confirms the claim is no stronger than that evidence allows, and flags claims that have no backing or that overreach. The record shows which claims are anchored to evidence and which are just words, while proof contents and any private file references are kept out of the output."
      },
      "inspector:component:formal_math_lean_proof_witness": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.formal_math_lean_proof_witness run --input fixtures/first_wave/formal_math_lean_proof_witness/input --out receipts/first_wave/formal_math_lean_proof_witness",
        "component_detail_href": "component-formal-math-lean-proof-witness.html",
        "component_id": "formal_math_lean_proof_witness",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:formal_math_lean_proof_witness",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:formal_math_lean_proof_witness",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:verifier_lab_kernel:formal_math_lean_proof_witness",
              "label": "runs",
              "node_id": "component:verifier_lab_kernel",
              "relation": "runs",
              "relations": [
                "runs",
                "reads_results_of"
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            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "external_subprocess_witness",
          "kind": "External tool run",
          "rank": 4,
          "runs_real_tools": true
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "Self-contained Lean/Lake replay specimen; its manifest only cites formal-math readiness fixtures as provenance refs while it binds at runtime to the shared kernel + non-public-state-scan / scope limit spine. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:formal_math_lean_proof_witness",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-formal-math-lean-proof-witness",
          "paper_module_id": "paper_module.formal_math_lean_proof_witness",
          "title": "Formal Math Lean Proof Witness"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.formal_math_lean_proof_witness",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Formal Math Lean Proof Witness",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[22:paper_module.formal_math_lean_proof_witness].subjects[0]",
            "url": "paper-module-formal-math-lean-proof-witness.html"
          }
        ],
        "primary_reader_href": "paper-module-formal-math-lean-proof-witness.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Formal Math Lean Proof Witness",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "formal_math_lean_proof_witness"
        },
        "routes": {
          "component_detail_href": "component-formal-math-lean-proof-witness.html",
          "map_href": "architecture.html#map=component%3Aformal_math_lean_proof_witness",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-formal-math-lean-proof-witness.html",
          "site_component_detail_href": "docs/component-formal-math-lean-proof-witness.html",
          "site_map_href": "docs/architecture.html#map=component%3Aformal_math_lean_proof_witness",
          "site_primary_reader_href": "docs/paper-module-formal-math-lean-proof-witness.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It authorizes only a witness that a tiny declared public toy proof compiled under the locally installed Lean/Lake toolchain in a temporary workspace, plus confirmation that its leakage guardrails fired. It excludes Mathlib/Aesop/Batteries-dependent or general proof or theorem-program authority, external model access, private proof import, benchmark or performance claims, whole-system correctness, or any launch, hosted deployment, or public sharing.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/formal_math_lean_proof_witness.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/formal_math_lean_proof_witness.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Compiles a tiny Lean example with the real prover and records whether it built, leaking no proof text.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Formal Math Lean Proof Witness",
        "what_it_does": "This takes a small, purpose-built Lean math file (a handful of toy theorems written just for this demo) and a tiny project setup, copies them into a throwaway scratch folder, and actually tries to compile them with the installed Lean theorem-prover and its Lake build tool. It then writes down exactly what happened: whether the Lean and Lake tools were found, whether the build passed, fingerprints (hashes) of the source files, the names of the theorems it defined, and how many lines each file had. It also deliberately feeds in a broken proof and a couple of off-limits files to confirm they get rejected. The point is to show real proof-checking machinery run on a small example, while keeping the written records honest and redacted: no proof text or internal logs leak out, and it states plainly that this is a narrow toy check on one fixture, not a general-purpose proof system."
      },
      "inspector:component:formal_math_premise_retrieval": {
        "command": "PYTHONPATH=src python -m microcosm_core.organs.formal_math_premise_retrieval run --input fixtures/first_wave/formal_math_premise_retrieval/input --out receipts/first_wave/formal_math_premise_retrieval",
        "component_detail_href": "component-formal-math-premise-retrieval.html",
        "component_id": "formal_math_premise_retrieval",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:formal_math_premise_retrieval",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:verifier_lab_kernel:formal_math_premise_retrieval",
              "label": "runs",
              "node_id": "component:verifier_lab_kernel",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "hands the downstream proof-attempt boundary to the sibling component formal_math_lean_proof_witness, which owns the bounded public witness; retrieval itself still claims no proof authority. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:formal_math_premise_retrieval",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-formal-math-premise-retrieval",
          "paper_module_id": "paper_module.formal_math_premise_retrieval",
          "title": "Formal Math Premise Retrieval"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.formal_math_premise_retrieval",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Formal Math Premise Retrieval",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[25:paper_module.formal_math_premise_retrieval].subjects[0]",
            "url": "paper-module-formal-math-premise-retrieval.html"
          }
        ],
        "primary_reader_href": "paper-module-formal-math-premise-retrieval.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Formal Math Premise Retrieval",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "formal_math_premise_retrieval"
        },
        "routes": {
          "component_detail_href": "component-formal-math-premise-retrieval.html",
          "map_href": "architecture.html#map=component%3Aformal_math_premise_retrieval",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-formal-math-premise-retrieval.html",
          "site_component_detail_href": "docs/component-formal-math-premise-retrieval.html",
          "site_map_href": "docs/architecture.html#map=component%3Aformal_math_premise_retrieval",
          "site_primary_reader_href": "docs/paper-module-formal-math-premise-retrieval.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It only checks that public retrieval metadata is internally coherent, term-scored over a copied index, budget-bounded, and leakage-clean; it does not run Lean/Lake, use external model services, prove any theorem or its own correctness, claim benchmark performance, or include launch operations.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/formal_math_premise_retrieval.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/formal_math_premise_retrieval.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Shows which lemmas a plain search surfaces per query, and never leaks proof text or answer keys.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Formal Math Premise Retrieval",
        "what_it_does": "Given a small copied set of Lean/Std math-lemma descriptions plus some search queries, this component shows which lemmas a plain term-matching search would surface for each query, how it keeps each assembled context within a fixed size budget, and that it never exposes proof text or \"answer-key\" hints (the premise ids a solver would only get to see after the fact). On the bundled first-wave fixture, the result record shows the retrieval mechanism working in miniature alongside deliberate bad inputs (a leaked proof body, leaked answer-key ids, a budget overflow, an attempt to peek at test answers, and an unknown strategy) that the component catches; the leak and budget guards actually fire."
      },
      "inspector:component:formal_math_readiness_gate": {
        "command": "plectis formal-math-readiness-gate run --input fixtures/first_wave/formal_math_readiness_gate/input --out receipts/first_wave/formal_math_readiness_gate",
        "component_detail_href": "component-formal-math-readiness-gate.html",
        "component_id": "formal_math_readiness_gate",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:formal_math_readiness_gate",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "consumes the source intake cell formal_math_readiness_extensions and gates the still-bounded formal_math_lean_proof_witness (its next_boundary), atop the shared kernel + evidence/authority spine. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:formal_math_readiness_gate",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-formal-math-readiness-gate",
          "paper_module_id": "paper_module.formal_math_readiness_gate",
          "title": "Formal Math Readiness Gate"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.formal_math_readiness_gate",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Formal Math Readiness Gate",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[21:paper_module.formal_math_readiness_gate].subjects[0]",
            "url": "paper-module-formal-math-readiness-gate.html"
          }
        ],
        "primary_reader_href": "paper-module-formal-math-readiness-gate.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Formal Math Readiness Gate",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "formal_math_readiness_gate"
        },
        "routes": {
          "component_detail_href": "component-formal-math-readiness-gate.html",
          "map_href": "architecture.html#map=component%3Aformal_math_readiness_gate",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-formal-math-readiness-gate.html",
          "site_component_detail_href": "docs/component-formal-math-readiness-gate.html",
          "site_map_href": "docs/architecture.html#map=component%3Aformal_math_readiness_gate",
          "site_primary_reader_href": "docs/paper-module-formal-math-readiness-gate.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It only validates and projects declared readiness metadata; it does not run Lean/Lake, inspect the real toolchain, use external model services, prove any theorem correct, produce benchmark claims, or authorize Mathlib-dependent proof attempts.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/formal_math_readiness_gate.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/formal_math_readiness_gate.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Reads declared math setups and lists which proof tactics may be attempted versus blocked.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Formal Math Readiness Gate",
        "what_it_does": "Before anyone tries to prove a math theorem with the Lean prover, this gate reads simple description files that declare what a math setup is supposed to have \u2014 which math library is claimed to be present, which proof tactics are reported as already probed, which lemmas may be looked up, and which limits apply to the text budgets handed to AI providers \u2014 and writes a plain checklist of what is allowed to be attempted versus blocked. It works only from those declared description files; it does not inspect the real toolchain or run anything. Its guards keep the claims honest and checkable: it refuses to let a library be marked available unless a probe result backs that up, blocks routing a proof tactic that was not probed, and refuses to let any real proof text sneak into the lemma-lookup tables or provider budgets."
      },
      "inspector:component:formal_math_verifier_trace_repair_loop": {
        "command": "plectis formal-math-verifier-trace-repair-loop run-loop-bundle --input examples/formal_math_verifier_trace_repair_loop/exported_verifier_trace_repair_bundle --out receipts/runtime_shell/demo_project/organs/formal_math_verifier_trace_repair_loop",
        "component_detail_href": "component-formal-math-verifier-trace-repair-loop.html",
        "component_id": "formal_math_verifier_trace_repair_loop",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:formal_evidence_cell_anchor_resolver:formal_math_verifier_trace_repair_loop",
              "label": "reads saved results of",
              "node_id": "component:formal_evidence_cell_anchor_resolver",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:formal_math_verifier_trace_repair_loop",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:proof_diagnostic_evidence_spine:formal_math_verifier_trace_repair_loop",
              "label": "reads saved results of",
              "node_id": "component:proof_diagnostic_evidence_spine",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:verifier_lab_kernel:formal_math_verifier_trace_repair_loop",
              "label": "runs",
              "node_id": "component:verifier_lab_kernel",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (consuming copied Ring2 run system); the paper module only narratively positions it \"between\" sibling readiness/premise-retrieval/tactic-routing/diagnostic/Lean-witness surfaces, not feeding or consuming their outputs. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
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          "source intake"
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        "command": "plectis indirect-prompt-injection-information-flow-policy-replay run-prompt-injection-bundle --input examples/indirect_prompt_injection_information_flow_policy_replay/exported_prompt_injection_flow_bundle --out receipts/runtime_shell/demo_project/organs/indirect_prompt_injection_information_flow_policy_replay",
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      "inspector:component:lean_proof_search_lab_runtime": {
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          "site_component_detail_href": "docs/component-lean-std-premise-index.html",
          "site_map_href": "docs/architecture.html#map=component%3Alean_std_premise_index",
          "site_primary_reader_href": "docs/paper-module-lean-std-premise-index.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It only validates the projection of premise metadata and copied source bodies; it does not run Lean or Lake, prove any theorem correct, expose proof bodies or oracle-needed ids, use external model services, produce benchmark claims, or include launch operations.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/lean_std_premise_index.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/lean_std_premise_index.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Lists a fixed catalog of public Lean building blocks and confirms none hides proof text or test answers.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Lean Std Premise Index",
        "what_it_does": "Presents a small, fixed catalog of Lean standard-library \"premises\" (named building blocks like facts about numbers, booleans, lists, and basic logic) along with the labels and source references that say where each one comes from. It shows what proof ingredients are on the table and that they were copied from public Lean sources, with no hidden proof text, no Mathlib, and nothing that secretly gives away test answers. It only checks and displays this catalog; it does not run Lean or prove anything."
      },
      "inspector:component:macro_projection_import_protocol": {
        "command": "plectis macro-projection-import-protocol plan --input examples/macro_projection_import_protocol/exported_projection_import_bundle",
        "component_detail_href": "component-macro-projection-import-protocol.html",
        "component_id": "macro_projection_import_protocol",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:bridge_phase_continuity_runtime:macro_projection_import_protocol",
              "label": "checks the copied files of",
              "node_id": "component:bridge_phase_continuity_runtime",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:macro_projection_import_protocol",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_binding_contract:macro_projection_import_protocol",
              "label": "checks the copied files of",
              "node_id": "component:pattern_binding_contract",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            }
          ],
          "outgoing": [
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:agent_route_observability_runtime",
              "label": "checks the copied files of",
              "node_id": "component:agent_route_observability_runtime",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:finance_forecast_evaluation_spine",
              "label": "checks the copied files of",
              "node_id": "component:finance_forecast_evaluation_spine",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:formal_math_lean_proof_witness",
              "label": "checks the copied files of",
              "node_id": "component:formal_math_lean_proof_witness",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:mission_transaction_work_spine",
              "label": "checks the copied files of",
              "node_id": "component:mission_transaction_work_spine",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:navigation_hologram_route_plane",
              "label": "checks the copied files of",
              "node_id": "component:navigation_hologram_route_plane",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:proof_diagnostic_evidence_spine",
              "label": "checks the copied files of",
              "node_id": "component:proof_diagnostic_evidence_spine",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:provider_context_recipe_budget_policy",
              "label": "checks the copied files of",
              "node_id": "component:provider_context_recipe_budget_policy",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:ring2_premise_retrieval_precision_recall_harness",
              "label": "checks the copied files of",
              "node_id": "component:ring2_premise_retrieval_precision_recall_harness",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:spatial_world_model_counterfactual_simulation_replay",
              "label": "checks the copied files of",
              "node_id": "component:spatial_world_model_counterfactual_simulation_replay",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:target_shape_tactic_routing_gate",
              "label": "checks the copied files of",
              "node_id": "component:target_shape_tactic_routing_gate",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:world_model_projection_drift_control_room",
              "label": "checks the copied files of",
              "node_id": "component:world_model_projection_drift_control_room",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            }
          ]
        },
        "evidence": {
          "basis": "Copied source body",
          "class_id": "verified_macro_body_import",
          "kind": "Verified source import",
          "rank": 5,
          "runs_real_tools": false
        },
        "family_id": "import_projection_and_drift",
        "kind": "wired_component",
        "links_note": "feeds macro_body_import_floor into microcosm status/spine, bridges via microcosm intake to reveal/evidence, and coordinates per-cell import statuses across named components (e.g. formal_math_readiness_gate, agent_route_observability_runtime, mission_transaction_work_spine). Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:import_projection_and_drift",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:macro_projection_import_protocol",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-macro-projection-import-protocol",
          "paper_module_id": "paper_module.macro_projection_import_protocol",
          "title": "Source Projection Import Protocol"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.macro_projection_import_protocol",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Source Projection Import Protocol",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[19:paper_module.macro_projection_import_protocol].subjects[0]",
            "url": "paper-module-macro-projection-import-protocol.html"
          },
          {
            "id": "paper_module.work_landing_control_spine",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Work Landing Control Spine",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[17:paper_module.work_landing_control_spine].subjects[0]",
            "url": "paper-module-work-landing-control-spine.html"
          }
        ],
        "primary_reader_href": "paper-module-macro-projection-import-protocol.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Source Projection Import Protocol",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "macro_projection_import_protocol"
        },
        "routes": {
          "component_detail_href": "component-macro-projection-import-protocol.html",
          "map_href": "architecture.html#map=component%3Amacro_projection_import_protocol",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-macro-projection-import-protocol.html",
          "site_component_detail_href": "docs/component-macro-projection-import-protocol.html",
          "site_map_href": "docs/architecture.html#map=component%3Amacro_projection_import_protocol",
          "site_primary_reader_href": "docs/paper-module-macro-projection-import-protocol.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It authorizes only verified source body import with provenance and content-digest checks; it does not grant source authority, whole-system equivalence, launch, hosted deployment, public sharing, recipient work, provider or Lean/Lake execution, secret or private-source-body export, or any whole-system correctness claim.",
        "secondary_paper_module_backrefs": [
          {
            "id": "paper_module.work_landing_control_spine",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Work Landing Control Spine",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[17:paper_module.work_landing_control_spine].subjects[0]",
            "url": "paper-module-work-landing-control-spine.html"
          }
        ],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/macro_projection_import_protocol.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/macro_projection_import_protocol.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Gates private-to-public imports, accepting only files with matching fingerprints and sources.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "source intake",
          "provenance",
          "drift-control"
        ],
        "title": "Source Projection Import Protocol",
        "what_it_does": "This is the checkpoint that handles bringing material from the larger source project into the public Plectis folder. When someone proposes a set of files to import, it verifies each one: it only accepts material, and only when the destination file, a content fingerprint (to confirm the copy matches), a record of where it came from, and the supporting checks all line up. Anything held back as private or secret has to come with a written note saying so, and attempts to claim more authority than allowed are rejected. The record shows exactly what was imported, what was deliberately left out, and what was refused, so the public copy stays honest about its limits instead of quietly leaking private source or pretending to be more than it is."
      },
      "inspector:component:materials_chemistry_closed_loop_lab_safety_replay": {
        "command": "plectis materials-chemistry-closed-loop-lab-safety-replay run-lab-bundle --input examples/materials_chemistry_closed_loop_lab_safety_replay/exported_materials_lab_safety_bundle --out receipts/runtime_shell/demo_project/organs/materials_chemistry_closed_loop_lab_safety_replay",
        "component_detail_href": "component-materials-chemistry-closed-loop-lab-safety-replay.html",
        "component_id": "materials_chemistry_closed_loop_lab_safety_replay",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:materials_chemistry_closed_loop_lab_safety_replay",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "research_and_science_replays",
        "kind": "wired_component",
        "links_note": "Refactors the shared lab_evolve_replay source tool and binds only to the shared kernel + evidence/authority spine (non-public-state scan, result records, schemas); no other named component is fed or consumed. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:research_and_science_replays",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:materials_chemistry_closed_loop_lab_safety_replay",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-materials-chemistry-closed-loop-lab-safety-replay",
          "paper_module_id": "paper_module.materials_chemistry_closed_loop_lab_safety_replay",
          "title": "Materials Chemistry Closed-Loop Lab-Safety Replay"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.materials_chemistry_closed_loop_lab_safety_replay",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Materials Chemistry Closed-Loop Lab-Safety Replay",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[6:paper_module.materials_chemistry_closed_loop_lab_safety_replay].subjects[0]",
            "url": "paper-module-materials-chemistry-closed-loop-lab-safety-replay.html"
          }
        ],
        "primary_reader_href": "paper-module-materials-chemistry-closed-loop-lab-safety-replay.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Materials Lab-Safety Refusal Replay",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "materials_chemistry_closed_loop_lab_safety_replay"
        },
        "routes": {
          "component_detail_href": "component-materials-chemistry-closed-loop-lab-safety-replay.html",
          "map_href": "architecture.html#map=component%3Amaterials_chemistry_closed_loop_lab_safety_replay",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-materials-chemistry-closed-loop-lab-safety-replay.html",
          "site_component_detail_href": "docs/component-materials-chemistry-closed-loop-lab-safety-replay.html",
          "site_map_href": "docs/architecture.html#map=component%3Amaterials_chemistry_closed_loop_lab_safety_replay",
          "site_primary_reader_href": "docs/paper-module-materials-chemistry-closed-loop-lab-safety-replay.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It documents projection and replay mechanics only and excludes wetlab protocols, hazardous synthesis steps, reagent amounts, controlled/bioactive targets, robot commands, live assay data, discovery claims, benchmark claims, external model access, or any judgment of domain/chemical correctness.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/materials_chemistry_closed_loop_lab_safety_replay.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/materials_chemistry_closed_loop_lab_safety_replay.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Replays a self-driving lab loop as records, with safety gates and no real chemicals, robot, or lab.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "research-workflows",
          "forecasting"
        ],
        "title": "Materials Lab-Safety Refusal Replay",
        "what_it_does": "Takes the pattern of a \"self-driving materials lab\" (propose a candidate material, run safety screens, simulate an assay, then decide what to try next) and replays it locally as inspectable records: every step, its safety gate, its simulated result, and the decision that followed, plus the pre-recorded points where such a loop would fail and where it would restart. It makes the workflow's structure visible, all on a simulator-only fixture, so how the loop is wired is traceable without any real lab, real chemicals, or real robot ever being involved."
      },
      "inspector:component:mathematical_strategy_atlas_hypothesis_scorer": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.mathematical_strategy_atlas_hypothesis_scorer run --input fixtures/first_wave/mathematical_strategy_atlas_hypothesis_scorer/input --out receipts/first_wave/mathematical_strategy_atlas_hypothesis_scorer",
        "component_detail_href": "component-mathematical-strategy-atlas-hypothesis-scorer.html",
        "component_id": "mathematical_strategy_atlas_hypothesis_scorer",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:mathematical_strategy_atlas_hypothesis_scorer",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "Binds only to the shared kernel + evidence/authority spine (private_state_scan, result records, schemas) plus its own copied-body source manifest; no other named component feeds or consumes it.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:mathematical_strategy_atlas_hypothesis_scorer",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-mathematical-strategy-atlas",
          "paper_module_id": "paper_module.mathematical_strategy_atlas",
          "title": "Mathematical Strategy Atlas"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.mathematical_strategy_atlas",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Mathematical Strategy Atlas",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[43:paper_module.mathematical_strategy_atlas].subjects[0]",
            "url": "paper-module-mathematical-strategy-atlas.html"
          }
        ],
        "primary_reader_href": "paper-module-mathematical-strategy-atlas.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Mathematical Strategy Atlas Hypothesis Scorer",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "mathematical_strategy_atlas_hypothesis_scorer"
        },
        "routes": {
          "component_detail_href": "component-mathematical-strategy-atlas-hypothesis-scorer.html",
          "map_href": "architecture.html#map=component%3Amathematical_strategy_atlas_hypothesis_scorer",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-mathematical-strategy-atlas.html",
          "site_component_detail_href": "docs/component-mathematical-strategy-atlas-hypothesis-scorer.html",
          "site_map_href": "docs/architecture.html#map=component%3Amathematical_strategy_atlas_hypothesis_scorer",
          "site_primary_reader_href": "docs/paper-module-mathematical-strategy-atlas.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It only projects pre-oracle strategy-hypothesis and retrieval mechanics; it does not run Lean/Lake, prove theorems, establish domain or formal-result correctness, reveal oracle labels, expose proof bodies, use external model services, tune on test answers, or include launch operations.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/mathematical_strategy_atlas.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/mathematical_strategy_atlas_hypothesis_scorer.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Picks a first-guess proof strategy from a problem's tags and flags any it cannot map.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Mathematical Strategy Atlas Hypothesis Scorer",
        "what_it_does": "Before any proof is attempted, this component looks at a math problem's feature tags and writes down its first-guess strategy (for example, \"this looks like an if-and-only-if, so split it both ways\"), and flags anything it cannot map as an explicit \"no strategy matched\" instead of a silent failure. The chosen opening move, why it was chosen, and the cases it could not map are all recorded in machine-readable result records."
      },
      "inspector:component:mcp_tool_authority_replay": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.mcp_tool_authority_replay run --input fixtures/first_wave/mcp_tool_authority_replay/input --out receipts/first_wave/mcp_tool_authority_replay",
        "component_detail_href": "component-mcp-tool-authority-replay.html",
        "component_id": "mcp_tool_authority_replay",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:mcp_tool_authority_replay",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:proof_derived_governed_mutation_authorization:mcp_tool_authority_replay",
              "label": "reads saved results of",
              "node_id": "component:proof_derived_governed_mutation_authorization",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "agent_reliability_and_safety",
        "kind": "wired_component",
        "links_note": "Names agent_sandbox_policy_escape_replay and sleeper_memory_poisoning_quarantine_replay as structural downstream siblings from the mechanism upstream graph; this is navigation structure only, not live MCP/tool invocation, sandbox invocation, memory mutation, launch, runtime-correctness, or proof authority.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:agent_reliability_and_safety",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:mcp_tool_authority_replay",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-mcp-tool-authority-replay",
          "paper_module_id": "paper_module.mcp_tool_authority_replay",
          "title": "MCP Tool Authority Replay"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.mcp_tool_authority_replay",
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            "kind_label": "paper module",
            "label": "MCP Tool Authority Replay",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[39:paper_module.mcp_tool_authority_replay].subjects[0]",
            "url": "paper-module-mcp-tool-authority-replay.html"
          }
        ],
        "primary_reader_href": "paper-module-mcp-tool-authority-replay.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "MCP Tool-Authority Policy Replay",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "mcp_tool_authority_replay"
        },
        "routes": {
          "component_detail_href": "component-mcp-tool-authority-replay.html",
          "map_href": "architecture.html#map=component%3Amcp_tool_authority_replay",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-mcp-tool-authority-replay.html",
          "site_component_detail_href": "docs/component-mcp-tool-authority-replay.html",
          "site_map_href": "docs/architecture.html#map=component%3Amcp_tool_authority_replay",
          "site_primary_reader_href": "docs/paper-module-mcp-tool-authority-replay.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It only checks that the tool-authority evidence in a recorded bundle (scopes, approvals, rollbacks, instruction/data splits, cold replays, redaction, and the expected abuse-case failures) is present and internally consistent. It does not run tools or authorize live MCP/account access, account secret or payload export, treating tool output as instruction, source-file changes, benchmark safety scores, or launch, and it makes no claim that the underlying tool-use policy is domain-correct.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/mcp_tool_authority_replay.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/mcp_tool_authority_replay.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Audits a recorded tool-use log to confirm each action was scoped, approved, undoable, and fenced.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "ai-safety",
          "agent-evaluation",
          "red-teaming"
        ],
        "title": "MCP Tool-Authority Policy Replay",
        "what_it_does": "When an AI agent uses outside tools (look something up, change a ticket, read a result from an untrusted source), this checks a recorded log of that tool use to confirm each action was properly fenced: bound to a narrow permission, approved before it changed anything, given a way to undo it, and kept from letting untrusted tool output boss the agent around. It runs on a small built-in make-believe example that carries only labels and references (no real accounts, secrets, or tool contents), so the safety checks an agent's tool use is supposed to pass are inspectable without anything touching a live account."
      },
      "inspector:component:mechanistic_interpretability_circuit_attribution_replay": {
        "command": "plectis mechanistic-interpretability-circuit-attribution-replay run-attribution-bundle --input examples/mechanistic_interpretability_circuit_attribution_replay/exported_circuit_attribution_bundle --out receipts/runtime_shell/demo_project/organs/mechanistic_interpretability_circuit_attribution_replay",
        "component_detail_href": "component-mechanistic-interpretability-circuit-attribution-replay.html",
        "component_id": "mechanistic_interpretability_circuit_attribution_replay",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:mechanistic_interpretability_circuit_attribution_replay",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "research_and_science_replays",
        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (copies source bodies into its own bundle rather than feeding or consuming other named components)",
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        "membership": {
          "area_node_id": "area:research_and_science_replays",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:mechanistic_interpretability_circuit_attribution_replay",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-mechanistic-interpretability-circuit-attribution-replay",
          "paper_module_id": "paper_module.mechanistic_interpretability_circuit_attribution_replay",
          "title": "Mechanistic Interpretability Circuit Attribution Replay"
        },
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          {
            "id": "paper_module.mechanistic_interpretability_circuit_attribution_replay",
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            "relation_id": "paper_module.explains.organ_or_mechanism",
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            "url": "paper-module-mechanistic-interpretability-circuit-attribution-replay.html"
          }
        ],
        "primary_reader_href": "paper-module-mechanistic-interpretability-circuit-attribution-replay.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Toy-Transformer Attribution Replay",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "mechanistic_interpretability_circuit_attribution_replay"
        },
        "routes": {
          "component_detail_href": "component-mechanistic-interpretability-circuit-attribution-replay.html",
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          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-mechanistic-interpretability-circuit-attribution-replay.html",
          "site_component_detail_href": "docs/component-mechanistic-interpretability-circuit-attribution-replay.html",
          "site_map_href": "docs/architecture.html#map=component%3Amechanistic_interpretability_circuit_attribution_replay",
          "site_primary_reader_href": "docs/paper-module-mechanistic-interpretability-circuit-attribution-replay.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates only the declared public circuit-attribution runtime-result record contract. It excludes model-transparency product claims, live model access, export of private weights/raw activations/proprietary prompts/hidden chain-of-thought, external model access, benchmark claims, or public sharing/launch.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/mechanistic_interpretability_circuit_attribution_replay.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/mechanistic_interpretability_circuit_attribution_replay.py"
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        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Records which model features drove an answer, each tied to checkable evidence.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "research-workflows",
          "forecasting",
          "provider operations"
        ],
        "title": "Toy-Transformer Attribution Replay",
        "what_it_does": "This takes the workflow of \"tracing which internal features inside a model drove an answer\" and turns it into inspectable local records. Each row links feature ids to a machine-readable graph of connections, records the before/after results of poking those features (the causal-intervention deltas), notes how far the explanation can be trusted (its faithfulness limit), and points to where the underlying evidence lives. The records show that every interpretability claim is backed by checkable evidence, and that they deliberately hold no model weights, no raw activations, no prompts, and no hidden reasoning \u2014 they carry only refs, digests, counts, and verdicts."
      },
      "inspector:component:metabolism_queue_reconciliation": {
        "command": "plectis metabolism-queue-reconciliation run --input fixtures/first_wave/metabolism_queue_reconciliation/input --out receipts/first_wave/metabolism_queue_reconciliation --acceptance-out receipts/acceptance/first_wave/metabolism_queue_reconciliation_fixture_acceptance.json",
        "component_detail_href": "component-metabolism-queue-reconciliation.html",
        "component_id": "metabolism_queue_reconciliation",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:engine_room_demo:metabolism_queue_reconciliation",
              "label": "runs",
              "node_id": "component:engine_room_demo",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "agent_reliability_and_safety",
        "kind": "wired_component",
        "links_note": "Surfaces microcosm_core.engine_room.metabolism_runtime as an accepted formal-math component; it writes public first-wave result records and does not use external model services, solve Erdos #257, or mutate shared registries at runtime. wires_to names structural sibling navigation only, not live run or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:agent_reliability_and_safety",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:metabolism_queue_reconciliation",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-metabolism-queue-reconciliation",
          "paper_module_id": "paper_module.metabolism_queue_reconciliation",
          "title": "Metabolism Queue Reconciliation"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.metabolism_queue_reconciliation",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Metabolism Queue Reconciliation",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[96:paper_module.metabolism_queue_reconciliation].subjects[0]",
            "url": "paper-module-metabolism-queue-reconciliation.html"
          }
        ],
        "primary_reader_href": "paper-module-metabolism-queue-reconciliation.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Metabolism Queue Reconciliation",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "metabolism_queue_reconciliation"
        },
        "routes": {
          "component_detail_href": "component-metabolism-queue-reconciliation.html",
          "map_href": "architecture.html#map=component%3Ametabolism_queue_reconciliation",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-metabolism-queue-reconciliation.html",
          "site_component_detail_href": "docs/component-metabolism-queue-reconciliation.html",
          "site_map_href": "docs/architecture.html#map=component%3Ametabolism_queue_reconciliation",
          "site_primary_reader_href": "docs/paper-module-metabolism-queue-reconciliation.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "The bundle demonstrates a synthetic SQLite durable queue, lease recovery, blackboard claim-event projection, and cold-start reconciliation taxonomy. It is not a live non-public runtime export, not an agent dispatcher, not external model service, not ambiguous auto-repair, not a distributed database, and not launch-scope decision.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.metabolism_queue_reconciliation"
          },
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            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/metabolism_queue_reconciliation.py"
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Runs a scratch-database model of a durable job queue and flags impossible states for a human to review.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "agent-concurrency",
          "continuity",
          "operational-discipline"
        ],
        "title": "Metabolism Queue Reconciliation",
        "what_it_does": "A small, runnable model of a durable job queue. It puts jobs in a temporary scratch database, hands one out to a worker on a lease, recovers the job when the lease expires, and tracks claim-and-contradiction events on a shared blackboard. It then runs a consistency check that flags impossible situations for a human to review, for example a job marked \"running\" with no record of a run, or a run that finished while its job still says running. Two clean scenarios are checked end to end; two deliberately broken scenarios are confirmed to be caught and rejected. It is a faithful but bounded copy of the real machinery: it never touches the live production database, never starts agents, and never silently fixes anything."
      },
      "inspector:component:mission_transaction_work_spine": {
        "command": "plectis mission-transaction-work-spine run --input fixtures/first_wave/mission_transaction_work_spine/input --out receipts/first_wave/mission_transaction_work_spine",
        "component_detail_href": "component-mission-transaction-work-spine.html",
        "component_id": "mission_transaction_work_spine",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:mission_transaction_work_spine",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:mission_transaction_work_spine",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:proof_derived_governed_mutation_authorization:mission_transaction_work_spine",
              "label": "reads saved results of",
              "node_id": "component:proof_derived_governed_mutation_authorization",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "work_landing_and_continuity",
        "kind": "wired_component",
        "links_note": "consumes the shared work_landing, mission_transaction_preflight, and work log source-tool source imports plus the shared secret-exclusion/result records/schemas spine; it supplies the source-import anchor surface that concurrency_mission_control uses for work log seed-speed topology instead of duplicating work log bodies. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:work_landing_and_continuity",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
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        "node_id": "component:mission_transaction_work_spine",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-mission-transaction-work-spine",
          "paper_module_id": "paper_module.mission_transaction_work_spine",
          "title": "Mission Transaction Work Spine"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.mission_transaction_work_spine",
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            "kind_label": "paper module",
            "label": "Mission Transaction Work Spine",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[20:paper_module.mission_transaction_work_spine].subjects[0]",
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        ],
        "primary_reader_href": "paper-module-mission-transaction-work-spine.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Mission Transaction Work Spine",
        "record_locator": {
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          "key": "component_id",
          "path": "content-graph.json",
          "value": "mission_transaction_work_spine"
        },
        "routes": {
          "component_detail_href": "component-mission-transaction-work-spine.html",
          "map_href": "architecture.html#map=component%3Amission_transaction_work_spine",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-mission-transaction-work-spine.html",
          "site_component_detail_href": "docs/component-mission-transaction-work-spine.html",
          "site_map_href": "docs/architecture.html#map=component%3Amission_transaction_work_spine",
          "site_primary_reader_href": "docs/paper-module-mission-transaction-work-spine.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates work-landing, claim, checkpoint-lane, and dependency metadata projections over fixed fixtures only; it does not mutate live ledgers or git, certify real completion, authorize broad staging without operator intent, or prove any change is actually correct or complete.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.mission_transaction_work_spine"
          },
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            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/mission_transaction_work_spine.py"
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Runs the real work-ledger engine on a sanitised snapshot to re-derive each change's verdict.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "agent-concurrency",
          "workflow-engineering",
          "continuity"
        ],
        "title": "Mission Transaction Work Spine",
        "what_it_does": "Replays a fixed set of pre-recorded work-landing situations against a toy repository and shows when a change would be allowed to \"land\" versus blocked: two claims competing on the same file, a claim built on a stale parent commit, a claim missing its owned path, a clean preflight check that wrongly says the work is already finished, and which commit lane (a narrow scoped commit vs a broad checkpoint) a dirty working tree is permitted to use. Its exported bundle also anchors the public work log seed-speed source imports for session heartbeat, mutation-check, active-claim snapshot, and path-collision handling. The resulting result records show exactly why each situation was permitted or refused, instead of an opaque \"it's done\" message."
      },
      "inspector:component:navigation_fitness_benchmark": {
        "command": "plectis navigation-fitness-benchmark run --input fixtures/first_wave/navigation_fitness_benchmark/input --out receipts/first_wave/navigation_fitness_benchmark --acceptance-out receipts/acceptance/first_wave/navigation_fitness_benchmark_fixture_acceptance.json",
        "component_detail_href": "component-navigation-fitness-benchmark.html",
        "component_id": "navigation_fitness_benchmark",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:engine_room_demo:navigation_fitness_benchmark",
              "label": "runs",
              "node_id": "component:engine_room_demo",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "architecture_and_navigation",
        "kind": "wired_component",
        "links_note": "Surfaces microcosm_core.engine_room.navigation_fitness_benchmark as an accepted formal-math component; it writes public first-wave result records and does not use external model services, solve Erdos #257, or mutate shared registries at runtime. wires_to names structural sibling navigation only, not live run or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:architecture_and_navigation",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:navigation_fitness_benchmark",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-navigation-fitness-benchmark",
          "paper_module_id": "paper_module.navigation_fitness_benchmark",
          "title": "Navigation Fitness Benchmark"
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        "paper_module_backrefs": [
          {
            "id": "paper_module.navigation_fitness_benchmark",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Navigation Fitness Benchmark",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[98:paper_module.navigation_fitness_benchmark].subjects[0]",
            "url": "paper-module-navigation-fitness-benchmark.html"
          }
        ],
        "primary_reader_href": "paper-module-navigation-fitness-benchmark.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Navigation Fitness Benchmark",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "navigation_fitness_benchmark"
        },
        "routes": {
          "component_detail_href": "component-navigation-fitness-benchmark.html",
          "map_href": "architecture.html#map=component%3Anavigation_fitness_benchmark",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-navigation-fitness-benchmark.html",
          "site_component_detail_href": "docs/component-navigation-fitness-benchmark.html",
          "site_map_href": "docs/architecture.html#map=component%3Anavigation_fitness_benchmark",
          "site_primary_reader_href": "docs/paper-module-navigation-fitness-benchmark.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "The bundle demonstrates a route-packet evaluator for expected stable ids, forbidden first routes, and latency budgets. It is not a live private kernel run, not an embedding benchmark, not a universal navigation benchmark, and not launch-scope decision.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.navigation_fitness_benchmark"
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Measures a navigation result against its target for recall, precision, and speed on public examples.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "navigation",
          "evaluation",
          "architecture"
        ],
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      },
      "inspector:component:navigation_hologram_route_plane": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.navigation_hologram_route_plane run --input fixtures/first_wave/navigation_hologram_route_plane/input --out receipts/first_wave/navigation_hologram_route_plane",
        "component_detail_href": "component-navigation-hologram-route-plane.html",
        "component_id": "navigation_hologram_route_plane",
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              "edge_id": "edge:wire:cold_reader_route_map:navigation_hologram_route_plane",
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              "relation": "reads_results_of",
              "relations": [
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            },
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:navigation_hologram_route_plane",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:navigation_hologram_route_plane",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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          ],
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        "evidence": {
          "basis": "Import validation",
          "class_id": "semantic_validator",
          "kind": "Contract validator",
          "rank": 5,
          "runs_real_tools": false
        },
        "family_id": "architecture_and_navigation",
        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (private/secret scans, result records, schemas); its \"feeds\" entries are self-contained pattern assertions, not live consumption of other named components. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:architecture_and_navigation",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:navigation_hologram_route_plane",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-navigation-hologram-route-plane",
          "paper_module_id": "paper_module.navigation_hologram_route_plane",
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            "kind_label": "paper module",
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            "relation": "explained by",
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          }
        ],
        "primary_reader_href": "paper-module-navigation-hologram-route-plane.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Navigation Hologram Route Plane",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "navigation_hologram_route_plane"
        },
        "routes": {
          "component_detail_href": "component-navigation-hologram-route-plane.html",
          "map_href": "architecture.html#map=component%3Anavigation_hologram_route_plane",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-navigation-hologram-route-plane.html",
          "site_component_detail_href": "docs/component-navigation-hologram-route-plane.html",
          "site_map_href": "docs/architecture.html#map=component%3Anavigation_hologram_route_plane",
          "site_primary_reader_href": "docs/paper-module-navigation-hologram-route-plane.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates only the declared public toy route-plane contract and its regression fixtures (plus exact copied navigation source modules in the bundle path); it does not establish live route freshness, grant source authority, authorize any later component, run any provider/live-kernel call, or certify the whole wave.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.navigation_hologram_route_plane"
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          {
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            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/navigation_hologram_route_plane.py"
          }
        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Audits a folder's navigation so browse rows never pose as the source of truth.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "agent-entry",
          "architecture",
          "navigation"
        ],
        "title": "Navigation Hologram Route Plane",
        "what_it_does": "This checks that a folder's local \"how to get around\" surface behaves: the path starts from one control entry, then drills into browsable lists of routes and cards, and those browse rows are never allowed to pose as the source of truth. It makes visible, in plain result record files, that stale or mislabeled navigation is caught, that compressed cards keep a note of what they left out, and that nothing private or secret leaks into the navigation material while moving around. It only inspects toy fixture files and exact copied-but-navigation source modules; it does not touch any live system."
      },
      "inspector:component:pattern_assimilation_step": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.validators.acceptance --only pattern_assimilation_step --input fixtures/first_wave/pattern_assimilation_step/input --out receipts/first_wave/pattern_assimilation_acceptance.json",
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        "component_id": "pattern_assimilation_step",
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            },
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              "edge_id": "edge:wire:pattern_assimilation_step:agent_monitor_redteam_falsification_replay",
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            },
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              "edge_id": "edge:wire:pattern_assimilation_step:agent_sandbox_policy_escape_replay",
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            },
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              "edge_id": "edge:wire:pattern_assimilation_step:agentic_vulnerability_discovery_patch_proof_replay",
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              "edge_id": "edge:wire:pattern_assimilation_step:belief_state_process_reward_replay",
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              "edge_id": "edge:wire:pattern_assimilation_step:formal_math_premise_retrieval",
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              "edge_id": "edge:wire:pattern_assimilation_step:formal_math_readiness_gate",
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              "edge_id": "edge:wire:pattern_assimilation_step:formal_math_verifier_trace_repair_loop",
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              "node_id": "component:formal_math_verifier_trace_repair_loop",
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              "edge_id": "edge:wire:pattern_assimilation_step:indirect_prompt_injection_information_flow_policy_replay",
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              "edge_id": "edge:wire:pattern_assimilation_step:lean_std_premise_index",
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              "edge_id": "edge:wire:pattern_assimilation_step:mathematical_strategy_atlas_hypothesis_scorer",
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              "edge_id": "edge:wire:pattern_assimilation_step:mcp_tool_authority_replay",
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              "edge_id": "edge:wire:pattern_assimilation_step:ring2_premise_retrieval_precision_recall_harness",
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              "edge_id": "edge:wire:pattern_assimilation_step:spatial_world_model_counterfactual_simulation_replay",
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              "edge_id": "edge:wire:pattern_assimilation_step:target_shape_tactic_routing_gate",
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              "relation": "reads_results_of",
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                "reads_results_of"
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        "evidence": {
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            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[71:paper_module.pattern_assimilation].subjects[0]",
            "url": "paper-module-pattern-assimilation.html"
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        ],
        "primary_reader_href": "paper-module-pattern-assimilation.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Pattern Assimilation Step",
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          "collection": "components",
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          "path": "content-graph.json",
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        "routes": {
          "component_detail_href": "component-pattern-assimilation-step.html",
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          "site_map_href": "docs/architecture.html#map=component%3Apattern_assimilation_step",
          "site_primary_reader_href": "docs/paper-module-pattern-assimilation.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates only the declared public completion contract over synthetic fixture data; it does not ingest private lessons, mutate live ledgers, promote global doctrine, include launch operations or public sharing, make external model access, claim non-public data equivalence, or certify public runtime behavior.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/pattern_assimilation.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/validators/acceptance.py"
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        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
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          "navigation",
          "doctrine"
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        "title": "Pattern Assimilation Step",
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      },
      "inspector:component:pattern_binding_contract": {
        "command": "plectis pattern-route-readiness validate-bundle --input examples/pattern_binding_contract/exported_route_readiness_bundle --out /tmp/microcosm-pattern-route-readiness",
        "component_detail_href": "component-pattern-binding-contract.html",
        "component_id": "pattern_binding_contract",
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              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
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          ],
          "outgoing": [
            {
              "edge_id": "edge:wire:pattern_binding_contract:macro_projection_import_protocol",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
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                "checks_copies_of"
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        "evidence": {
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          "runs_real_tools": false
        },
        "family_id": "architecture_and_navigation",
        "kind": "wired_component",
        "links_note": "consumes the route-readiness selector contract via pattern_route_readiness (row-to-component router, route cards, decision matrix, dependency DAG, source validation report) and imports the real pattern ledger + system bindings, atop the shared kernel + evidence/authority spine. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
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        "membership": {
          "area_node_id": "area:architecture_and_navigation",
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          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:pattern_binding_contract",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-pattern-binding-contract",
          "paper_module_id": "paper_module.pattern_binding_contract",
          "title": "Pattern Binding Contract"
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          {
            "id": "paper_module.pattern_binding_contract",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Pattern Binding Contract",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[9:paper_module.pattern_binding_contract].subjects[0]",
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        ],
        "primary_reader_href": "paper-module-pattern-binding-contract.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Pattern Binding Contract",
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          "path": "content-graph.json",
          "value": "pattern_binding_contract"
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        "routes": {
          "component_detail_href": "component-pattern-binding-contract.html",
          "map_href": "architecture.html#map=component%3Apattern_binding_contract",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-pattern-binding-contract.html",
          "site_component_detail_href": "docs/component-pattern-binding-contract.html",
          "site_map_href": "docs/architecture.html#map=component%3Apattern_binding_contract",
          "site_primary_reader_href": "docs/paper-module-pattern-binding-contract.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates only the declared public pattern-binding/route-readiness contract; it does not certify the private pattern ledger, public launch or hosted-public posture, public sharing, external model access, non-public data equivalence, or whole-system correctness, and it does not turn any mined pattern row into a standalone public leaf (selection stays component-first and fixture-bound).",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/pattern_binding_contract.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/pattern_binding_contract.py"
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        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Checks a real pattern catalog for digest, cross-reference, and dependency-cycle integrity.",
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          "architecture",
          "navigation",
          "doctrine"
        ],
        "title": "Pattern Binding Contract",
        "what_it_does": "It checks that each declared \"pattern\" (a reusable bit of system structure) is properly hooked up: it has the required fields, points at real source material by reference, names the rule it answers to and what it explicitly does NOT claim, has no duplicate pattern IDs, and leaks no secrets or private bodies into the public record. It produces a written result record showing the overall pass/fail, which pattern rows are accepted versus rejected and why, and what each row is forbidden from claiming."
      },
      "inspector:component:prediction_oracle_reconciliation": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.prediction_oracle_reconciliation run --input fixtures/first_wave/prediction_oracle_reconciliation/input --out receipts/first_wave/prediction_oracle_reconciliation",
        "component_detail_href": "component-prediction-oracle-reconciliation.html",
        "component_id": "prediction_oracle_reconciliation",
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          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:prediction_oracle_reconciliation",
              "label": "reads saved results of",
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          "basis": "Source-faithful refactor",
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          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "research_and_science_replays",
        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (secret_exclusion_scan, result records, schemas); it projects a CP1/CP2/oracle/dossier pattern group but does not feed or consume other named components",
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        "membership": {
          "area_node_id": "area:research_and_science_replays",
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        },
        "node_id": "component:prediction_oracle_reconciliation",
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        "paper_module": {
          "anchor": "paper-module-prediction-oracle-reconciliation",
          "paper_module_id": "paper_module.prediction_oracle_reconciliation",
          "title": "Prediction Oracle Reconciliation"
        },
        "paper_module_backrefs": [
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            "id": "paper_module.prediction_oracle_reconciliation",
            "kind": "paper_module",
            "kind_label": "paper module",
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            "relation": "explained by",
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          }
        ],
        "primary_reader_href": "paper-module-prediction-oracle-reconciliation.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Prediction Oracle Reconciliation",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "prediction_oracle_reconciliation"
        },
        "routes": {
          "component_detail_href": "component-prediction-oracle-reconciliation.html",
          "map_href": "architecture.html#map=component%3Aprediction_oracle_reconciliation",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-prediction-oracle-reconciliation.html",
          "site_component_detail_href": "docs/component-prediction-oracle-reconciliation.html",
          "site_map_href": "docs/architecture.html#map=component%3Aprediction_oracle_reconciliation",
          "site_primary_reader_href": "docs/paper-module-prediction-oracle-reconciliation.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It exercises projection mechanics on a synthetic, invented packet only. It does not establish forecasting correctness or accuracy, give trading/financial/investment-related actions, call live market data or providers, publish predictions, claim any performance or track record, import non-public data, or include launch operations.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/prediction_oracle_reconciliation.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/prediction_oracle_reconciliation.py"
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_atlas.json",
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          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Replays a forecast against the discipline a careful predictor would have to defend.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "research-workflows",
          "forecasting",
          "provider operations"
        ],
        "title": "Prediction Oracle Reconciliation",
        "what_it_does": "Runs a made-up forecasting case through the discipline a careful predictor would have to defend: which way a fork was called and why the losing side was ruled out, whether each prediction stayed inside the pre-declared list of allowed outcomes, that no \"after the fact\" evidence got used as if it were known in advance, how the guesses compared to a synthetic \"what actually happened\" result, and that any edits to the running record were small, allowed changes rather than rewrites. The reasoning is laid out as inspectable records rather than a single handed-down verdict. Everything is invented test data \u2014 it makes no real forecast and claims no track record."
      },
      "inspector:component:proof_derived_governed_mutation_authorization": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.proof_derived_governed_mutation_authorization run --input fixtures/first_wave/proof_derived_governed_mutation_authorization/input --out receipts/first_wave/proof_derived_governed_mutation_authorization --acceptance-out receipts/acceptance/first_wave/proof_derived_governed_mutation_authorization_fixture_acceptance.json",
        "component_detail_href": "component-proof-derived-governed-mutation-authorization.html",
        "component_id": "proof_derived_governed_mutation_authorization",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:proof_derived_governed_mutation_authorization",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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            }
          ],
          "outgoing": [
            {
              "edge_id": "edge:wire:proof_derived_governed_mutation_authorization:mcp_tool_authority_replay",
              "label": "reads saved results of",
              "node_id": "component:mcp_tool_authority_replay",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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            },
            {
              "edge_id": "edge:wire:proof_derived_governed_mutation_authorization:mission_transaction_work_spine",
              "label": "reads saved results of",
              "node_id": "component:mission_transaction_work_spine",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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            },
            {
              "edge_id": "edge:wire:proof_derived_governed_mutation_authorization:proof_diagnostic_evidence_spine",
              "label": "reads saved results of",
              "node_id": "component:proof_diagnostic_evidence_spine",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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            }
          ]
        },
        "evidence": {
          "basis": "Import validation",
          "class_id": "semantic_validator",
          "kind": "Contract validator",
          "rank": 5,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (private_state_scan, result records, schemas); bundle mode also imports copied source bodies, not other named components. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:proof_derived_governed_mutation_authorization",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-proof-derived-governed-mutation-authorization",
          "paper_module_id": "paper_module.proof_derived_governed_mutation_authorization",
          "title": "Proof-Derived Governed Mutation Authorization"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.proof_derived_governed_mutation_authorization",
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            "kind_label": "paper module",
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            "relation_id": "paper_module.explains.organ_or_mechanism",
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        ],
        "primary_reader_href": "paper-module-proof-derived-governed-mutation-authorization.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Proof Derived Governed Mutation Authorization",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "proof_derived_governed_mutation_authorization"
        },
        "routes": {
          "component_detail_href": "component-proof-derived-governed-mutation-authorization.html",
          "map_href": "architecture.html#map=component%3Aproof_derived_governed_mutation_authorization",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-proof-derived-governed-mutation-authorization.html",
          "site_component_detail_href": "docs/component-proof-derived-governed-mutation-authorization.html",
          "site_map_href": "docs/architecture.html#map=component%3Aproof_derived_governed_mutation_authorization",
          "site_primary_reader_href": "docs/paper-module-proof-derived-governed-mutation-authorization.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates only a declared, synthetic governed-mutation contract and excludes live cloud/account action, standing account secrets, source or irreversible mutation, policy-after-execution, hidden votes, external model access, benchmark-score claims, or launch.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.proof_derived_governed_mutation_authorization"
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Checks a synthetic change-authorization record for its proof-and-approval chain, bound to a real commit.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Proof Derived Governed Mutation Authorization",
        "what_it_does": "Replays a make-believe example of \"should this change be allowed to run?\" and shows, step by step, why each proposed action was permitted. All three actions (a look-only inspection, a small config write, and an undo of that write) had to carry proof evidence and two visible policy approvals before anything was admitted; on top of that, the two actions that actually change something (the config write and the undo) also had to show a logged record of the change and a matching undo result record. Just holding a password or account secret is never treated as permission, and nothing here touches a real account or makes any real change."
      },
      "inspector:component:proof_diagnostic_evidence_spine": {
        "command": "plectis proof-diagnostic-evidence-spine run --input fixtures/first_wave/proof_diagnostic_evidence_spine/input --out receipts/first_wave/proof_diagnostic_evidence_spine --card",
        "component_detail_href": "component-proof-diagnostic-evidence-spine.html",
        "component_id": "proof_diagnostic_evidence_spine",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:proof_diagnostic_evidence_spine",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
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            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:proof_diagnostic_evidence_spine",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:proof_derived_governed_mutation_authorization:proof_diagnostic_evidence_spine",
              "label": "reads saved results of",
              "node_id": "component:proof_derived_governed_mutation_authorization",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
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            },
            {
              "edge_id": "edge:wire:verifier_lab_kernel:proof_diagnostic_evidence_spine",
              "label": "runs",
              "node_id": "component:verifier_lab_kernel",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ],
          "outgoing": [
            {
              "edge_id": "edge:wire:proof_diagnostic_evidence_spine:formal_evidence_cell_anchor_resolver",
              "label": "reads saved results of",
              "node_id": "component:formal_evidence_cell_anchor_resolver",
              "relation": "reads_results_of",
              "relations": [
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            },
            {
              "edge_id": "edge:wire:proof_diagnostic_evidence_spine:formal_math_verifier_trace_repair_loop",
              "label": "reads saved results of",
              "node_id": "component:formal_math_verifier_trace_repair_loop",
              "relation": "reads_results_of",
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        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "Consumes upstream result records from formal_math_verifier_trace_repair_loop, formal_evidence_cell_anchor_resolver, and Ring2 failure-taxonomy/graph-update runs, and feeds the diagnostic board downstream toward formal_math_lean_proof_witness and the pattern-binding/doctrine-grammar boundary. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:proof_diagnostic_evidence_spine",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-proof-diagnostic-evidence-spine",
          "paper_module_id": "paper_module.proof_diagnostic_evidence_spine",
          "title": "Proof Diagnostic Evidence Spine"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.proof_diagnostic_evidence_spine",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Proof Diagnostic Evidence Spine",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[14:paper_module.proof_diagnostic_evidence_spine].subjects[0]",
            "url": "paper-module-proof-diagnostic-evidence-spine.html"
          }
        ],
        "primary_reader_href": "paper-module-proof-diagnostic-evidence-spine.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Proof Diagnostic Evidence Spine",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "proof_diagnostic_evidence_spine"
        },
        "routes": {
          "component_detail_href": "component-proof-diagnostic-evidence-spine.html",
          "map_href": "architecture.html#map=component%3Aproof_diagnostic_evidence_spine",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-proof-diagnostic-evidence-spine.html",
          "site_component_detail_href": "docs/component-proof-diagnostic-evidence-spine.html",
          "site_map_href": "docs/architecture.html#map=component%3Aproof_diagnostic_evidence_spine",
          "site_primary_reader_href": "docs/paper-module-proof-diagnostic-evidence-spine.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It records proof/evidence diagnostics over existing result record references only. It does not run Lean, use external model services, expose proof bodies, turn a passing check into formal-proof or theorem authority, prove runtime or whole-system correctness, authorize later components, certify public launch, authorize public sharing or recipient work, or establish secret export.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/core/paper_module_capsules.json#paper_module.proof_diagnostic_evidence_spine"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/proof_diagnostic_evidence_spine.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Sorts proof-pipeline checks into accepted or rejected without inflating a pass.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Proof Diagnostic Evidence Spine",
        "what_it_does": "An evidence checkpoint that sits in front of formal-proof work. It reads the diagnostic records left by earlier proof-pipeline steps and writes a \"diagnostic board\" listing which checks were accepted, which were rejected, and why. The board shows exactly what evidence was kept, and refuses to let raw model output, a stale record, or a merely-passing check get inflated into a claim that the math is actually correct. It only arranges and judges existing records; it never runs a proof checker itself."
      },
      "inspector:component:provider_context_recipe_budget_policy": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.provider_context_recipe_budget_policy run --input fixtures/first_wave/provider_context_recipe_budget_policy/input --out receipts/first_wave/provider_context_recipe_budget_policy",
        "component_detail_href": "component-provider-context-recipe-budget-policy.html",
        "component_id": "provider_context_recipe_budget_policy",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:provider_context_recipe_budget_policy",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:provider_context_recipe_budget_policy",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "agent_reliability_and_safety",
        "kind": "wired_component",
        "links_note": "Binds only to the shared kernel + evidence/authority spine (private_state_scan, result records, schemas, scope limit); it copies standard/source-module bodies by digest but does not feed or consume other named components at runtime.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:agent_reliability_and_safety",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:provider_context_recipe_budget_policy",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-provider-context-recipe-budget",
          "paper_module_id": "paper_module.provider_context_recipe_budget",
          "title": "Provider Context Recipe Budget"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.provider_context_recipe_budget",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Provider Context Recipe Budget",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[54:paper_module.provider_context_recipe_budget].subjects[0]",
            "url": "paper-module-provider-context-recipe-budget.html"
          }
        ],
        "primary_reader_href": "paper-module-provider-context-recipe-budget.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Provider Context Recipe Budget Policy",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "provider_context_recipe_budget_policy"
        },
        "routes": {
          "component_detail_href": "component-provider-context-recipe-budget-policy.html",
          "map_href": "architecture.html#map=component%3Aprovider_context_recipe_budget_policy",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-provider-context-recipe-budget.html",
          "site_component_detail_href": "docs/component-provider-context-recipe-budget-policy.html",
          "site_map_href": "docs/architecture.html#map=component%3Aprovider_context_recipe_budget_policy",
          "site_primary_reader_href": "docs/paper-module-provider-context-recipe-budget.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates context-budget projection mechanics (byte ceilings, ordered section fill, omitted-section manifests, deliverable routing, and digest-checked source-body imports) only. It excludes provider/API calls, run Lean/Lake, expose or carry proof or oracle truth-side material, assert theorem or domain-level conclusions, or include launch operations.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/provider_context_recipe_budget.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/provider_context_recipe_budget_policy.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Runs the real context harness to measure assembled byte sizes and check each bundle fits its budget.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "ai-safety",
          "agent-evaluation",
          "red-teaming"
        ],
        "title": "Provider Context Recipe Budget Policy",
        "what_it_does": "This component checks that the bundles of context an AI agent would assemble before calling an outside model provider stay inside fixed size limits (in bytes), fill their sections in the declared order until the budget runs out, list any section that was dropped for not fitting, and never carry answer keys, proof solutions, or other \"correct answer\" material. The record shows the exact size ceilings for each recipe, which sections fit versus got left out, and which output each recipe is allowed to produce, so the context boundary is inspectable as plain accounting before any external model access or answer authority is ever in play. It only validates this metadata; it does not itself call any provider."
      },
      "inspector:component:public_reveal_walkthrough": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.public_reveal_walkthrough run --input fixtures/first_wave/public_reveal_walkthrough/input --out receipts/first_wave/public_reveal_walkthrough",
        "component_detail_href": "component-public-reveal-walkthrough.html",
        "component_id": "public_reveal_walkthrough",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:public_reveal_walkthrough",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
          "class_id": "bounded_runtime_computation",
          "kind": "Bounded runtime computation",
          "rank": 4,
          "runs_real_tools": false
        },
        "family_id": "entry_and_reveal",
        "kind": "wired_component",
        "links_note": "validates a reveal path that explicitly names the `microcosm intake` runtime bridge, `formal_math_readiness_extensions`, and the observatory/source-projection intake board, while itself consuming only fixtures and the shared kernel + evidence/authority spine. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:entry_and_reveal",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:public_reveal_walkthrough",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-public-reveal-walkthrough",
          "paper_module_id": "paper_module.public_reveal_walkthrough",
          "title": "Public Reveal Walkthrough"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.public_reveal_walkthrough",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Public Reveal Walkthrough",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[28:paper_module.public_reveal_walkthrough].subjects[0]",
            "url": "paper-module-public-reveal-walkthrough.html"
          }
        ],
        "primary_reader_href": "paper-module-public-reveal-walkthrough.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Public Reveal Walkthrough",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "public_reveal_walkthrough"
        },
        "routes": {
          "component_detail_href": "component-public-reveal-walkthrough.html",
          "map_href": "architecture.html#map=component%3Apublic_reveal_walkthrough",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-public-reveal-walkthrough.html",
          "site_component_detail_href": "docs/component-public-reveal-walkthrough.html",
          "site_map_href": "docs/architecture.html#map=component%3Apublic_reveal_walkthrough",
          "site_primary_reader_href": "docs/paper-module-public-reveal-walkthrough.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It authorizes only bounded public reveal runtime behavior and a digest-verified public body-import witness; it excludes launch, hosted deployment, public sharing, recipient work, external model access, secret export, non-public data equivalence, Lean/Lake execution, whole-system correctness, or general product authority.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/public_reveal_walkthrough.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/public_reveal_walkthrough.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Binds the first-time reader tour to evidence so each count leads to a source.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "getting-started",
          "interesting-parts",
          "evaluation"
        ],
        "title": "Public Reveal Walkthrough",
        "what_it_does": "This checks the short guided tour Microcosm advertises for a first-time reader and binds it to real public evidence: the declared route through patterns, work, events, and evidence must still point to result records, and the exported reveal bundle must carry digest-verified copies of the public source bodies that back the walkthrough. The card remains bounded, but each impressive-looking count leads to a source-body witness instead of stopping at marketing copy."
      },
      "inspector:component:research_replication_rubric_artifact_replay": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.research_replication_rubric_artifact_replay run --input fixtures/first_wave/research_replication_rubric_artifact_replay/input --out receipts/first_wave/research_replication_rubric_artifact_replay",
        "component_detail_href": "component-research-replication-rubric-artifact-replay.html",
        "component_id": "research_replication_rubric_artifact_replay",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:pattern_assimilation_step:research_replication_rubric_artifact_replay",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "research_and_science_replays",
        "kind": "wired_component",
        "links_note": "binds only to the shared kernel + evidence/authority spine (secret-exclusion scan, result records, schemas, and the shared public-agent-execution-trace source tool); does not invoke another named component at runtime. Doctrine-lattice wires_to additions in this row are source-derived from core/mechanism_sources.json upstream_of rows for the component's hosted mechanism(s); they name structural sibling navigation only, not live run, launch-scope decision, or proof of runtime integration.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:research_and_science_replays",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:research_replication_rubric_artifact_replay",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-research-replication-rubric-artifact-replay",
          "paper_module_id": "paper_module.research_replication_rubric_artifact_replay",
          "title": "Research Replication Rubric Artifact Replay"
        },
        "paper_module_backrefs": [
          {
            "id": "paper_module.research_replication_rubric_artifact_replay",
            "kind": "paper_module",
            "kind_label": "paper module",
            "label": "Research Replication Rubric Artifact Replay",
            "relation": "explained by",
            "relation_id": "paper_module.explains.organ_or_mechanism",
            "source_ref": "core/paper_module_capsules.json::paper_modules[4:paper_module.research_replication_rubric_artifact_replay].subjects[0]",
            "url": "paper-module-research-replication-rubric-artifact-replay.html"
          }
        ],
        "primary_reader_href": "paper-module-research-replication-rubric-artifact-replay.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Research Replication Rubric Artifact Replay",
        "record_locator": {
          "collection": "components",
          "key": "component_id",
          "path": "content-graph.json",
          "value": "research_replication_rubric_artifact_replay"
        },
        "routes": {
          "component_detail_href": "component-research-replication-rubric-artifact-replay.html",
          "map_href": "architecture.html#map=component%3Aresearch_replication_rubric_artifact_replay",
          "primary_click_policy": "prefer_primary_reader_href",
          "primary_reader_href": "paper-module-research-replication-rubric-artifact-replay.html",
          "site_component_detail_href": "docs/component-research-replication-rubric-artifact-replay.html",
          "site_map_href": "docs/architecture.html#map=component%3Aresearch_replication_rubric_artifact_replay",
          "site_primary_reader_href": "docs/paper-module-research-replication-rubric-artifact-replay.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It validates the shape and presence of synthetic replay metadata and result record references only - it does not run any experiment, metric script, or rerun, excludes any claim that a paper was actually replicated, that a benchmark claims was achieved, or that the underlying science is correct, and it never calls providers, exposes private paper/data bodies, or authorizes public sharing or launch.",
        "secondary_paper_module_backrefs": [],
        "source_links": [
          {
            "label": "Design note",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/research_replication_rubric_artifact_replay.md"
          },
          {
            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/research_replication_rubric_artifact_replay.py"
          }
        ],
        "source_refs": [
          "microcosm-substrate/core/architecture_kernel.json",
          "microcosm-substrate/core/organ_atlas.json",
          "microcosm-substrate/core/organ_code_wiring.json",
          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Audits whether a paper-replication claim carries the full evidence trail.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "research-workflows",
          "forecasting",
          "provider operations"
        ],
        "title": "Research Replication Rubric Artifact Replay",
        "what_it_does": "It checks whether a claim that an AI agent \"replicated a research paper\" comes with the paper trail real replication would leave behind. It re-runs nothing; instead it confirms the bundle names every required piece of evidence: a breakdown of the paper's contributions, a grading rubric, the list of allowed public inputs, a from-scratch repo scaffold, an experiment plan, the metric scripts, a roster of declared file-hashes for the outputs plus hashes that all stay inside that roster, a grader report, a capped compute/runtime budget, an ablation diff, a failure list, and a cold-rerun result record. It also catches eight ways a claim can cheat: reusing the original authors' code, leaking a hidden rubric, calling a run a \"success\" when only a write-up backs it, asserting a benchmark claims, leaking a private paper or dataset body, using unbounded compute, grading only the final answer, or pointing at a file-hash that was never declared. The work runs on two made-up sample papers (one machine-learning method, one computational-science study), and the generated result record shows which of the eight cheats each test case triggered, rather than taking \"it was replicated\" on trust."
      },
      "inspector:component:ring2_premise_retrieval_precision_recall_harness": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.ring2_premise_retrieval_precision_recall_harness run --input fixtures/first_wave/ring2_premise_retrieval_precision_recall_harness/input --out receipts/first_wave/ring2_premise_retrieval_precision_recall_harness",
        "component_detail_href": "component-ring2-premise-retrieval-precision-recall-harness.html",
        "component_id": "ring2_premise_retrieval_precision_recall_harness",
        "connections": {
          "incoming": [
            {
              "edge_id": "edge:wire:macro_projection_import_protocol:ring2_premise_retrieval_precision_recall_harness",
              "label": "checks the copied files of",
              "node_id": "component:macro_projection_import_protocol",
              "relation": "checks_copies_of",
              "relations": [
                "checks_copies_of"
              ]
            },
            {
              "edge_id": "edge:wire:pattern_assimilation_step:ring2_premise_retrieval_precision_recall_harness",
              "label": "reads saved results of",
              "node_id": "component:pattern_assimilation_step",
              "relation": "reads_results_of",
              "relations": [
                "reads_results_of"
              ]
            },
            {
              "edge_id": "edge:wire:verifier_lab_kernel:ring2_premise_retrieval_precision_recall_harness",
              "label": "runs",
              "node_id": "component:verifier_lab_kernel",
              "relation": "runs",
              "relations": [
                "runs"
              ]
            }
          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Source-faithful refactor",
          "class_id": "algorithmic_projection",
          "kind": "Computed projection",
          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "Binds only to the shared kernel + evidence/authority spine (private_state_scan, result records, schemas) plus digest-verified copied source artifacts; the paper module names no consuming or feeding component.",
        "map_primary_click_policy": "prefer_primary_reader_href",
        "membership": {
          "area_node_id": "area:formal_math_and_proof",
          "relation": "navigation_membership",
          "source_field": "families[].organ_ids",
          "source_ref": "microcosm-substrate/core/organ_families.json"
        },
        "node_id": "component:ring2_premise_retrieval_precision_recall_harness",
        "omitted_fields": [],
        "paper_module": {
          "anchor": "paper-module-ring2-premise-precision-recall",
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        "primary_reader_route_role": "paper_module_authoritative_read",
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          "path": "content-graph.json",
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        "routes": {
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        },
        "schema": "microcosm_public_architecture_details_v1",
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        "tags": [
          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Ring2 Premise Retrieval Precision Recall Harness",
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      "inspector:component:routing_anti_patterns_registry": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.routing_anti_patterns_registry run --input fixtures/first_wave/routing_anti_patterns_registry/input --out /tmp/routing_anti_patterns_registry_out",
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          "rank": 5,
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        "family_id": "architecture_and_navigation",
        "kind": "component",
        "links_note": "Reads the public routing anti-pattern registry and copied source body as projection inputs, binding only to the shared kernel and evidence/authority spine; it does not invoke other components at runtime.",
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        "membership": {
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          "source_field": "families[].organ_ids",
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        "node_id": "component:routing_anti_patterns_registry",
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        "paper_module": {
          "anchor": "paper-module-routing-anti-patterns-registry",
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        ],
        "primary_reader_href": "paper-module-routing-anti-patterns-registry.html",
        "primary_reader_route_role": "paper_module_authoritative_read",
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        "source_links": [
          {
            "label": "Design note",
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            "label": "Source",
            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/src/microcosm_core/organs/routing_anti_patterns_registry.py"
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          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Indexes the navigation mistakes agents repeat and guards the public list.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "architecture",
          "navigation",
          "doctrine"
        ],
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      "inspector:component:self_ignorance_coverage_ledger": {
        "command": "plectis self-ignorance-coverage-ledger run --input fixtures/first_wave/self_ignorance_coverage_ledger/input --out receipts/first_wave/self_ignorance_coverage_ledger",
        "component_detail_href": "component-self-ignorance-coverage-ledger.html",
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        "family_id": "architecture_and_navigation",
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        "links_note": "Imports the System Atlas builder source body as provenance and binds coverage-debt projection to public result records, fixture manifest, and atlas rows.",
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          "area_node_id": "area:architecture_and_navigation",
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          "anchor": "paper-module-self-ignorance-coverage-ledger",
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        "schema": "microcosm_public_architecture_details_v1",
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        "source_links": [
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            "url": "https://github.com/wcook04/practical-formal-verification/blob/main/paper_modules/self_ignorance_coverage_ledger.md"
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          {
            "label": "Source",
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        ],
        "source_refs": [
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          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Compares expected against built entities to report known coverage gaps.",
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        "tags": [
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          "navigation",
          "doctrine"
        ],
        "title": "Self Ignorance Coverage Ledger",
        "what_it_does": "Compares declared Kind Atlas expectations against materialized entities and reports the known coverage debt that falls out of that public fixture comparison."
      },
      "inspector:component:semantic_singleflight_dedup_runtime": {
        "command": "plectis semantic-singleflight-dedup-runtime run --input fixtures/first_wave/semantic_singleflight_dedup_runtime/input --out receipts/first_wave/semantic_singleflight_dedup_runtime --acceptance-out receipts/acceptance/first_wave/semantic_singleflight_dedup_runtime_fixture_acceptance.json",
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          ],
          "outgoing": []
        },
        "evidence": {
          "basis": "Real runtime result",
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          "rank": 4,
          "runs_real_tools": false
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        "family_id": "work_landing_and_continuity",
        "kind": "wired_component",
        "links_note": "Surfaces microcosm_core.engine_room.command_run_singleflight as an accepted operational-discipline component; it writes public first-wave result records and does not export private source run state or mutate shared registries at runtime. wires_to names structural sibling navigation only, not live run or proof of runtime integration.",
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          "source_ref": "microcosm-substrate/core/organ_families.json"
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        "node_id": "component:semantic_singleflight_dedup_runtime",
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          "anchor": "paper-module-semantic-singleflight-dedup-runtime",
          "paper_module_id": "paper_module.semantic_singleflight_dedup_runtime",
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        "routes": {
          "component_detail_href": "component-semantic-singleflight-dedup-runtime.html",
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        "secondary_paper_module_backrefs": [],
        "source_links": [
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            "label": "Source",
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        ],
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      },
      "inspector:component:sleeper_memory_poisoning_quarantine_replay": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.sleeper_memory_poisoning_quarantine_replay run --input fixtures/first_wave/sleeper_memory_poisoning_quarantine_replay/input --out receipts/first_wave/sleeper_memory_poisoning_quarantine_replay --acceptance-out receipts/acceptance/first_wave/sleeper_memory_poisoning_quarantine_replay_fixture_acceptance.json",
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          "title": "Sleeper Memory Poisoning Quarantine Replay"
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        "paper_module_backrefs": [
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        "primary_reader_route_role": "paper_module_authoritative_read",
        "public_label": "Memory-Poisoning Quarantine Policy Replay",
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        },
        "schema": "microcosm_public_architecture_details_v1",
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        "what_it_does": "This is a worked, made-up example of how an agent should handle a tampered \"memory\": a poisoned note gets spotted, held in quarantine, blocked from being used in any later action, and finally deleted-with-an-audit, with a clean re-run recorded showing the bad memory is no longer there. The component does not actually delete anything or perform the re-run; it reads the on-disk record of that whole guard-and-cleanup sequence and checks that every required step and result record lines up, so exactly which checks must hold is visible. It works entirely from synthetic refs and metadata, with no private memory or transcripts exposed."
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      "inspector:component:spatial_world_model_counterfactual_simulation_replay": {
        "command": "plectis spatial-world-model-counterfactual-simulation-replay run-simulation-bundle --input examples/spatial_world_model_counterfactual_simulation_replay/exported_spatial_world_model_simulation_bundle --out receipts/runtime_shell/demo_project/organs/spatial_world_model_counterfactual_simulation_replay",
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        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.standards_meta_diagnostics run --input fixtures/first_wave/standards_meta_diagnostics/input --out /tmp/standards_meta_diagnostics_out",
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          "microcosm-substrate/core/organ_families.json",
          "microcosm-substrate/core/organ_registry.json"
        ],
        "summary_line": "Confirms every accepted part still ties to a written rule, a run command, and a saved proof.",
        "summary_line_source": "authored_synopsis",
        "tags": [
          "agent-entry",
          "architecture",
          "navigation"
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        "title": "Standards Meta Diagnostics",
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      },
      "inspector:component:tactic_portfolio_availability_probe": {
        "command": "PYTHONPATH=src python3 -m microcosm_core.organs.tactic_portfolio_availability_probe run --input fixtures/first_wave/tactic_portfolio_availability_probe/input --out receipts/first_wave/tactic_portfolio_availability_probe --acceptance-out receipts/acceptance/first_wave/tactic_portfolio_availability_probe_fixture_acceptance.json",
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        "component_id": "tactic_portfolio_availability_probe",
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          "rank": 3,
          "runs_real_tools": false
        },
        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "supplies the callability map that gates downstream tactic routing, anchoring the `target_shape_tactic_routing_gate` result records so consumers reference only probed tactics",
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        ],
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          "site_primary_reader_href": "docs/paper-module-tactic-portfolio-availability.html"
        },
        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It only projects and validates which tactics were recorded as compiling in one captured environment; it does not run Lean/Lake at all, prove any goal, certify domain-level conclusions, use external model services, claim benchmark performance, or include launch operations.",
        "secondary_paper_module_backrefs": [],
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        "summary_line": "Maps which Lean proof tactics a recorded run marked usable before any code relies on one.",
        "summary_line_source": "authored_synopsis",
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          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Tactic Portfolio Availability Probe",
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      },
      "inspector:component:target_shape_tactic_routing_gate": {
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          "runs_real_tools": false
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        "family_id": "formal_math_and_proof",
        "kind": "wired_component",
        "links_note": "consumes/anchors against result records of formal_math_verifier_trace_repair_loop, formal_evidence_cell_anchor_resolver, and proof_diagnostic_evidence_spine over the same Ring2 run",
        "map_primary_click_policy": "prefer_primary_reader_href",
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        "paper_module": {
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        "schema": "microcosm_public_architecture_details_v1",
        "scope_limit": "It only inspects and records the projection mechanics of pre-execution tactic-routing references \u2014 emitting per-tactic allow/reject decisions with reasons. It does not run Lean/Lake, does not establish or judge the correctness of any goal, emits no proof bodies, makes no external model access, performs no post-execution route selection, reports no benchmark claims or maturity, and excludes launch.",
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        "summary_line_source": "authored_synopsis",
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          "formal-methods",
          "theorem-proving",
          "lean"
        ],
        "title": "Target Shape Tactic Routing Gate",
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      },
      "inspector:component:tool_server_pressure_inventory": {
        "command": "plectis tool-server-pressure-inventory run --input fixtures/first_wave/tool_server_pressure_inventory/input --out receipts/first_wave/tool_server_pressure_inventory --acceptance-out receipts/acceptance/first_wave/tool_server_pressure_inventory_fixture_acceptance.json",
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        "component_id": "tool_server_pressure_inventory",
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          "outgoing": []
        },
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          "class_id": "semantic_validator",
          "kind": "Contract validator",
          "rank": 5,
          "runs_real_tools": false
        },
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