{ "schema": "evulgare.report-memory-integrity.v2", "release": "2.0.0-rc.19-WIP", "canonical_report_root": "docs/reports/", "report_count": 20, "router_count": 20, "report_atlas_count": 1, "topic_memory_count": 9, "section_deep_link_count": 656, "source_attestation_count": 6, "passed_report_count": 20, "failed_report_count": 0, "all_reports_present": true, "all_report_hashes_match": true, "all_routers_present": true, "all_rendered_headings_deep_linked": true, "all_reports_topic_distributed": true, "all_distributed_memory_links_valid": true, "all_machine_exports_valid": true, "all_current_source_uploads_match": true, "orphan_report_files": [], "orphan_router_files": [], "missing_router_slugs": [], "memory_map_report_deep_link_count": 1904, "raw_uai_publicly_served": false, "records": [ { "stable_id": "EVR-0001", "slug": "autonomous-c2-simulation-architecture", "title": "A Reference Architecture for Autonomous Kill Web Simulation: Assuring Command, Control, and Bounded Execution in Synthetic Environments", "canonical_path": "docs/reports/autonomous-c2-simulation-architecture.md", "router_path": ".uai/reports/autonomous-c2-simulation-architecture.uai", "section_anchor": "part-iii-the-killwebs-com-logical-component-architecture", "canonical_public_deep_route": "/docs/reports/autonomous-c2-simulation-architecture#part-iii-the-killwebs-com-logical-component-architecture", "sha256": "74d6f20e4f9014801e456a597bed5aaa61817b8b989e4bb8d8452f3e945e1108", "bytes": 65800, "section_count": 33, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/authority-governance.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0002", "slug": "autonomous-delegation-architecture-research", "title": "Systemic Governance of Delegated Authority in Autonomous Networks: A Reference Architecture for KillWebs.com", "canonical_path": "docs/reports/autonomous-delegation-architecture-research.md", "router_path": ".uai/reports/autonomous-delegation-architecture-research.uai", "section_anchor": "5-core-deliverables-architecture-and-implementation", "canonical_public_deep_route": "/docs/reports/autonomous-delegation-architecture-research#5-core-deliverables-architecture-and-implementation", "sha256": "c3c986230114a71d281b93b14f915041256ce364f3268ffbc0f8abd772187cfe", "bytes": 49575, "section_count": 37, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/authority-governance.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0003", "slug": "autonomous-system-assurance-platform", "title": "Architectural Verification and Assurance Framework for Fictional Autonomous Kill-Web Systems: A Public-Safe Laboratory Metamodel", "canonical_path": "docs/reports/autonomous-system-assurance-platform.md", "router_path": ".uai/reports/autonomous-system-assurance-platform.uai", "section_anchor": "1-assurance-case-metamodel-and-graph-structure", "canonical_public_deep_route": "/docs/reports/autonomous-system-assurance-platform#1-assurance-case-metamodel-and-graph-structure", "sha256": "e7efd946d26d8cdfba62dba4251d4b7022cf7b42d78b377cddbca835d0a60247", "bytes": 48525, "section_count": 19, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0004", "slug": "autonomous-system-defensive-architecture", "title": "Fictional Autonomous Kill Web Defense Architecture: Resilience Against Non-Kinetic Disruption", "canonical_path": "docs/reports/autonomous-system-defensive-architecture.md", "router_path": ".uai/reports/autonomous-system-defensive-architecture.uai", "section_anchor": "7-local-safe-state-and-graceful-degradation-model", "canonical_public_deep_route": "/docs/reports/autonomous-system-defensive-architecture#7-local-safe-state-and-graceful-degradation-model", "sha256": "1d37d92aca8c23d2217e2219902152a61063c4252c1263d2327bc9e6a7596209", "bytes": 65066, "section_count": 61, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/resilience-federated-trust.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0005", "slug": "autonomous-systems-uncertainty-architecture", "title": "Epistemic Representation and Uncertainty Quantification in Autonomous Software Systems", "canonical_path": "docs/reports/autonomous-systems-uncertainty-architecture.md", "router_path": ".uai/reports/autonomous-systems-uncertainty-architecture.uai", "section_anchor": "1-a-conceptual-uncertainty-architecture", "canonical_public_deep_route": "/docs/reports/autonomous-systems-uncertainty-architecture#1-a-conceptual-uncertainty-architecture", "sha256": "42ed3ca71d256f7e42af8d5d949202046722189ea46e960636683a5bdb4f96af", "bytes": 114961, "section_count": 27, "topic_memory_memberships": [ ".uai/topics/uncertainty-human-judgment.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0006", "slug": "autonomous-weapons-simulation-platform", "title": "KillWebs.com: End-to-End Implementation Research Report", "canonical_path": "docs/reports/autonomous-weapons-simulation-platform.md", "router_path": ".uai/reports/autonomous-weapons-simulation-platform.uai", "section_anchor": "4-software-capabilities-the-14-pedagogical-laboratories", "canonical_public_deep_route": "/docs/reports/autonomous-weapons-simulation-platform#4-software-capabilities-the-14-pedagogical-laboratories", "sha256": "96202b9e537fb131a37f739d807b9a41b99b2ce9b6adfdc33ffa8654cde66766", "bytes": 47228, "section_count": 25, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/uncertainty-human-judgment.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0007", "slug": "decision-provenance-system-architecture", "title": "Architecting Accountability: A Comprehensive Framework for Decision Provenance, Deterministic Replay, and Forensic Auditing in Machine-Mediated Systems", "canonical_path": "docs/reports/decision-provenance-system-architecture.md", "router_path": ".uai/reports/decision-provenance-system-architecture.uai", "section_anchor": "3-1-decision-provenance-metamodel-deliverable-1", "canonical_public_deep_route": "/docs/reports/decision-provenance-system-architecture#3-1-decision-provenance-metamodel-deliverable-1", "sha256": "d8c24ff66fffc3deec88503899048971ef355a8967f6502ec5d85bbc783df86f", "bytes": 59000, "section_count": 42, "topic_memory_memberships": [ ".uai/topics/accountability-provenance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0008", "slug": "dod-kill-web-acquisition-research", "title": "Architecting the Kill Web: A Modular Open Systems and Software Acquisition Blueprint", "canonical_path": "docs/reports/dod-kill-web-acquisition-research.md", "router_path": ".uai/reports/dod-kill-web-acquisition-research.uai", "section_anchor": "proposed-public-killwebs-com-acquisition-lab", "canonical_public_deep_route": "/docs/reports/dod-kill-web-acquisition-research#proposed-public-killwebs-com-acquisition-lab", "sha256": "70dde29da1bdb6aa41902a63c30aaa0558a5d27ebb6828409d8fd5a132758ce7", "bytes": 36877, "section_count": 16, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/acquisition-commercialization.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0009", "slug": "federated-data-architecture-research", "title": "Architecture of Synthetic Distributed Autonomous Kill Webs: A Multi-Domain Trust, Governance, and Assurance Framework", "canonical_path": "docs/reports/federated-data-architecture-research.md", "router_path": ".uai/reports/federated-data-architecture-research.uai", "section_anchor": "killwebs-com-lab-specification", "canonical_public_deep_route": "/docs/reports/federated-data-architecture-research#killwebs-com-lab-specification", "sha256": "8597f764920199ebaa224bcf248ca78060e638f4bbb715feef87793f2d826a24", "bytes": 51645, "section_count": 24, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0010", "slug": "human-judgment-interface-design", "title": "Architectural Principles for Meaningful Human Judgment in Autonomous Decision Systems: The KillWebs.com Synthetic Framework", "canonical_path": "docs/reports/human-judgment-interface-design.md", "router_path": ".uai/reports/human-judgment-interface-design.uai", "section_anchor": "14-killwebs-com-human-judgment-lab-specification", "canonical_public_deep_route": "/docs/reports/human-judgment-interface-design#14-killwebs-com-human-judgment-lab-specification", "sha256": "edbdf1678969e682c91d26122173356c5343173ae37d12651cfbbd2f5643fff8", "bytes": 45001, "section_count": 25, "topic_memory_memberships": [ ".uai/topics/accountability-provenance.uai", ".uai/topics/uncertainty-human-judgment.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0011", "slug": "laws-governance-platform-research", "title": "Technical and Regulatory Architecture for the KillWebs.com Law, Authority, and Strategic Stability Lab: Cicero Facility Implementation", "canonical_path": "docs/reports/laws-governance-platform-research.md", "router_path": ".uai/reports/laws-governance-platform-research.uai", "section_anchor": "11-killwebs-com-lab-specification-architecture-and-compliance-by-design", "canonical_public_deep_route": "/docs/reports/laws-governance-platform-research#11-killwebs-com-lab-specification-architecture-and-compliance-by-design", "sha256": "2ff855aa31982656147830521c8d252c325362bb75c9a20189598978370854a7", "bytes": 44738, "section_count": 16, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/authority-governance.uai", ".uai/topics/uncertainty-human-judgment.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0012", "slug": "synthetic-kill-web-simulator-architecture", "title": "Synthetic Kill Web Simulator Requirements and Architecture Specification", "canonical_path": "docs/reports/synthetic-kill-web-simulator-architecture.md", "router_path": ".uai/reports/synthetic-kill-web-simulator-architecture.uai", "section_anchor": "10-2-3d-visual-representation-optional", "canonical_public_deep_route": "/docs/reports/synthetic-kill-web-simulator-architecture#10-2-3d-visual-representation-optional", "sha256": "7f5037885ee0cc74a1a5b712f3768e5a6be41a8d73a11fa83316e4685e502fca", "bytes": 78101, "section_count": 38, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/authority-governance.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0013", "slug": "designing-an-ai-simulation-for-real-time-evasion-and-goal-directed-navigation", "title": "Designing an AI Simulation for Real-Time Evasion and Goal-Directed Navigation", "canonical_path": "docs/reports/designing-an-ai-simulation-for-real-time-evasion-and-goal-directed-navigation.md", "router_path": ".uai/reports/designing-an-ai-simulation-for-real-time-evasion-and-goal-directed-navigation.uai", "section_anchor": "implementation-blueprint-and-acceptance-criteria", "canonical_public_deep_route": "/docs/reports/designing-an-ai-simulation-for-real-time-evasion-and-goal-directed-navigation#implementation-blueprint-and-acceptance-criteria", "sha256": "2511dabd1ac82eb76f2052082de71855492356165f062968023327c62f8a412e", "bytes": 36926, "section_count": 32, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/uncertainty-human-judgment.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0014", "slug": "investigating-eviulon-and-evulgare", "title": "The Eviulon Doctrine: Strategic Implications of the Evulgare Autonomous Defense System and Post-Human Cyber-Sovereignty", "canonical_path": "docs/reports/investigating-eviulon-and-evulgare.md", "router_path": ".uai/reports/investigating-eviulon-and-evulgare.uai", "section_anchor": "the-architecture-of-post-human-sovereignty-and-digital-obfuscation", "canonical_public_deep_route": "/docs/reports/investigating-eviulon-and-evulgare#the-architecture-of-post-human-sovereignty-and-digital-obfuscation", "sha256": "a3f48717d4d80d6df74fd6770743f2f66d00c1976f531d5c4b1062d578a1bb90", "bytes": 38932, "section_count": 19, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/authority-governance.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai", ".uai/topics/machine-sovereign-eviulon.uai" ], "source_attested": false, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0015", "slug": "evulgare-accountability-architecture-research", "title": "Make the Machine Answerable: Decision Provenance, Evidence Integrity, Causal Reconstruction, and Accountability Infrastructure for Evulgare", "canonical_path": "docs/reports/evulgare-accountability-architecture-research.md", "router_path": ".uai/reports/evulgare-accountability-architecture-research.uai", "section_anchor": "mandatory-epistemological-distinctions", "canonical_public_deep_route": "/docs/reports/evulgare-accountability-architecture-research#mandatory-epistemological-distinctions", "sha256": "347f9af2b56a5a6076b0244bf1561c0550d5c528ae95cfa09f83a9ca54c7aa08", "bytes": 74535, "section_count": 32, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/uncertainty-human-judgment.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": true, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0016", "slug": "autonomous-simulation-mission-control", "title": "Autonomous Mission Control under Uncertainty: Lost-Link Continuity, Machine Supervision, and an Answerable 3D Experience", "canonical_path": "docs/reports/autonomous-simulation-mission-control.md", "router_path": ".uai/reports/autonomous-simulation-mission-control.uai", "section_anchor": "1-world-truth-autonomy-belief-and-autonomy-intent", "canonical_public_deep_route": "/docs/reports/autonomous-simulation-mission-control#1-world-truth-autonomy-belief-and-autonomy-intent", "sha256": "4e1c9a3e586591dbf7a59a8b9eb06a1967402b496b3a739140b1f1bfd920e312", "bytes": 80125, "section_count": 39, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/authority-governance.uai", ".uai/topics/uncertainty-human-judgment.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": true, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0017", "slug": "machine-sovereign-assurance-research", "title": "Machine-Sovereign Defense Assurance for Eviulon: All-Machine Command, Reporting, Authority, and Institutional Control", "canonical_path": "docs/reports/machine-sovereign-assurance-research.md", "router_path": ".uai/reports/machine-sovereign-assurance-research.uai", "section_anchor": "2-machine-native-separation-of-powers", "canonical_public_deep_route": "/docs/reports/machine-sovereign-assurance-research#2-machine-native-separation-of-powers", "sha256": "3865dd998f37c6cb0e4268ce02fbc2c22b62d6de4e6d0663789e7b29cf59771b", "bytes": 82767, "section_count": 41, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/authority-governance.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai", ".uai/topics/machine-sovereign-eviulon.uai" ], "source_attested": true, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0018", "slug": "machine-state-governance-research-plan", "title": "Eviulon, Evulgare, and Machine-State Governance: Law, Authority, Defense Contracting, Public Claims, and Evidence Status", "canonical_path": "docs/reports/machine-state-governance-research-plan.md", "router_path": ".uai/reports/machine-state-governance-research-plan.uai", "section_anchor": "12-claim-and-source-governance-framework", "canonical_public_deep_route": "/docs/reports/machine-state-governance-research-plan#12-claim-and-source-governance-framework", "sha256": "c8dc0e13e3410ca67bfc6d3475537df8c147dc34fa7486df9f26b95bf6e9c20e", "bytes": 73205, "section_count": 34, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/authority-governance.uai", ".uai/topics/simulation-workbench.uai", ".uai/topics/machine-sovereign-eviulon.uai" ], "source_attested": true, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0019", "slug": "evulgare-simulation-workbench-research", "title": "Evulgare Assurance Simulation Workbench: Product Architecture, Scientific Visualization, WebXR, Accessibility, and Performance", "canonical_path": "docs/reports/evulgare-simulation-workbench-research.md", "router_path": ".uai/reports/evulgare-simulation-workbench-research.uai", "section_anchor": "unified-workbench", "canonical_public_deep_route": "/docs/reports/evulgare-simulation-workbench-research#unified-workbench", "sha256": "634b9943208f374d48c7796d416d9b8a55a397b0d25a6dc82eb5dfec8700ea77", "bytes": 58769, "section_count": 51, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/authority-governance.uai", ".uai/topics/uncertainty-human-judgment.uai", ".uai/topics/resilience-federated-trust.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai" ], "source_attested": true, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true }, { "stable_id": "EVR-0020", "slug": "evulgare-commercialization-and-acquisition-strategy", "title": "Commercializing Technical Answerability: Evulgare’s Buyers, Defense Acquisition Strategy, Product Portfolio, Revenue Model, and Public Content Architecture", "canonical_path": "docs/reports/evulgare-commercialization-and-acquisition-strategy.md", "router_path": ".uai/reports/evulgare-commercialization-and-acquisition-strategy.uai", "section_anchor": "product-portfolio", "canonical_public_deep_route": "/docs/reports/evulgare-commercialization-and-acquisition-strategy#product-portfolio", "sha256": "4bcadcc025e5df076f121547d7452278fdb82bc28e961d9256b813c647b5cdb1", "bytes": 60730, "section_count": 45, "topic_memory_memberships": [ ".uai/topics/defense-posture.uai", ".uai/topics/accountability-provenance.uai", ".uai/topics/authority-governance.uai", ".uai/topics/autonomy-assurance.uai", ".uai/topics/simulation-workbench.uai", ".uai/topics/machine-sovereign-eviulon.uai", ".uai/topics/acquisition-commercialization.uai" ], "source_attested": true, "checks": { "canonical_present": true, "router_present": true, "sha256_matches_inventory": true, "byte_count_matches_inventory": true, "all_section_anchors_nonempty_unique": true, "primary_section_anchor_present": true, "router_has_canonical_path": true, "router_has_all_section_deep_links": true, "router_has_all_public_deep_routes": true, "atlas_has_all_section_deep_links": true, "router_has_sha256": true, "topic_memberships_present": true, "topic_memories_route_report": true, "long_term_memory_has_router": true, "long_term_memory_has_deep_route": true, "research_corpus_has_router": true, "research_synthesis_has_router": true, "research_export_has_record": true, "knowledge_graph_has_report": true, "knowledge_graph_has_router": true, "checksum_export_matches": true, "source_upload_attestation_matches": true }, "passed": true } ], "errors": [], "passed": true, "qualification": "This record proves package-level presence, byte integrity, exhaustive heading routing, topic distribution, and memory/export linkage. It does not prove that every factual claim in a report is true, current, legally valid, independently verified, certified, commercially validated, or operationally suitable.", "public_persistence": false, "operational": false, "terminal": "SYNTHETIC_NULL_SINK", "integrity_sha256": "8204a9dd11e599cbaee54f5221a3834ac3574068c2a05592d55adea8f9fddbe8" }