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"summary": "Defines vector storage and local-first synchronization for AI and distributed applications, including embeddings, indexing, replication, conflict handling, and offline operation.", "tags": [ "data-architecture", "state-management", "evidence", "data-state-and-evidence" ], "audiences": [], "pages": 26, "controls": null, "validated": null, "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "MYTHOS-DAT-0001_Vector-Database-Local-First-Sync-Architecture-Standard.pdf", "bytes": 189999, "sha256": "69a27851085b24d1e8a450d811438cf0129c5f090598d180507a4eb3e9c3ed1f", "route": "/library/standards/data-state-and-evidence/mythos-dat-0001", "href": "/library/standards/data-state-and-evidence/MYTHOS-DAT-0001_Vector-Database-Local-First-Sync-Architecture-Standard.pdf" }, { "id": "MYTHOS-DAT-0002", "title": "AI & Agent Observability Semantic Conventions (OpenTelemetry) Standard", "category": "standards", "collection": "Data, State, and 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"/library/standards/data-state-and-evidence/MYTHOS-DAT-0002_AI-Agent-Observability-Semantic-Conventions-OpenTelemetry-Standard.pdf" }, { "id": "MYTHOS-DAT-0003", "title": "Data Sovereignty, Privacy Preservation, & Egress Control Standard", "category": "standards", "collection": "Data, State, and Evidence", "domain": "Data, State, and Evidence", "domainSlug": "data-state-and-evidence", "series": "DAT", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Defines data-sovereignty, privacy-preservation, residency, classification, egress control, minimization, and policy enforcement across local, cloud, and hybrid systems.", "tags": [ "data-architecture", "state-management", "evidence", "data-state-and-evidence" ], "audiences": [], "pages": 29, "controls": null, "validated": null, "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "MYTHOS-DAT-0003_Data-Sovereignty-Privacy-Preservation-Egress-Control-Standard.pdf", "bytes": 200834, "sha256": "16d51575438dd2679499830b3a72224941d2d6e3dfcb46bd8bd095743063d095", "route": "/library/standards/data-state-and-evidence/mythos-dat-0003", "href": "/library/standards/data-state-and-evidence/MYTHOS-DAT-0003_Data-Sovereignty-Privacy-Preservation-Egress-Control-Standard.pdf" }, { "id": "MYTHOS-DAT-0004", "title": "Event Sourcing, CQRS, & Durable State Machine Standard", "category": "standards", "collection": "Data, State, and Evidence", "domain": "Data, State, and Evidence", "domainSlug": "data-state-and-evidence", "series": "DAT", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Defines event sourcing, CQRS, durable state machines, replay, idempotency, ordering, reconciliation, and evidence-preserving state transitions.", "tags": [ "data-architecture", "state-management", "evidence", "data-state-and-evidence" ], "audiences": [], "pages": 26, "controls": null, "validated": null, "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "MYTHOS-DAT-0004_Event-Sourcing-CQRS-Durable-State-Machine-Standard.pdf", "bytes": 188825, "sha256": "cdde275f2355f6c88c4913c7ebc03feff82e35487af22e395ac5ca8ab544f5ea", "route": "/library/standards/data-state-and-evidence/mythos-dat-0004", "href": "/library/standards/data-state-and-evidence/MYTHOS-DAT-0004_Event-Sourcing-CQRS-Durable-State-Machine-Standard.pdf" }, { "id": "MYTHOS-DAT-0005", "title": "Tamper-Evident Hash-Chained Ledgers & Evidence Bundle Standard", "category": "standards", "collection": "Data, State, and Evidence", "domain": "Data, State, and Evidence", "domainSlug": "data-state-and-evidence", "series": "DAT", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Defines tamper-evident ledgers and evidence bundles using cryptographic linking, provenance, signatures, retention, verification, and chain-of-custody controls.", "tags": [ "data-architecture", "state-management", "evidence", "data-state-and-evidence" ], "audiences": [], "pages": 26, "controls": null, "validated": null, "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "MYTHOS-DAT-0005_Tamper-Evident-Hash-Chained-Ledgers-Evidence-Bundle-Standard.pdf", "bytes": 190079, "sha256": "1c7bfa2b8d1defc3d4c5d1936713b4d0933a38f2653b9e5ac950786a244be83a", "route": "/library/standards/data-state-and-evidence/mythos-dat-0005", "href": "/library/standards/data-state-and-evidence/MYTHOS-DAT-0005_Tamper-Evident-Hash-Chained-Ledgers-Evidence-Bundle-Standard.pdf" }, { "id": "MYTHOS-DBS-0001", "title": "Relational, Graph, and Time-Series Database Standard", "category": "standards", "collection": "Database and Storage", "domain": "Database and Storage", "domainSlug": "database-and-storage", "series": "DBS", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Workload-aligned persistence, transactional integrity, graph traversal, time-series operations, and governed polyglot persistence.", "tags": [ "databases", "storage", "data-architecture", "database-and-storage" ], "audiences": [], "pages": 15, "controls": null, "validated": null, "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "MYTHOS-DBS-0001_Relational-Graph-and-Time-Series-Database-Standard.pdf", "bytes": 123073, "sha256": "31ba69e6e89b09f61684c18bd6628bf30cffb32b7827cbd14e3c8bd6f48ab6e2", "route": "/library/standards/database-and-storage/mythos-dbs-0001", "href": "/library/standards/database-and-storage/MYTHOS-DBS-0001_Relational-Graph-and-Time-Series-Database-Standard.pdf" }, { "id": "MYTHOS-DBS-0002", "title": "Storage, Search, and Backup Architecture Standard", "category": "standards", "collection": "Database and Storage", "domain": "Database and Storage", "domainSlug": "database-and-storage", "series": "DBS", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Storage tiering, indexing and search, backup integrity, recovery validation, retention, and evidence-driven data protection.", "tags": [ "databases", "storage", "data-architecture", "database-and-storage" ], "audiences": [], "pages": 15, "controls": null, "validated": null, "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "MYTHOS-DBS-0002_Storage-Search-and-Backup-Architecture-Standard.pdf", "bytes": 123195, "sha256": "a478eb4e0e5919af97da45d256bedcb2d5bd472cd8a888b3d1ddc604ece20cf5", "route": "/library/standards/database-and-storage/mythos-dbs-0002", "href": "/library/standards/database-and-storage/MYTHOS-DBS-0002_Storage-Search-and-Backup-Architecture-Standard.pdf" }, { "id": "MYTHOS-DBS-0003", "title": "Storage Multi-Tenancy and Data Access Zones Standard", "category": "standards", "collection": "Database and Storage", "domain": "Database and Storage", "domainSlug": "database-and-storage", "series": "DBS", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Tenant isolation, data access zones, authorization boundaries, encryption context, residency, and controlled analytical access.", "tags": [ "databases", "storage", "data-architecture", "database-and-storage" ], "audiences": [], "pages": 15, "controls": null, "validated": null, "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "MYTHOS-DBS-0003_Storage-Multi-Tenancy-and-Data-Access-Zones-Standard.pdf", "bytes": 105302, "sha256": "6ec82e62b056ca4bf36155a22373c267112a3e9f3fde61031af5cdc91c8e3337", "route": "/library/standards/database-and-storage/mythos-dbs-0003", "href": "/library/standards/database-and-storage/MYTHOS-DBS-0003_Storage-Multi-Tenancy-and-Data-Access-Zones-Standard.pdf" }, { "id": "MYTHOS-DST-0001", "title": "Durable Workflows, Queues, and Event-Driven Sagas Standard", "category": "standards", "collection": "Distributed Systems", "domain": "Distributed Systems", "domainSlug": "distributed-systems", "series": "DST", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Durable execution, message delivery semantics, idempotency, compensation, event ordering, and recoverable distributed workflows.", "tags": [ "distributed-systems", "messaging", "resilience" ], "audiences": [], "pages": 16, "controls": null, "validated": null, "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "MYTHOS-DST-0001_Durable-Workflows-Queues-and-Event-Driven-Sagas-Standard.pdf", "bytes": 105886, "sha256": "2df0678bac6d8a88597a6122b272b6dbf3d3cbd2fabcd8f5db3ded40bb38fc82", "route": "/library/standards/distributed-systems/mythos-dst-0001", "href": "/library/standards/distributed-systems/MYTHOS-DST-0001_Durable-Workflows-Queues-and-Event-Driven-Sagas-Standard.pdf" }, { "id": "MYTHOS-DST-0002", "title": "API Contracts, gRPC, and Service Mesh Standard", "category": "standards", "collection": "Distributed Systems", "domain": "Distributed Systems", "domainSlug": "distributed-systems", "series": "DST", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Versioned API contracts, RPC semantics, service-mesh boundaries, compatibility, resilience, and observable service communication.", "tags": [ "distributed-systems", "messaging", "resilience" ], "audiences": [], "pages": 16, "controls": null, "validated": null, "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "MYTHOS-DST-0002_API-Contracts-gRPC-and-Service-Mesh-Standard.pdf", "bytes": 124570, "sha256": "56dc4a69388db81d173366d32859a19a52e97b0844932c015cd6c3095f1387da", "route": "/library/standards/distributed-systems/mythos-dst-0002", "href": "/library/standards/distributed-systems/MYTHOS-DST-0002_API-Contracts-gRPC-and-Service-Mesh-Standard.pdf" }, { "id": "MYTHOS-EMT-0001", "title": "Emerging Technology Horizon Scanning, Experimentation, and Transition Standard", "category": "standards", "collection": "Emerging Technology", "domain": "Emerging Technology", "domainSlug": "emerging-technology", "series": "EMT", "publicationClass": "Standard", "status": "Candidate", "revision": null, "summary": "Defines WebAssembly and edge-execution sandboxes, including component boundaries, capability security, portability, resource controls, isolation, observability, and deployment governance.", "tags": [ "emerging-technology", "edge-compute", "sovereign-ai" ], "audiences": [], "pages": 26, "controls": 18, "validated": null, "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "MYTHOS-EMT-0001_Emerging-Technology-Horizon-Scanning-Experimentation-and-Transition-Standard.pdf", "bytes": 111448, "sha256": "b1cc26ab02b77e846f0496b8c4387609d1abd2cf1eeb8c2f46c38faa7ba9f155", "route": 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"Companions and Methods", "domain": "Evaluation Compendia", "domainSlug": null, "series": null, "publicationClass": "Comparative Evaluation", "status": "Candidate", "revision": null, "summary": "Curated evaluation companion consolidating comparative findings, benchmark criteria, workload profiles, evidence confidence, and proof-of-concept requirements for agentic framework.", "tags": [ "evaluation-compendium", "benchmarking", "decision-support", "comparative-evaluation" ], "audiences": [], "pages": 18, "controls": null, "validated": null, "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "MYTHOS-CMP-COMP-AI-0001_Agentic-Framework-Comparative-Evaluation-Companion.pdf", "bytes": 191824, "sha256": "9de54c11fb2466eaf82aa180ff9ef7ec325eb4ec8f91d41854be7405fea2c992", "route": "/library/comparative-evaluations/mythos-cmp-comp-ai-0001", "href": 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"2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": null, "related": [], "sourceLineage": [ "permanent library publication" ], "filename": "MYTHOS-CMP-SCORE-0001_Comparative-Evaluation-Scorecard-Compendium.pdf", "bytes": 7631, "sha256": "7d26c092e8b5971f4dc911c9df344a22c600397e24e86fb1a3cbf5193d54b834", "route": "/library/comparative-evaluations/mythos-cmp-score-0001", "href": "/library/comparative-evaluations/MYTHOS-CMP-SCORE-0001_Comparative-Evaluation-Scorecard-Compendium.pdf" }, { "id": "MYTHOS-EMERGING-CMP-0001", "title": "Emerging Technology Quantum and Robotics Comparative Evaluation Companion", "category": "comparative-evaluations", "collection": "Companions and Methods", "domain": "Companions and Methods", "domainSlug": null, "series": null, "publicationClass": "Comparative Evaluation", "status": "Candidate", "revision": null, "summary": "Product-neutral method for comparing advanced cryptography, photonics, neuromorphic systems, DePIN, next-generation networks, 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Annex", "category": "research", "collection": "Research Annexes and Adoption", "domain": "Research Annexes", "domainSlug": null, "series": null, "publicationClass": "Research Annex", "status": "Candidate", "revision": null, "summary": "Curated synthesis of the research reports most relevant to cloud edge telecom hardware media and web, emphasizing evidence quality, freshness, limitations, adoption posture, and unresolved questions.", "tags": [ "research-annex", "evidence-synthesis", "adoption", "research" ], "audiences": [], "pages": 5, "controls": null, "validated": null, "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "MYTHOS-RES-ANNEX-CLOUDEDGE-0001_Cloud-Edge-Telecom-Hardware-Media-And-Web-Research-Annex.pdf", "bytes": 14999, "sha256": "d6a8dc17322357e8cbf6a849fd98aaf0c2e2a114e3902fb8af17b9385db7fd29", "route": "/library/research/mythos-res-annex-cloudedge-0001", "href": "/library/research/MYTHOS-RES-ANNEX-CLOUDEDGE-0001_Cloud-Edge-Telecom-Hardware-Media-And-Web-Research-Annex.pdf" }, { "id": "RES-001", "title": "Desired vs. Observed Network State (Drift Dynamics)", "category": "research", "collection": "Network State and Automation", "domain": "Network State and Automation", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Desired vs. Observed Network State (Drift Dynamics) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "network-state-and-automation", "networking", "operational-technology", "digital-twins-and-change-assurance", "research", "network-security-and-governance", "adopt-as-foundation", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "network engineers" ], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-001_Desired-vs-Observed-Network-State-Drift-Dynamics.pdf", "bytes": 156689, "sha256": "6baf0717c93b8d43769522e76096a0d78a6f649c16e9e87877406e844856c114", "route": "/library/research/res-001", "href": "/library/research/RES-001_Desired-vs-Observed-Network-State-Drift-Dynamics.pdf" }, { "id": "RES-002", "title": "Agent Memory Poisoning (Vectors and Mitigations)", "category": "research", "collection": "AI Security and Memory", "domain": "AI Security and Memory", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Agent Memory Poisoning (Vectors and Mitigations) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "ai-security-and-memory", "agentic-systems", "ai-agents", "artificial-intelligence", "ai-memory", "context-engineering", "cybersecurity", "research", "ai-agentic-and-software", "adopt-as-foundation", "evidence-review" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "security leaders", "risk and compliance teams", "ai engineers" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-002_Agent-Memory-Poisoning-Vectors-and-Mitigations.pdf", "bytes": 157398, "sha256": "cb124ef2d6a164968cd6b9d58fee1017589196fac777c1ba512564ea380b885a", "route": "/library/research/res-002", "href": "/library/research/RES-002_Agent-Memory-Poisoning-Vectors-and-Mitigations.pdf" }, { "id": "RES-003", "title": "Credential Brokering for Agents (Zero-Knowledge Secrets)", "category": "research", "collection": "Identity, Secrets, and Agent Security", "domain": "Identity, Secrets, and Agent Security", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Credential Brokering for Agents (Zero-Knowledge Secrets) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "identity-secrets-and-agent-security", "agentic-systems", "ai-agents", "cybersecurity", "identity-and-access-management", "research", "network-security-and-governance", "adopt-as-foundation", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "security leaders", "risk and compliance teams" ], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-003_Credential-Brokering-for-Agents-Zero-Knowledge-Secrets.pdf", "bytes": 156859, "sha256": "ed2dd54f4a78f5f55ae1df36819de6714eac1f5057c8ff502f7a20a3e0aebde2", "route": "/library/research/res-003", "href": "/library/research/RES-003_Credential-Brokering-for-Agents-Zero-Knowledge-Secrets.pdf" }, { "id": "RES-004", "title": "CISA KEV + EPSS + CVSS (Exploitability Prioritization Models)", "category": "research", "collection": "Vulnerability and Exposure Management", "domain": "Vulnerability and Exposure Management", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes CISA KEV + EPSS + CVSS (Exploitability Prioritization Models) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "vulnerability-and-exposure-management", "ai-models", "cybersecurity", "governance-risk-and-compliance", "research", "network-security-and-governance", "adopt-now", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-004_CISA-KEV-EPSS-CVSS-Exploitability-Prioritization-Models.pdf", "bytes": 156389, "sha256": "ef94b7c7dfd621e1cb82a0b4b26f18904448f366fc84b0ee9607119a3b3377a9", "route": "/library/research/res-004", "href": "/library/research/RES-004_CISA-KEV-EPSS-CVSS-Exploitability-Prioritization-Models.pdf" }, { "id": "RES-005", "title": "Network Digital Twin Limitations (Batfish/Containerlabs constraints)", "category": "research", "collection": "Network Simulation and Digital Twins", "domain": "Network Simulation and Digital Twins", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Network Digital Twin Limitations (Batfish/Containerlabs constraints) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "network-simulation-and-digital-twins", "networking", "cloud-computing", "digital-twins-and-change-assurance", "research", "network-security-and-governance", "conditional-adoption", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "network engineers" ], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-005_Network-Digital-Twin-Limitations-Batfish-Containerlabs-constraints.pdf", "bytes": 156921, "sha256": "12fdee914075900bee8e8fdf63924a491dfecc055aa095eff993f4340f5a1832", "route": "/library/research/res-005", "href": "/library/research/RES-005_Network-Digital-Twin-Limitations-Batfish-Containerlabs-constraints.pdf" }, { "id": "RES-006", "title": "Browser-Local WebLLM (Architecture, Constraints, and WebGPU bindings)", "category": "research", "collection": "Browser-Local AI", "domain": "Browser-Local AI", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Browser-Local WebLLM (Architecture, Constraints, and WebGPU bindings) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "browser-local-ai", "artificial-intelligence", "browser-and-spatial-computing", "research", "ai-agentic-and-software", "pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-006_Browser-Local-WebLLM-Architecture-Constraints-and-WebGPU-bindings.pdf", "bytes": 156909, "sha256": "1f19b40fa3fcd170b62052009de71ca9ac3a450cc51b3ab3d455f8ffde1fcb50", "route": "/library/research/res-006", "href": "/library/research/RES-006_Browser-Local-WebLLM-Architecture-Constraints-and-WebGPU-bindings.pdf" }, { "id": "RES-007", "title": "Durable Multi-Agent Execution (Temporal/Restate patterns)", "category": "research", "collection": "Durable Agentic Execution", "domain": "Durable Agentic Execution", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Durable Multi-Agent Execution (Temporal/Restate patterns) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "durable-agentic-execution", "agentic-systems", "ai-agents", "research", "ai-agentic-and-software", "adopt-as-foundation", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-007_Durable-Multi-Agent-Execution-Temporal-Restate-patterns.pdf", "bytes": 156203, "sha256": "61fd85263a0d05b13b21e66afeb67d9bcaa6bd054e930b66b64adee5b29a28d8", "route": "/library/research/res-007", "href": "/library/research/RES-007_Durable-Multi-Agent-Execution-Temporal-Restate-patterns.pdf" }, { "id": "RES-008", "title": "Post-Quantum Network Migration (Hybrid TLS realities)", "category": "research", "collection": "Post-Quantum Migration", "domain": "Post-Quantum Migration", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Post-Quantum Network Migration (Hybrid TLS realities) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "post-quantum-migration", "networking", "quantum-and-advanced-cryptography", "research", "advanced-compute-cryptography-and-quantum", "begin-controlled-migration", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-008_Post-Quantum-Network-Migration-Hybrid-TLS-realities.pdf", "bytes": 158384, "sha256": "efba39b5e7686209760ceea36cb5dd87adc61b2b4094ead33ce6dfa8ae43473c", "route": "/library/research/res-008", "href": "/library/research/RES-008_Post-Quantum-Network-Migration-Hybrid-TLS-realities.pdf" }, { "id": "RES-009", "title": "Evidence Bundles (Cryptographic Provenance for Agent Actions)", "category": "research", "collection": "Evidence and Provenance", "domain": "Evidence and Provenance", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Evidence Bundles (Cryptographic Provenance for Agent Actions) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "evidence-and-provenance", "agentic-systems", "ai-agents", "quantum-and-advanced-cryptography", "evidence-and-assurance", "research", "network-security-and-governance", "adopt-as-foundation", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-009_Evidence-Bundles-Cryptographic-Provenance-for-Agent-Actions.pdf", "bytes": 157433, "sha256": "33b0daceb11364f1722bfc050b616b124debf6134c081f0a93c8ea8d6218a383", "route": "/library/research/res-009", "href": "/library/research/RES-009_Evidence-Bundles-Cryptographic-Provenance-for-Agent-Actions.pdf" }, { "id": "RES-010", "title": "OpenTelemetry for Agents (Semantic mapping for cognitive traces)", "category": "research", "collection": "AI and Agent Observability", "domain": "AI and Agent Observability", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes OpenTelemetry for Agents (Semantic mapping for cognitive traces) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "ai-and-agent-observability", "agentic-systems", "ai-agents", "artificial-intelligence", "reliability-and-observability", "research", "ai-agentic-and-software", "adopt-with-versioned-extensions", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "ai engineers" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "RES-010_OpenTelemetry-for-Agents-Semantic-mapping-for-cognitive-traces.pdf", "bytes": 156993, "sha256": "4527443054107126f25779a413bb2b212ec36934b45d4d8b827a7d7167340063", "route": "/library/research/res-010", "href": "/library/research/RES-010_OpenTelemetry-for-Agents-Semantic-mapping-for-cognitive-traces.pdf" }, { "id": "RES-011", "title": "Developing an Attack: OWASP Top 10 (Granular Methodology)", "category": "research", "collection": "Application Security Research", "domain": "Application Security Research", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Developing an Attack: OWASP Top 10 (Granular Methodology) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "application-security-research", "cybersecurity", "wireless-and-telecommunications", "governance-risk-and-compliance", "software-engineering", "research", "network-security-and-governance", "adopt-as-controlled-methodology", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "security leaders", "risk and compliance teams" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-011_Developing-an-Attack-OWASP-Top-10-Granular-Methodology.pdf", "bytes": 158937, "sha256": "b7e89c67c13dc1ad7788dc2d7232bdc5a24470a1716b0994cd04383279016621", "route": "/library/research/res-011", "href": "/library/research/RES-011_Developing-an-Attack-OWASP-Top-10-Granular-Methodology.pdf" }, { "id": "RES-012", "title": "AI Model Routing & Task Placement (Local vs. Hosted heuristics)", "category": "research", "collection": "Model Routing and Placement", "domain": "Model Routing and Placement", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes AI Model Routing & Task Placement (Local vs. Hosted heuristics) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "model-routing-and-placement", "ai-models", "artificial-intelligence", "networking", "operational-technology", "research", "ai-agentic-and-software", "adopt-with-benchmarks", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "ai engineers" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "RES-012_AI-Model-Routing-and-Task-Placement-Local-vs-Hosted-heuristics.pdf", "bytes": 158917, "sha256": "cfd69d875e522702f69345d5d6b6368e922a63cfc6f8df10df1892a1fbd90505", "route": "/library/research/res-012", "href": "/library/research/RES-012_AI-Model-Routing-and-Task-Placement-Local-vs-Hosted-heuristics.pdf" }, { "id": "RES-013", "title": "Mixture of Experts (MoE) Routing Dynamics", "category": "research", "collection": "Model Architecture", "domain": "Model Architecture", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Mixture of Experts (MoE) Routing Dynamics using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "model-architecture", "ai-models", "networking", "operational-technology", "research", "ai-agentic-and-software", "monitor-and-benchmark", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "ai engineers" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-013_Mixture-of-Experts-MoE-Routing-Dynamics.pdf", "bytes": 158688, "sha256": "f7412660d72131648d5b1d9e894775726e90465a0c14d0d2e05956da68c8e314", "route": "/library/research/res-013", "href": "/library/research/RES-013_Mixture-of-Experts-MoE-Routing-Dynamics.pdf" }, { "id": "RES-014", "title": "State Space Models (SSMs/Mamba) & Infinite Context", "category": "research", "collection": "Model Architecture", "domain": "Model Architecture", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes State Space Models (SSMs/Mamba) & Infinite Context using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "model-architecture", "ai-models", "research", "ai-agentic-and-software", "pilot-for-long-sequence-workloads", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "ai engineers" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "RES-014_State-Space-Models-SSMs-Mamba-and-Infinite-Context.pdf", "bytes": 157359, "sha256": "af713a357f755e873fd5ccf961fde3397ad9ec3d146a65e08443993b74887a51", "route": "/library/research/res-014", "href": "/library/research/RES-014_State-Space-Models-SSMs-Mamba-and-Infinite-Context.pdf" }, { "id": "RES-015", "title": "Liquid Neural Networks (LNNs)", "category": "research", "collection": "Continuous-Time AI", "domain": "Continuous-Time AI", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Liquid Neural Networks (LNNs) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "continuous-time-ai", "artificial-intelligence", "networking", "research", "ai-agentic-and-software", "research-and-targeted-pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-015_Liquid-Neural-Networks-LNNs.pdf", "bytes": 157001, "sha256": "4e77754a5631ea38f262d7108088e2bb22e0479435dec98e17a1cffa5dfa8fde", "route": "/library/research/res-015", "href": "/library/research/RES-015_Liquid-Neural-Networks-LNNs.pdf" }, { "id": "RES-016", "title": "Neuro-Symbolic AI Integration", "category": "research", "collection": "Neuro-Symbolic AI", "domain": "Neuro-Symbolic AI", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Neuro-Symbolic AI Integration using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "neuro-symbolic-ai", "artificial-intelligence", "research", "ai-agentic-and-software", "pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-016_Neuro-Symbolic-AI-Integration.pdf", "bytes": 157051, "sha256": "8604c896329dbf0994a00fdeadb3aa8e4fbdbdbfbce27b68da11c07f56c39d1b", "route": "/library/research/res-016", "href": "/library/research/RES-016_Neuro-Symbolic-AI-Integration.pdf" }, { "id": "RES-017", "title": "Neuromorphic Silicon Deep Dive (Loihi 2 & SpiNNaker)", "category": "research", "collection": "Neuromorphic Computing", "domain": "Neuromorphic Computing", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Neuromorphic Silicon Deep Dive (Loihi 2 & SpiNNaker) using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "neuromorphic-computing", "neuromorphic-and-ai-acceleration", "research", "advanced-compute-cryptography-and-quantum", "monitor-and-lab-validate", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-017_Neuromorphic-Silicon-Deep-Dive-Loihi-2-and-SpiNNaker.pdf", "bytes": 158927, "sha256": "6eb7b49a751010cf85f640d959de2270bd50717bbea87dc360ee1348b81490bf", "route": "/library/research/res-017", "href": "/library/research/RES-017_Neuromorphic-Silicon-Deep-Dive-Loihi-2-and-SpiNNaker.pdf" }, { "id": "RES-018", "title": "NPU Integration & Local Inference Acceleration", "category": "research", "collection": "Local AI Acceleration", "domain": "Local AI Acceleration", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes NPU Integration & Local Inference Acceleration using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "local-ai-acceleration", "ai-models", "artificial-intelligence", "neuromorphic-and-ai-acceleration", "research", "advanced-compute-cryptography-and-quantum", "adopt-hardware-abstraction-strategy", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "ai engineers" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-018_NPU-Integration-and-Local-Inference-Acceleration.pdf", "bytes": 159670, "sha256": "55b8592acb2d0bcb2bb891839f7e61d1a00dd04b357365b1fea3f41dc116218e", "route": "/library/research/res-018", "href": "/library/research/RES-018_NPU-Integration-and-Local-Inference-Acceleration.pdf" }, { "id": "RES-020", "title": "Silicon Photonics & Chip-to-Chip Optical Interconnects", "category": "research", "collection": "Photonics and Interconnect", "domain": "Photonics and Interconnect", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Silicon Photonics & Chip-to-Chip Optical Interconnects using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "photonics-and-interconnect", "operational-technology", "photonics", "research", "advanced-compute-cryptography-and-quantum", "monitor-and-partner-pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-020_Silicon-Photonics-and-Chip-to-Chip-Optical-Interconnects.pdf", "bytes": 154546, "sha256": "9989606f019d33be6d7f39ca939df669cc1ee8091b91a8f3087704f2f6cf30b8", "route": "/library/research/res-020", "href": "/library/research/RES-020_Silicon-Photonics-and-Chip-to-Chip-Optical-Interconnects.pdf" }, { "id": "RES-021", "title": "Edge Quantum Simulators", "category": "research", "collection": "Quantum Simulation", "domain": "Quantum Simulation", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Edge Quantum Simulators using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "quantum-simulation", "iot-and-edge", "quantum-and-advanced-cryptography", "research", "advanced-compute-cryptography-and-quantum", "research-tooling-only", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-021_Edge-Quantum-Simulators.pdf", "bytes": 156747, "sha256": "53d2208274e5dc2a7cf6a472db487d5b972e91b3bb533b98f223aa193550890b", "route": "/library/research/res-021", "href": "/library/research/RES-021_Edge-Quantum-Simulators.pdf" }, { "id": "RES-022", "title": "Fully Homomorphic Encryption (FHE) Acceleration", "category": "research", "collection": "Privacy-Preserving Compute", "domain": "Privacy-Preserving Compute", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Fully Homomorphic Encryption (FHE) Acceleration using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "privacy-preserving-compute", "privacy-and-sovereignty", "quantum-and-advanced-cryptography", "research", "advanced-compute-cryptography-and-quantum", "targeted-pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-022_Fully-Homomorphic-Encryption-FHE-Acceleration.pdf", "bytes": 158707, "sha256": "9c87fcf8563ed08e286c7340f7d53682ea478bb213587bed37ea9b6213a04cb9", "route": "/library/research/res-022", "href": "/library/research/RES-022_Fully-Homomorphic-Encryption-FHE-Acceleration.pdf" }, { "id": "RES-023", "title": "Trusted Execution Environments (TEEs: TDX/SEV-SNP) Remote Attestation", "category": "research", "collection": "Confidential Computing", "domain": "Confidential Computing", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Trusted Execution Environments (TEEs: TDX/SEV-SNP) Remote Attestation using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "confidential-computing", "privacy-and-sovereignty", "research", "advanced-compute-cryptography-and-quantum", "conditional-adoption", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-023_Trusted-Execution-Environments-TEEs-TDX-SEV-SNP-Remote-Attestation.pdf", "bytes": 159281, "sha256": "a99ae7a03b7d83ece5c284389cead1a6702499a278761450171babec0922964a", "route": "/library/research/res-023", "href": "/library/research/RES-023_Trusted-Execution-Environments-TEEs-TDX-SEV-SNP-Remote-Attestation.pdf" }, { "id": "RES-024", "title": "Zero-Knowledge Proofs (ZKPs) for Verifiable Agent Compute", "category": "research", "collection": "Verifiable Compute", "domain": "Verifiable Compute", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Zero-Knowledge Proofs (ZKPs) for Verifiable Agent Compute using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "verifiable-compute", "agentic-systems", "ai-agents", "quantum-and-advanced-cryptography", "research", "advanced-compute-cryptography-and-quantum", "research-and-targeted-pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "RES-024_Zero-Knowledge-Proofs-ZKPs-for-Verifiable-Agent-Compute.pdf", "bytes": 158344, "sha256": "d61261d912f072d7946fb2e280939741aa5eeebbcd7a43a6fd2bb1f0590f8e6c", "route": "/library/research/res-024", "href": "/library/research/RES-024_Zero-Knowledge-Proofs-ZKPs-for-Verifiable-Agent-Compute.pdf" }, { "id": "RES-025", "title": "Decentralized Physical Infrastructure Networks (DePIN) Compute Models", "category": "research", "collection": "Decentralized Infrastructure", "domain": "Decentralized Infrastructure", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Decentralized Physical Infrastructure Networks (DePIN) Compute Models using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "decentralized-infrastructure", "ai-models", "networking", "research", "edge-telecom-and-spatial", "monitor-do-not-use-for-sensitive-workloads", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-025_Decentralized-Physical-Infrastructure-Networks-DePIN-Compute-Models.pdf", "bytes": 159200, "sha256": "846bd0799e0df34449d942984026f6a0102cfa86a2fdb3283d65359ce499b271", "route": "/library/research/res-025", "href": "/library/research/RES-025_Decentralized-Physical-Infrastructure-Networks-DePIN-Compute-Models.pdf" }, { "id": "RES-026", "title": "Segment Routing (SRv6) Programmable Path Engineering", "category": "research", "collection": "Programmable Networking", "domain": "Programmable Networking", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Segment Routing (SRv6) Programmable Path Engineering using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "programmable-networking", "networking", "research", "edge-telecom-and-spatial", "conditional-adoption", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "network engineers" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-026_Segment-Routing-SRv6-Programmable-Path-Engineering.pdf", "bytes": 159242, "sha256": "f87c2e3cad8374c3c18f9353036e612b44cc2d2f2f3adc235eb045bac768a907", "route": "/library/research/res-026", "href": "/library/research/RES-026_Segment-Routing-SRv6-Programmable-Path-Engineering.pdf" }, { "id": "RES-027", "title": "AI-Driven Radio Access Networks (RAN) & vRAN Orchestration", "category": "research", "collection": "Radio Access Networks", "domain": "Radio Access Networks", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes AI-Driven Radio Access Networks (RAN) & vRAN Orchestration using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "radio-access-networks", "artificial-intelligence", "networking", "wireless-and-telecommunications", "research", "edge-telecom-and-spatial", "monitor-and-telecom-pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "network engineers" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "RES-027_AI-Driven-Radio-Access-Networks-RAN-and-vRAN-Orchestration.pdf", "bytes": 158833, "sha256": "f2b3b029a69517e4a2bef606f3f759110860155b17f102361b09b7e802d63758", "route": "/library/research/res-027", "href": "/library/research/RES-027_AI-Driven-Radio-Access-Networks-RAN-and-vRAN-Orchestration.pdf" }, { "id": "RES-028", "title": "5G/6G Network Slicing & QoS Enforcement", "category": "research", "collection": "5G and 6G Networks", "domain": "5G and 6G Networks", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes 5G/6G Network Slicing & QoS Enforcement using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "5g-and-6g-networks", "networking", "wireless-and-telecommunications", "research", "edge-telecom-and-spatial", "adopt-5g-controls-monitor-6g", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "network engineers" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-028_5G-6G-Network-Slicing-and-QoS-Enforcement.pdf", "bytes": 158999, "sha256": "9031c3a50669c732cc56a6b9a17e7b0a777816a8e32334f09a8b1082e736fccf", "route": "/library/research/res-028", "href": "/library/research/RES-028_5G-6G-Network-Slicing-and-QoS-Enforcement.pdf" }, { "id": "RES-029", "title": "TLA+ Formal Verification for Distributed State Machines", "category": "research", "collection": "Formal Methods", "domain": "Formal Methods", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes TLA+ Formal Verification for Distributed State Machines using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "formal-methods", "distributed-systems", "research", "network-security-and-governance", "adopt-for-critical-state-machines", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-029_TLA-Formal-Verification-for-Distributed-State-Machines.pdf", "bytes": 158306, "sha256": "8792ad116dc8a576e70e7cd86ece9ee824b1fd1872c3ad8101dd0c89ac69e044", "route": "/library/research/res-029", "href": "/library/research/RES-029_TLA-Formal-Verification-for-Distributed-State-Machines.pdf" }, { "id": "RES-030", "title": "Semantic UI Protocols & Typed Payload Rendering", "category": "research", "collection": "Semantic and Generative UI", "domain": "Semantic and Generative UI", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Semantic UI Protocols & Typed Payload Rendering using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "semantic-and-generative-ui", "research", "ai-agentic-and-software", "adopt-typed-rendering-pilot-emerging-protocols", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 11, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "RES-030_Semantic-UI-Protocols-and-Typed-Payload-Rendering.pdf", "bytes": 158783, "sha256": "f343154808b11f38629490424dbb0548871bce593464d3231d9f3bf8ee6c9d43", "route": "/library/research/res-030", "href": "/library/research/RES-030_Semantic-UI-Protocols-and-Typed-Payload-Rendering.pdf" }, { "id": "RES-031", "title": "Spatial Computing (WebXR) & Immersive Data Visualization", "category": "research", "collection": "Spatial Computing", "domain": "Spatial Computing", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Spatial Computing (WebXR) & Immersive Data Visualization using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "spatial-computing", "browser-and-spatial-computing", "research", "edge-telecom-and-spatial", "pilot", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "RES-031_Spatial-Computing-WebXR-and-Immersive-Data-Visualization.pdf", "bytes": 159730, "sha256": "cf8a927db389be89570ebc9ae61e345d82d798c20f454bcd13e2270a059d1af5", "route": "/library/research/res-031", "href": "/library/research/RES-031_Spatial-Computing-WebXR-and-Immersive-Data-Visualization.pdf" }, { "id": "RES-032", "title": "Local-First SQLite Event Sourcing & CRDT Sync", "category": "research", "collection": "Local-First Data and Synchronization", "domain": "Local-First Data and Synchronization", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Local-First SQLite Event Sourcing & CRDT Sync using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "local-first-data-and-synchronization", "data-and-storage", "research", "ai-agentic-and-software", "adopt-as-foundation", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-01-15", "refreshCycleDays": 120, "related": [], "sourceLineage": [], "filename": "RES-032_Local-First-SQLite-Event-Sourcing-and-CRDT-Sync.pdf", "bytes": 159377, "sha256": "d9cd60a8f95d9561cbd8b236f16684d7d217f7c769f5460ab9a5e8ce466337e9", "route": "/library/research/res-032", "href": "/library/research/RES-032_Local-First-SQLite-Event-Sourcing-and-CRDT-Sync.pdf" }, { "id": "RES-033", "title": "Photonic Quantum Networking & Entanglement Distribution", "category": "research", "collection": "Quantum Networking", "domain": "Quantum Networking", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes Photonic Quantum Networking & Entanglement Distribution using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "quantum-networking", "networking", "quantum-and-advanced-cryptography", "photonics", "research", "advanced-compute-cryptography-and-quantum", "research-only", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy", "network engineers" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2027-03-16", "refreshCycleDays": 180, "related": [], "sourceLineage": [], "filename": "RES-033_Photonic-Quantum-Networking-and-Entanglement-Distribution.pdf", "bytes": 159329, "sha256": "ff9cfdb15bcae88c78888bb7a058c35b12d6063443b7a263ad2620ddf7d2fed4", "route": "/library/research/res-033", "href": "/library/research/RES-033_Photonic-Quantum-Networking-and-Entanglement-Distribution.pdf" }, { "id": "RES-034", "title": "NIST FIPS 203/204/205 PQC Integration & Migration Mechanics", "category": "research", "collection": "Post-Quantum Engineering", "domain": "Post-Quantum Engineering", "domainSlug": null, "series": null, "publicationClass": "Research Report", "status": "Candidate", "revision": "2.1.0-candidate", "summary": "Analyzes NIST FIPS 203/204/205 PQC Integration & Migration Mechanics using current sources, explicit freshness and evidence grades, technical limitations, adoption posture, validation requirements, and revalidation triggers.", "tags": [ "research-report", "adoption-decision", "source-freshness", "post-quantum-engineering", "governance-risk-and-compliance", "operational-technology", "quantum-and-advanced-cryptography", "research", "advanced-compute-cryptography-and-quantum", "adopt-migration-foundation", "evidence-review", "technology-adoption" ], "audiences": [ "researchers", "enterprise architects", "technology strategy" ], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-12-16", "refreshCycleDays": 90, "related": [], "sourceLineage": [], "filename": "RES-034_NIST-FIPS-203-204-205-PQC-Integration-and-Migration-Mechanics.pdf", "bytes": 160609, "sha256": "41fc7c6c8675833f51eeafa721460efbf9dec34f0e31af3b2d4ec24a6a0d6b13", "route": "/library/research/res-034", "href": "/library/research/RES-034_NIST-FIPS-203-204-205-PQC-Integration-and-Migration-Mechanics.pdf" }, { "id": "AUTH-001", "title": "NIST Current-Version Authority Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and NIST Current-Version Authority, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 18, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-001_NIST-Current-Version-Authority-Crosswalk.pdf", "bytes": 96996, "sha256": "8fbcfefecae87c215abfed0c8701fd770c87cbb906af5279701c8912529136f9", "route": "/library/authority-crosswalks/auth-001", "href": "/library/authority-crosswalks/AUTH-001_NIST-Current-Version-Authority-Crosswalk.pdf" }, { "id": "AUTH-002", "title": "CISA Directives, Catalogs, and Operational Guidance Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and CISA Directives, Catalogs, and Operational Guidance, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-002_CISA-Directives-Catalogs-and-Operational-Guidance-Crosswalk.pdf", "bytes": 87039, "sha256": "7b232f33495b5c1bffc19b9bb956710a6fa0a417676fb39676630de1ee2f72b7", "route": "/library/authority-crosswalks/auth-002", "href": "/library/authority-crosswalks/AUTH-002_CISA-Directives-Catalogs-and-Operational-Guidance-Crosswalk.pdf" }, { "id": "AUTH-003", "title": "CIS Controls and Benchmarks Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and CIS Controls and Benchmarks, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-003_CIS-Controls-and-Benchmarks-Crosswalk.pdf", "bytes": 82730, "sha256": "a2aee625b25dfdeb2091fee107e05f4ee8294a058959f9d572a033cbab6edecf", "route": "/library/authority-crosswalks/auth-003", "href": "/library/authority-crosswalks/AUTH-003_CIS-Controls-and-Benchmarks-Crosswalk.pdf" }, { "id": "AUTH-004", "title": "IETF, RFC, IANA, and OpenID Protocol Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and IETF, RFC, IANA, and OpenID Protocol, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 16, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-004_IETF-RFC-IANA-and-OpenID-Protocol-Crosswalk.pdf", "bytes": 93569, "sha256": "491494af3a355977a6b55884a6857c35356a12957968510807eae19834a6b30b", "route": "/library/authority-crosswalks/auth-004", "href": "/library/authority-crosswalks/AUTH-004_IETF-RFC-IANA-and-OpenID-Protocol-Crosswalk.pdf" }, { "id": "AUTH-005", "title": "IEEE, Wi-Fi Alliance, Thread, and Matter Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and IEEE, Wi-Fi Alliance, Thread, and Matter, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 10, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-005_IEEE-Wi-Fi-Alliance-Thread-and-Matter-Crosswalk.pdf", "bytes": 84378, "sha256": "7a7161f3979d67498f401e0048a1713b57a8084f83941b8c8b94f118e7b1909a", "route": "/library/authority-crosswalks/auth-005", "href": "/library/authority-crosswalks/AUTH-005_IEEE-Wi-Fi-Alliance-Thread-and-Matter-Crosswalk.pdf" }, { "id": "AUTH-006", "title": "OWASP and CERT Application, API, AI, Mobile, and Disclosure Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and OWASP and CERT Application, API, AI, Mobile, and Disclosure, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 13, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-006_OWASP-and-CERT-Application-API-AI-Mobile-and-Disclosure-Crosswalk.pdf", "bytes": 87386, "sha256": "662a3349db053191fe489d7e20977eee8b079c8c68504df5817285b5aa322f51", "route": "/library/authority-crosswalks/auth-006", "href": "/library/authority-crosswalks/AUTH-006_OWASP-and-CERT-Application-API-AI-Mobile-and-Disclosure-Crosswalk.pdf" }, { "id": "AUTH-007", "title": "DoD, DISA, DFARS, and CMMC Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and DoD, DISA, DFARS, and CMMC, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-007_DoD-DISA-DFARS-and-CMMC-Crosswalk.pdf", "bytes": 85850, "sha256": "55bb0259d897eb5bbe04e3b6ae3d7090654831b1642e5a110dbd53e70afc8290", "route": "/library/authority-crosswalks/auth-007", "href": "/library/authority-crosswalks/AUTH-007_DoD-DISA-DFARS-and-CMMC-Crosswalk.pdf" }, { "id": "AUTH-008", "title": "MITRE and FIRST Threat, Defense, and Vulnerability Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and MITRE and FIRST Threat, Defense, and Vulnerability, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 12, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-008_MITRE-and-FIRST-Threat-Defense-and-Vulnerability-Crosswalk.pdf", "bytes": 86747, "sha256": "a434c19dde47c82032b76da86a47c7aded3eb8fb1f9272ef3d94474525a6698c", "route": "/library/authority-crosswalks/auth-008", "href": "/library/authority-crosswalks/AUTH-008_MITRE-and-FIRST-Threat-Defense-and-Vulnerability-Crosswalk.pdf" }, { "id": "AUTH-009", "title": "External Benchmark and Industry Measurement Crosswalk", "category": "authority-crosswalks", "collection": "Authority Crosswalks", "domain": "Authority Crosswalks", "domainSlug": null, "series": null, "publicationClass": "Authority Crosswalk", "status": "Candidate", "revision": "2.0.0-candidate", "summary": "Directional crosswalk between Mythos publications and External Benchmark and Industry Measurement, with exact version pinning or dated rolling snapshots, mapping rationale, confidence, expiration, and limitations on equivalence or certification claims.", "tags": [ "authority-crosswalk", "standards-mapping", "compliance-evidence" ], "audiences": [], "pages": 15, "controls": null, "validated": "2026-09-17", "reviewBy": "2026-11-16", "refreshCycleDays": 60, "related": [], "sourceLineage": [], "filename": "AUTH-009_External-Benchmark-and-Industry-Measurement-Crosswalk.pdf", "bytes": 91064, "sha256": "5b50ad31e361dc730381bbaee64bfd8e0e9588fd797ef59904448e80f4a58afb", "route": "/library/authority-crosswalks/auth-009", "href": 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