Four sites · one corpus
Article concept maps
Open a compact map for an article or case to see its main ideas and follow their relationships across the corpus.
jubap.eu 35
- Car Evolution Mobility OSOpen concept map →
- Car Evolution Mobility OS – CompetitionOpen concept map →
- Car Evolution Mobility OS – Competition and PositioningOpen concept map →
- Car Evolution Mobility OS – EvidenceOpen concept map →
- Car Evolution Mobility OS – Evidence Cases 01-02Open concept map →
- Car Evolution Mobility OS – Evidence Cases 03-07Open concept map →
- Car Evolution Mobility OS – Product AnnexOpen concept map →
- Car Evolution Mobility OS – Technical Annex 01Open concept map →
- Case StudiesOpen concept map →
- Case Study: AICMOpen concept map →
- Case Study: HTOpen concept map →
- Case Study: Rationalization in LuxuryOpen concept map →
- China Tech Visibility & RationalizationOpen concept map →
- Deep Tech Mobility Operating SystemOpen concept map →
- Diamond InsideOpen concept map →
- Event IntelligenceOpen concept map →
- Greater China RoboticsOpen concept map →
- HR & Processess RationalizationOpen concept map →
- Japan Enterprise Architecture FunctionOpen concept map →
- Luxury Operations Integration in an Overcompliance Environment — Middle East CaseOpen concept map →
- Luxury RecommendationOpen concept map →
- Mobility Operating SystemOpen concept map →
- Montblanc — Lightweight Product Intelligence for Luxury In-Store ConversionOpen concept map →
- Nestlé North America — Where JUBAP Was NamedOpen concept map →
- Orchestration capabilitiesOpen concept map →
- PathFinder DeepRAPOpen concept map →
- Piece Identity & Inventory OrchestrationOpen concept map →
- Rationalization.AIOpen concept map →
- Reframing Value CreationOpen concept map →
- Research PortfolioOpen concept map →
- Southeast Asia Shadow IT and Lakehouse model RationalizationOpen concept map →
- Supply Chain Rationalization & Process MiningOpen concept map →
- THE DIAMOND INSIDE FRAMEWORKOpen concept map →
- The JUBAP FrameworkOpen concept map →
- Watchmaking Manufacturing RationalizationOpen concept map →
jubap.net 41
- Before Digital Nomads, There Were Distributed Tiger TeamsOpen concept map →
- Case StudiesOpen concept map →
- Distributed Tiger Teams VS Freelancer SwarmsOpen concept map →
- From Frontier Engineering to Ecosystem Awareness — Twenty Years of Architectural ContinuityOpen concept map →
- GEPLAN – Mission-Critical Logistics Intelligence for PEMEX (2006-)Open concept map →
- Information Management as Operational TrackingOpen concept map →
- JubAp.Net 2019 Suite: From Embedded Suites to Operational AI IntegrityOpen concept map →
- JubAp.Net Distributed Tiger Team Model – origins –Open concept map →
- JubAp.Net Frontier Operations Role in the IMSV.org CircleOpen concept map →
- JubAp.Net GEPLAN and the Hidden Logistics Lab Behind PEMEX OperationsOpen concept map →
- JubAp.Net Tiger Team ModelOpen concept map →
- JubAp.Net Tiger Teams and Institutional Frontier EcosystemsOpen concept map →
- JubAp.Net © xSeil WhitepaperOpen concept map →
- JubAp.Net: An AI Development Center Built Through Operational WavesOpen concept map →
- JubAp.Net’s GEPLAN Case before SaaS and IoT RevolutionsOpen concept map →
- JubAp.org: The Transformation Framework That Emerged From the FieldOpen concept map →
- Phylons combinatorial optimizationOpen concept map →
- Phylons dynamic combinationsOpen concept map →
- Phylons Liquidity OrquestrationOpen concept map →
- Phylons predictive factors cascadeOpen concept map →
- Phylons relabeling cascadesOpen concept map →
- Tacit Knowledge Management in Distributed Tiger TeamsOpen concept map →
- The Anthropology of Tiger Team ActivationOpen concept map →
- The Coordination Entropy Trap in Large Scale ProgramsOpen concept map →
- The Formación Integral © JubAp.Net (JubAp.Net) School of Invisible TalentOpen concept map →
- The Human Side of Tiger TeamsOpen concept map →
- Tiger Team Compression ModelOpen concept map →
- Tiger Team Governance PrinciplesOpen concept map →
- Tiger Team Maturity ModelOpen concept map →
- Tiger Team ModelsOpen concept map →
- Tiger Teams Model and AI Integrity Management SystemsOpen concept map →
- Tuxpan Urban Service Case StudyOpen concept map →
- xSeil 2016 to 2018 Provenance Delivery and Code EvidenceOpen concept map →
- xSeil agentic featuresOpen concept map →
- xSeil Functionality AnalisisOpen concept map →
- xSeil orchestrationOpen concept map →
- xSeil potential quantum formulationOpen concept map →
- xSeil quantum formulation. Companion paperOpen concept map →
- xSeil quantum formulation. Companion paper 2Open concept map →
- xSeil VRPOpen concept map →
- xSeil: Scenario-Based Planning and Human-Governed ComputationOpen concept map →
jubap.us 11
- Barcelona, Cuba, California, Veracruz: Urban Mobility, Swarm Intelligence and Constraint-Driven ArchitectureOpen concept map →
- Case StudiesOpen concept map →
- Case Study: Chicontepec MegaprojectOpen concept map →
- Case Study: DMG MORI — Multilevel Post-Merger Integration, International Supply Chain Control & Mission-Critical Industrial Delivery (2013 – 2016)Open concept map →
- Case Study: Luxury Group HR Information System Rationalization & Smart Scheduling capabilities deploymentOpen concept map →
- Case Study: Texas-to-Mexico Oilfield Services Transformation: Knowledge Transfer, Industrialization, and ComplianceOpen concept map →
- Case Study: Weatherford Multi-Level Information Management for Oilfield Supplier ManagementOpen concept map →
- Distributed Operational Intelligence Across the AmericasOpen concept map →
- Entropy, Capability Activation and Sociotechnical EngineeringOpen concept map →
- Field Intelligence in Chicontepec and the Texas–Mérida CorridorOpen concept map →
- Surviving Capability: Why the Field Celebrates What the Theory CondemnsOpen concept map →
tegrity.ai 57
- About Cats, Boxes and Enterprise Management DecisionsOpen concept map →
- AI Integrity Architecture: Toward Expert-System Envelopes Around Statistical AIOpen concept map →
- AI Integrity: a Critical FrontierOpen concept map →
- Annex 0 — Complete Source and ConcordanceOpen concept map →
- Annex 1 — Six Failure ScenariosOpen concept map →
- Annex 10 — Collaboration GuideOpen concept map →
- Annex 11 — Complete Map of Sources and LinksOpen concept map →
- Annex 2 — Plausibility and Technological ComparisonOpen concept map →
- Annex 3 — Foundations, Principles and DerivationOpen concept map →
- Annex 4 — Canonical Requirements and Test ContractOpen concept map →
- Annex 5 — Six Positive Paths and Quality PlansOpen concept map →
- Annex 6 — Ablation, Sufficiency and ExtensibilityOpen concept map →
- Annex 7 — Reference Architecture and ImplementationOpen concept map →
- Annex 8 — Meaning, Contribution and LimitsOpen concept map →
- Annex 9 — Claims and Evidence AppendixOpen concept map →
- Architectural Entropy: How Mediated Systems Spend Human “Exergy” and the Partial Irreversibility of Human Intelligence DebtOpen concept map →
- Attribution Gap Measurement ProtocolOpen concept map →
- Bridge: The Attribution Gap and Capability LossOpen concept map →
- De la dependencia sufrida a la solidaridad elegidaOpen concept map →
- Evidence Notes for the Proposed Human Intelligence Debt StudyOpen concept map →
- Existence, Constructive Realizability, Operational Maximality, Safety Governance, and the Contextual Boundary Problem of a “Sufficiently Good” DetectorOpen concept map →
- From Complicated to Complex: The AI Safety ParadoxOpen concept map →
- From Endured Dependence to Chosen SolidarityOpen concept map →
- From Field Practice to Pre-Standardization: An Extensible Case-Study FrameworkOpen concept map →
- How to Measure the Cost of Not KnowingOpen concept map →
- Human Intelligence DebtOpen concept map →
- Is Clarity Getting More Expensive?Open concept map →
- Measuring Human Intelligence DebtOpen concept map →
- Minimalistic Regime-Aware Early Warning SystemsOpen concept map →
- Minimum Sufficient Control Architecture for AI Enabled Urban SystemsOpen concept map →
- One Function or Many? The Case For and Against Unified AI Integrity ManagementOpen concept map →
- Optimization, Coherence, and the FrameOpen concept map →
- Regime Awareness Technology Component RoadmapOpen concept map →
- Regime Awareness: Capability Development Across Four Field CasesOpen concept map →
- Regime-Aware Semantic Windows: Proposal for Mathematical Assessment and Empirical ValidationOpen concept map →
- Research ContributionsOpen concept map →
- Structural AwarenessOpen concept map →
- Structural Awareness Foundation ValidationOpen concept map →
- Structural Limits of Current AI Integrity Under Regime ChangeOpen concept map →
- Summary — When the Controls Work but the System FailsOpen concept map →
- The Attribution Gap and Capability LossOpen concept map →
- The Case for AI Integrity Management as a Formal Enterprise FunctionOpen concept map →
- The Harvester Multiplication Problem: Capability Fragmentation, Governance Collapse and the Compounding of Human Intelligence DebtOpen concept map →
- The Human Intelligence Debt Dilemma: A Game-Theoretic Account of Why Rational Agents Build Irrational ArchitecturesOpen concept map →
- The Limits of AI OversightOpen concept map →
- The Map and The FlowOpen concept map →
- The Minimal Information a Transformation NeedsOpen concept map →
- The OutlookOpen concept map →
- The Semantic Tug-of-War: The Turf War for AI Oversight and the Case for “AI Integrity Management”Open concept map →
- What Cannot Be Recovered Must Be Managed. Cross-series bridge: Human Intelligence Gap with AI Integrity ManagementOpen concept map →
- What Goes Unpriced Is Paid in Human IntelligenceOpen concept map →
- When Asking the Question Changes the AnswerOpen concept map →
- When Cleaning Up Means Betting BlindOpen concept map →
- When the Controls Work but the System FailsOpen concept map →
- When the Problem Isn’t the TechnologyOpen concept map →
- When You Have to Decide Before You Can DiscoverOpen concept map →
- Why Selection Cannot See ItOpen concept map →