JUBAP.NET Field Notes · Case Study · Distributed American Innovation The Tuxpan Urban Mobility Case: Operational Intelligence Before the Platform Era A case study in constraint-driven architecture, hybrid formal–informal mobility …
Tegrity.AI Regime-Awareness ProgrammeCode-grounded research series Tegrity.AI · Regime-Awareness Programme Revision-Aware Event Semantics and Relabeling Cascades A Code-Grounded Reconstruction of Retrospective Labels, Causal Confirmation, Hierarchical Event Levels, and Selective Rebuilding in …
Tegrity.AI Regime-Awareness ProgrammeCode-grounded research series Tegrity.AI · Regime-Awareness Programme Dynamic Combinatorial Search for Semantic Windows Predicate-lattice encoding, multi-horizon support pruning, all-pairs interaction constraints, negative exceptions, residual mining, and selective maintenance …
Tegrity.AI Regime-Awareness ProgrammeCode-grounded research series Tegrity.AI · Regime-Awareness Programme FROM PREDICTIVE FACTORS TO SEMANTIC WINDOWS A Code-Grounded Reconstruction of the JUBAP/Phylons Multiresolution Context Architecture (2018-2021) and Its 2026 Formalization Predictive-factor …
Tegrity.AI Regime-Awareness ProgrammeCode-grounded research series Tegrity.AI · Regime-Awareness Programme Optimization Methods Across the Lineage Structure-first search, materialized decision memory, selective adaptation, and the residual quantum question A cross-system technical synthesis …
Tegrity.AI Regime-Awareness ProgrammeCode-grounded research series Tegrity.AI · Regime-Awareness Programme From Expert-System Knowledge Sources to Exchange-Level Liquidity Orchestration A Code-Grounded Reconstruction of the JUBAP/Phylons Centralized Multi-Actor Coordination Architecture (2018–2021) Resource allocations, …
Pre-Agentic Orchestration: Closed-Loop Logistics Control Before the Agent Era — Tegrity.AI Group Tegrity.AI GroupJUBAP.Net Deployed-Systems Retrospectives · Paper II Pre-Agentic Orchestration: Closed-Loop Logistics Control Before the Agent Era Draft v0.4 …
The xSeil Problem, Deployed Architecture, Functional Substrate, and Quantum Research Boundary — Tegrity.AI Group Tegrity.AI GroupJUBAP.Net xSeil problem, architecture, and functional substrate for quantum research Mission-Critical Routing Under Fully Committed …
Quantum Objects, Oracles, and Resource Accounting — Tegrity.AI Group Tegrity.AI GroupJUBAP.Net IMSV.org / tegrity.ai | Quantum Objects, Oracles, and Resource Accounting | Companion Paper II v2 Quantum Objects, Oracles, and …
Quantum Formulation and Resource-Accounting Note — Tegrity.AI Group Tegrity.AI GroupJUBAP.Net IMSV.org / tegrity.ai | Quantum Formulation and Resource Accounting | v5.0 Quantum Formulation and Resource-Accounting Note Regime-candidate selection and xSeil-derived …
Pre-Agentic Orchestration: Closed-Loop Logistics Control Before the Agent Era — Tegrity.AI Group Tegrity.AI GroupJUBAP.Net Deployed-Systems Retrospectives · Paper II Pre-Agentic Orchestration: Closed-Loop Logistics Control Before the Agent Era Draft v0.4 …
Vehicle Routing Under Fully Committed Tourism Demand — Tegrity.AI Group Tegrity.AI GroupJUBAP.Net xSeil deployed-systems retrospective | Vehicle routing under fully committed demand VEHICLE ROUTING UNDERFULLY COMMITTED TOURISM DEMAND A code-preserved …
Large Problems Without Large Hardware — Tegrity.AI Group Tegrity.AI GroupJUBAP.Net Tegrity.AI Group · Deployed-Systems Retrospectives Annex A – Complete functional inventory and implementation mapAnnexes B-C – Code evidence and empirical …
JUBAP.org is often associated with the operational and engineering work of JubAp.net. This relationship is real, but it can also create confusion if the distinction between the two is not …
How JubAp.net, Tiger Teams, and IMSV.org preserve, validate, and extend frontier capabilities JubAp.net operates as the Engineering Circle of the broader ecosystem articulated through The Integral Management Society / IMSV.org. …
