Adaptive Systems Intelligence
Frontier Engineering since 2005
Articles
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Tuxpan Urban Service Case Study
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 ecosystems, and pan-American operational intelligence — fifteen years before agentic…
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Phylons relabeling cascades
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 JUBAP/Phylons Bounded rematerialization, event-time / knowledge-time separation, dependency-aware lineage, and…
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Phylons dynamic combinations
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 in JUBAP/Phylons (2018) Technical working paperdraft v2.1July 2026PRIVATE Companion and…
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Phylons predictive factors cascade
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 code, overlapping subpf predicates, materialized cross-asset context, hierarchical event confirmation,…
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Phylons combinatorial optimization
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 of how large, changing search spaces were made operational without…
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Phylons Liquidity Orquestration
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, capital instances, book-level intents, shared-liquidity arbitration, executable orders, stop-managed closure,…
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xSeil agentic features
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 — PRIVATE working draft. “Pre-agentic” and all concept mappings are…
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xSeil quantum formulation. Companion paper 2
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 Demand The xSeil Problem, Deployed Architecture, Functional Substrate, and Quantum…
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xSeil quantum formulation. Companion paper
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 Resource Accounting Technical companion: regime-candidate selection and xSeil-derived search, estimation,…
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xSeil potential quantum formulation
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 search, estimation, and optimization problems Technical version 5.0July 2026 ·…
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xSeil orchestration
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 — PRIVATE working draft. “Pre-agentic” and all concept mappings are…
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xSeil VRP
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 industrial rich-VRP architecture, technical reconstruction, and historical replay protocol for…
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xSeil Functionality Analisis
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 study design Large Problems Without Large Hardware Functional Efficiency and…
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JUBAP.org: The Transformation Framework That Emerged From the Field
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 clearly understood. From the perspective of the JubAp.net business unit,…
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JubAp.net frontier operations role in IMSV.org Circle
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. Within that structure, its role is not equivalent to that…