Domain Taxonomy
This page exposes the formal structure of knowledge published on xops360. Every framework, concept, and cross-domain connection is declared explicitly — not inferred. This is the map.
Production Systems
Formal methods for specifying, operating, and governing physical production workflows.
Frameworks
Core framework — lifecycle automata, invariant verification, crash recovery
Core Concepts
Knowledge Engineering
Mathematical foundations for how authority, knowledge, and trust compound in information systems.
Frameworks
Core framework — contraction mappings, convergence proofs, adversarial robustness
Governance layer — epistemic classification, decision provenance, impact tracing
Core Concepts
Ecommerce Architecture
Knowledge-first approaches to ecommerce that separate semantic authority from transactional execution.
Frameworks
Core framework — canonical topics, projection layers, PIM as semantic substrate
Applied tool — SEO recovery, redirect chain analysis, technical audit
Core Concepts
Adaptive Systems
Self-modifying architectures that evolve their own structure through cybernetic feedback and causal inference.
Frameworks
Core framework — cybernetic feedback loops, digital twins, adaptation velocity
Theoretical extension — federated causal digital twins, Byzantine resilience, world-scale coordination
Core Concepts
AI Governance
Control planes and accountability structures for deploying AI systems in production environments.
Core Concepts
Cross-Domain Connections
These are declared relationships between frameworks — not implied, not inferred. Each connection has a stated reason.
PPOS lifecycle automata provide the formal substrate that AAOF adapts
PDKS authority mathematics underpin SPC knowledge-first architecture
PPOS crash recovery extends to NLWF Byzantine fault tolerance at federation scale
AAOF digital twins become NLWF federated causal models across organizational boundaries
SPERA epistemic layers classify the knowledge that PDKS compounds
RL provides the technical audit layer for SPC authority recovery
PDKS contraction mappings apply to NLWF convergence in federated settings