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Paper overview

Formal Propositions

The proposition set is preserved exactly from PAPER-009D. The main text emphasizes four primary propositions; supporting and integrative propositions are presented in Table 4 and Figure 9.

Proposition 1 (Identity and intent anchoring). The stronger the anchoring of organizational knowledge in explicit organizational identity and governed intent, the greater the coherence of knowledge interpretation across representations and actors.

Proposition 2 (Governed knowledge admission). Organizations that distinguish data, information, and organizational knowledge through governed admission will exhibit lower risk of decision incoherence than organizations that treat recorded or processed data as knowledge.

Proposition 3 (Authority qualification). Explicit authority qualification will reduce the likelihood that AI-generated summaries, recommendations, or projections are mistaken for authoritative organizational decisions.

Proposition 4 (Governed projection). Governed projection practices will allow multiple participant-specific representations to coexist without fragmenting organizational knowledge when source, scope, authority, freshness, confidence, and contestability are preserved.

The supporting propositions explain memory-state distinction, provenance and evidence grounding, decision-execution traceability, evidence-grounded learning, freshness and confidence disclosure, and contestability. The integrative propositions explain correspondence preservation, governed adaptation, human-AI contribution, multi-agent coordination, and sociotechnical mediation.

Table 4. Formal Proposition Registry

IDTypeStatement
OKK-DP01PrimaryThe stronger the anchoring of organizational knowledge in explicit organizational identity and governed intent, the greater the coherence of knowledge interpretation across representations and actors.
OKK-DP02PrimaryOrganizations that distinguish data, information, and organizational knowledge through governed admission will exhibit lower risk of decision incoherence than organizations that treat recorded or processed data as knowledge.
OKK-DP03SupportingOrganizations that distinguish retained organizational memory from current organizational state will be better able to use historical knowledge without acting on stale or superseded assumptions.
OKK-DP04PrimaryExplicit authority qualification will reduce the likelihood that AI-generated summaries, recommendations, or projections are mistaken for authoritative organizational decisions.
OKK-DP05SupportingRepresentations with inspectable provenance and admissible evidence grounding will support stronger cross-actor knowledge continuity than representations whose origins and evidentiary basis are opaque.
OKK-DP06PrimaryGoverned projection practices will allow multiple participant-specific representations to coexist without fragmenting organizational knowledge when source, scope, authority, freshness, confidence, and contestability are preserved.
OKK-DP07IntegrativeCorrespondence preservation across human, AI, workflow, and software-mediated representations will reduce contradictory organizational interpretations during AI-native operation.
OKK-DP08SupportingStronger traceability from intent and evidence to decisions and execution will improve the organization's ability to detect execution drift from authorized organizational commitments.
OKK-DP09SupportingEvidence generated through execution will improve organizational learning only when outcomes are interpreted, admitted, and revised through governance rather than treated as self-interpreting results.
OKK-DP10IntegrativeGoverned adaptation will preserve organizational identity and improve organizational resilience more effectively than ungoverned representational drift or local learning alone.
OKK-DP11SupportingFreshness and confidence disclosure in AI-mediated projections will improve reliance calibration and reduce overreliance on stale, uncertain, or contested organizational knowledge.
OKK-DP12SupportingContestability mechanisms will reduce false closure in organizational knowledge claims, especially when claims are generated, summarized, or transformed through AI systems.
OKK-DP13IntegrativeAI agents will contribute more constructively to organizational cognition when their outputs remain grounded in governed source knowledge and human-accountable authority.
OKK-DP14IntegrativeSociotechnical mediation will strengthen organizational knowledge continuity when software systems are treated as representational infrastructure rather than sources of organizational legitimacy.

Figure 9

Formal Proposition Architecture

Formal Proposition Architecture. The figure presents a left-to-right conceptual sequence of identity and intent, governed knowledge, representation and projection, decision and execution, and evidence and learning. A governance layer connects authority, provenance, freshness, confidence, and contestability across the sequence. Dashed feedback indicates learning and revision over time. Color is not required for interpretation.
Figure 9. Formal Proposition Architecture. Groups primary, supporting, and integrative propositions without changing proposition wording. The figure is conceptual and does not specify software architecture, workflow automation, user-interface behavior, or empirical findings.

Figure 10 summarizes the relationship between OKK and adjacent constructs. The point is not that adjacent constructs are weak. The point is that each explains a partial domain, while OKK explains their governed integration under AI-native representational plurality.

Figure 10

Relationship to Adjacent Constructs

Relationship to Adjacent Constructs. The figure presents a left-to-right conceptual sequence of identity and intent, governed knowledge, representation and projection, decision and execution, and evidence and learning. A governance layer connects authority, provenance, freshness, confidence, and contestability across the sequence. Dashed feedback indicates learning and revision over time. Color is not required for interpretation.
Figure 10. Relationship to Adjacent Constructs. Positions OKK against organizational memory, KMS, knowledge graphs, digital twins, systems of record, event stores, workflows, agent memory, and organizational operating systems. The figure is conceptual and does not specify software architecture, workflow automation, user-interface behavior, or empirical findings.