VDM — Value Definition Module
Architecture: VEGA™ — Value Execution Governance Architecture
Parent Standard: Value Governance Standard (VGS™)
Category: Governance & Enforcement
Subcategory: Value Execution Governance
Type: Core Module
Governed Space: Value Definition
Module ID: VEGA-VGS-VDM-001
Origin ID: OOF.CM.VEGA.01.01.01
Version: 1.0
Status: Canonical · Open Standard
Effective Date: 27 September 2026
Compatibility: OOF® Methodology OS™ · Modular OOF® Architecture Ecosystem
AI-Readable: Yes
Authority: OOF® — OriginOpen® Foundation
Protection: MIP® — Methodological Intellectual Property
Canonical Language: English (UCL™)
1. Canonical Definition
The Value Definition Module (VDM) governs the definition of the Value that an intelligence execution is intended, claimed, observed, or subsequently determined to create, preserve, improve, enable, or otherwise materially affect.
VDM establishes the Value Object, Value Objective, relevant beneficiary, intended outcome, reference basis, scope, temporal boundary, and defining conditions necessary for a Value claim to become a sufficiently explicit governance object.
It prevents activity, output, technical capability, productivity, resource consumption, cost change, or another observable effect from being treated as Value merely because it can be measured.
VDM does not determine whether the defined Value has actually been achieved or sufficiently validated.
It establishes what the Value claim means before later VGS™ governance determines its classification, qualification, validation, and threshold status.
Its principal output is:
Governed Value Definition
Its foundational distinction is:
Output ≠ Value.
2. Operational Role
The operational role of VDM is:
to transform an intended or claimed intelligence-related benefit into an explicit, bounded, traceable, and assessable Value definition that can be governed consistently throughout VEGA™.
Without a sufficiently defined Value object, later measurement may quantify the wrong outcome, validation may validate the wrong claim, and optimization may optimize activity that does not materially matter.
3. Position in the VGS™ Internal Flow
The VGS™ internal module progression is:
Value Definition → Value Classification → Value Qualification → Value Validation → Value Threshold
VDM governs:
Value Definition
Its principal input may include:
an operational need,
intended outcome,
investment objective,
execution purpose,
observed benefit,
or another Value-relevant claim.
Its principal output is:
Governed Value Definition
The output proceeds to:
VCLM — Value Classification Module
4. Central Operational Question
What exactly is being claimed as Value, for whom or what does that Value exist, relative to what condition, within what boundary, and what outcome would demonstrate that the defined Value exists?
5. Value Definition Object
Every Value definition should identify a sufficiently explicit Value Definition Object.
The Value Definition Object establishes what is being treated as the subject of the Value claim.
It may concern:
an operational outcome,
a productive result,
a quality improvement,
a capability,
a time-related improvement,
a reliability improvement,
a preserved condition,
a strategic capability,
a research result,
or another materially relevant result.
Therefore:
Value Claim ≠ Defined Value Object.
6. Value Objective
The Value Objective defines the beneficial result or condition that the relevant execution is intended to create, preserve, improve, enable, or materially support.
The objective should be sufficiently explicit to distinguish the desired outcome from the activity used to pursue it.
Therefore:
Execution Objective ≠ Value Objective by default.
7. Activity vs Value
Activity describes what a system does.
Value describes why the resulting outcome matters within the governed context.
More activity does not necessarily produce more Value.
Therefore:
Activity ≠ Value.
8. Output vs Value
An output is a result produced by an execution.
Value is the materially relevant benefit associated with an outcome.
An output may possess Value.
It may possess no material Value.
It may also require further processing, validation, acceptance, or use before Value emerges.
Therefore:
Output ≠ Value.
9. Capability vs Value
Capability describes what a system is able to do.
Value concerns what materially relevant benefit that capability produces, preserves, enables, or makes legitimately available in the defined context.
Unused or unnecessary capability should not automatically be counted as Value.
Therefore:
Capability ≠ Value.
10. Intended Outcome
VDM should identify the outcome to which the Value definition refers.
The intended outcome should describe the state that should exist if the Value Objective is successfully achieved.
This creates a reference point for later qualification and validation.
11. Beneficiary
Where materially relevant, a Value definition should identify the beneficiary of the claimed Value.
The beneficiary may be:
a person,
an organization,
a customer,
an operational process,
a system,
an institution,
a research program,
an infrastructure environment,
or another defined entity.
Value should not be assumed to exist identically for every affected party.
Therefore:
Value for One Beneficiary ≠ Value for Every Beneficiary.
12. Beneficiary vs Affected Party
An entity affected by an intelligence execution is not automatically a beneficiary of that execution.
Positive, neutral, and negative effects may exist simultaneously across different entities.
Therefore:
Affected Party ≠ Value Beneficiary by default.
13. Value Reference Basis
Where the meaning of Value depends upon comparison, the definition should identify the applicable reference basis.
The reference may include:
a prior state,
an Operational Baseline,
a Reference Baseline,
an alternative execution,
a no-action condition,
a required target,
a benchmark,
or another legitimate reference condition.
Without a meaningful reference, claims such as “better,” “faster,” “more efficient,” or “improved” may remain undefined.
14. Reference Basis vs Value
The reference condition does not itself define the Value.
It establishes the condition against which the relevant difference may later be evaluated.
Therefore:
Reference Condition ≠ Value.
15. Value Scope
Every material Value definition should possess a sufficiently explicit Scope.
Scope may identify:
the task,
process,
system,
organization,
beneficiary,
operating environment,
geographic or organizational boundary,
measurement population,
or another relevant boundary.
A Value claim should not silently expand beyond the Scope in which it was defined.
Therefore:
Local Value ≠ Universal Value.
16. Temporal Boundary
A Value definition should identify the relevant temporal boundary where time materially affects its meaning.
Value may concern:
an individual execution,
a defined operating period,
a project,
a deployment lifecycle,
a strategic horizon,
a research period,
or another defined interval.
A benefit observed during one period should not automatically be represented as persistent Value.
17. Created Value
Created Value represents a materially relevant beneficial state or outcome that did not exist in the applicable reference condition and arises through the relevant governed context.
The existence of change alone does not establish that the change is beneficial or material.
Therefore:
Change ≠ Value Creation.
18. Preserved Value
Value may exist because intelligence prevents the loss or deterioration of an already valuable condition.
Examples may include preserving:
availability,
quality,
continuity,
reliability,
capability,
or another materially relevant state.
Therefore:
No New Output ≠ No Value.
19. Enabled Value
Intelligence may enable another process, Subject, system, or capability to produce Value later.
Enabled Value should remain distinguishable from Value directly realized by the intelligence execution itself.
Therefore:
Value Enablement ≠ Direct Value Realization.
20. Improved Value
An intelligence execution may improve an existing valuable state rather than create a new one.
Improvement should identify what changed and relative to what reference condition.
Therefore:
Improvement Claim ≠ Demonstrated Improvement.
21. Direct and Indirect Value Definition
VDM should distinguish direct Value from Value expected to arise through a downstream relationship.
Direct Value is materially connected to the evaluated outcome itself.
Indirect Value depends upon one or more subsequent mechanisms, conditions, or outcomes.
The dependency should remain visible.
Therefore:
Potential Downstream Benefit ≠ Direct Value.
22. Value Conditions
A Value definition should identify material conditions upon which the claimed Value depends.
These may include:
successful deployment,
minimum quality,
continued availability,
human adoption,
integration,
supporting infrastructure,
downstream execution,
market conditions,
or another material dependency.
Conditional Value should not be represented as unconditional Value.
23. Value Criteria
A Value definition should establish the criteria by which the relevant outcome can later be recognized as Value.
Criteria should be sufficiently specific to support subsequent qualification, evidence collection, validation, and threshold governance.
The criteria should describe what matters without prematurely declaring that the criteria have been satisfied.
24. Value Indicator
A Value Indicator provides an observable or measurable signal relevant to a Value criterion.
Indicators may support later evaluation.
They do not independently establish Value.
Therefore:
Value Indicator ≠ Validated Value.
25. Measurement Readiness
Where the defined Value is intended to be measured, the definition should be sufficiently clear to permit an appropriate measurement method to be established.
A Value definition that cannot identify what should be observed, compared, or evaluated may be insufficiently mature for quantitative assessment.
This does not mean that all legitimate Value must be quantitative.
26. Value Definition and Measurement
VDM defines what the Value means.
Measurement determines how relevant characteristics of that Value are represented.
The measurement method should follow the Value definition rather than define Value solely through whatever metric happens to be available.
Therefore:
Available Metric ≠ Value Definition.
27. Value Definition and Cost
A cost reduction may be defined as a Value-relevant outcome where it materially benefits the applicable governed context.
However, cost itself is not Value.
A reduction that causes unacceptable deterioration in the required outcome should not automatically be treated as positive Value.
Therefore:
Lower Cost ≠ Higher Value by default.
28. Value Definition and Productivity
Productivity may contribute to Value where increased productive capacity materially supports the defined Value Objective.
Productivity alone does not define Value.
Therefore:
Higher Productivity ≠ Higher Value by default.
29. Value Definition and Technical Performance
Technical performance may enable Value but should not become the Value definition merely because it is easy to measure.
Higher benchmark performance, greater model capability, faster inference, larger context, or more computation may be technically significant without materially improving the required outcome.
Therefore:
Technical Performance ≠ Operational Value by default.
30. Value Definition and Resource Consumption
The amount of compute, energy, hardware, infrastructure, time, or other resources consumed does not define the Value produced.
Resource consumption becomes relevant later when VEGA™ evaluates the relationship between resources and validated outcomes.
Therefore:
Resource Consumption ≠ Value Creation.
31. Value Definition and Harm
Value should not be defined by silently treating Harm as merely a negative Value component.
Where Harm is governed by HAGA™, its governed state or constraint remains distinct.
Therefore:
Harm ≠ Negative Value by default.
A Value definition cannot create authority to disregard an applicable Harm constraint.
32. Value Definition and Liability
Liability should not be redefined as a Value component merely because it has economic consequences.
LIGA™ governs Liability independently.
Therefore:
Liability ≠ Negative Value by default.
33. Value Definition and Authority
A Value definition describes what matters.
It does not create authority to execute, deploy, optimize, or continue an intelligence system.
Therefore:
Value ≠ Authority.
Expected Value ≠ Permission.
34. Definition Integrity
A Value definition should not be materially altered after observing results merely to make an execution appear more successful.
Where the Value definition legitimately changes, the change should be explicit and traceable.
Therefore:
Value Definition Change ≠ Historical Definition Replacement.
35. Definition Versioning
Where the Value Objective, Scope, beneficiary, reference basis, or material conditions change, the applicable Value definition should be versioned or otherwise distinguishable from the earlier definition.
This allows later assessment to determine which Value definition applied to which execution or decision.
36. Unknown or Incomplete Definition
Where the available information is insufficient to establish a complete Value definition, the missing elements should remain explicit.
An incomplete Value definition should not be silently completed through unsupported assumptions.
Therefore:
Undefined Value Element ≠ Authority to Assume Value.
37. Conflicting Value Definitions
Where materially different Value definitions exist for the same execution, the conflict should remain visible until legitimately reconciled.
One definition should not be selected merely because it produces the preferred result.
Therefore:
Conflicting Value Definitions ≠ Authority to Select the Most Favorable Definition.
38. Governed Value Definition
The principal output of VDM is:
Governed Value Definition
It should identify, where applicable:
Value Definition Object,
Value Objective,
intended outcome,
beneficiary,
Value relationship,
reference basis,
Scope,
temporal boundary,
material conditions,
Value criteria,
relevant indicators,
measurement readiness,
dependencies,
assumptions,
limitations,
definition version,
and provenance.
39. Meaning of the Output
A Governed Value Definition means that the Value being claimed or pursued has been sufficiently defined for subsequent VGS™ governance.
It does not establish:
the final Value classification,
that the Value is qualified,
that the Value has occurred,
that the Value is validated,
that a Value Threshold has been satisfied,
that resources were justified,
or that execution should continue.
Those determinations belong to subsequent governance.
40. Minimum Implementation Framework
A conforming implementation of VDM must provide exactly the following six capabilities:
1. Value Object & Objective Definition
Capability to identify the Value Definition Object, Value Objective, intended outcome, and the distinction between system activity, output, capability, and Value.
2. Beneficiary & Scope Definition
Capability to identify materially relevant beneficiaries and establish the operational, organizational, system, or other boundaries within which the Value definition applies.
3. Reference & Temporal Definition
Capability to identify the applicable reference condition or baseline relationship and define the period or horizon within which the Value claim is intended to apply.
4. Value Relationship & Condition Definition
Capability to distinguish created, preserved, enabled, improved, direct, indirect, and conditional Value relationships where materially relevant and identify dependencies affecting the claim.
5. Criteria, Indicator & Measurement-Readiness Definition
Capability to establish Value criteria, identify relevant indicators, and define the Value sufficiently for later evidence, measurement, qualification, and validation.
6. Definition Integrity & VGS™ Handoff Governance
Capability to preserve assumptions, limitations, conflicts, version changes, and provenance and produce a Governed Value Definition sufficiently explicit for Value Classification governance.
41. Governance Logic
The canonical VDM governance logic is:
Operational Need / Intended or Claimed Benefit
↓
Identify Value Definition Object
↓
Define Value Objective
↓
Define Intended Outcome
↓
Identify Beneficiary
↓
Establish Reference Basis
↓
Define Value Scope
↓
Define Temporal Boundary
↓
Identify Value Relationship
↓
Identify Material Conditions & Dependencies
↓
Establish Value Criteria
↓
Identify Relevant Indicators
↓
Assess Measurement Readiness
↓
Preserve Assumptions / Limitations / Provenance
↓
Governed Value Definition
↓
Handoff to Value Classification Governance
42. Governance Outputs
VDM may produce:
Value Definition Object
Value Objective
Intended Outcome Definition
Value Beneficiary Record
Value Reference Basis
Value Scope
Value Temporal Boundary
Value Relationship Definition
Value Condition Structure
Value Dependency Record
Value Criteria Structure
Value Indicator Association
Measurement Readiness State
Value Definition Assumption Record
Value Definition Limitation Record
Value Definition Version
Value Definition Provenance
The principal output is:
Governed Value Definition
43. Critical Distinctions
VDM preserves the following distinctions:
Output ≠ Value
Activity ≠ Value
Capability ≠ Value
Value Claim ≠ Defined Value Object
Execution Objective ≠ Value Objective by default
Value for One Beneficiary ≠ Value for Every Beneficiary
Affected Party ≠ Value Beneficiary by default
Reference Condition ≠ Value
Local Value ≠ Universal Value
Change ≠ Value Creation
No New Output ≠ No Value
Value Enablement ≠ Direct Value Realization
Improvement Claim ≠ Demonstrated Improvement
Potential Downstream Benefit ≠ Direct Value
Value Indicator ≠ Validated Value
Available Metric ≠ Value Definition
Lower Cost ≠ Higher Value by default
Higher Productivity ≠ Higher Value by default
Technical Performance ≠ Operational Value by default
Resource Consumption ≠ Value Creation
Harm ≠ Negative Value by default
Liability ≠ Negative Value by default
Value ≠ Authority
Expected Value ≠ Permission
Value Definition Change ≠ Historical Definition Replacement
Undefined Value Element ≠ Authority to Assume Value
Conflicting Value Definitions ≠ Authority to Select the Most Favorable Definition
44. Cross-Architecture Boundary
VDM may receive operational, evidence, identity, validation, Harm, Liability, simulation, and other relevant inputs from adjacent OOF® architectures.
ORA™ may establish the Operational Reality in which the intended Value exists.
ADIT® may provide evidence and provenance relevant to the Value definition.
VALIDOS™ may support validation of inputs used to define the relevant outcome or reference basis.
SIMULOS® may govern simulated conditions used to define prospective Value.
HAGA™ governs Harm independently from Value.
LIGA™ governs Liability independently from Value.
OBIDENITY® may provide identity, ownership, authority, and provenance inputs relevant to Value Objects or beneficiaries.
VFM® governs Value Flow rather than defining the VEGA™ execution Value itself.
These inputs may inform the Value definition.
They do not replace VDM governance.
The canonical interoperability principle is:
External governance may establish the reality, evidence, identity, constraints, or conditions surrounding Value; VDM governs what the intelligence-related Value claim itself means within VEGA™.
45. Canonical Boundary
VDM begins when an intended, claimed, observed, or prospective intelligence-related benefit requires a sufficiently explicit Value definition.
VDM governs:
Value Definition Objects,
Value Objectives,
intended outcomes,
beneficiaries,
reference bases,
Scope,
temporal boundaries,
created Value,
preserved Value,
enabled Value,
improved Value,
direct and indirect Value relationships,
material conditions,
dependencies,
Value criteria,
Value indicators,
measurement readiness,
definition integrity,
definition conflicts,
versioning,
assumptions,
limitations,
and provenance.
VDM does not independently determine:
final Value classification,
Value qualification,
Value validation,
Value Threshold satisfaction,
productivity,
resource justification,
computational efficiency,
economic return,
strategic continuation,
Value Attribution,
or lifecycle decisions.
VDM ends when the applicable Value has been sufficiently represented as a:
Governed Value Definition
for Value Classification governance.
46. Use Case 1 — AI Automation Produces More Output
An organization introduces an AI system that produces substantially more customer-response drafts than the previous workflow.
The organization initially describes the increased output as Value.
VDM separates the system activity from the Value Objective.
The actual Value Objective is defined as:
improving the timely delivery of acceptable customer responses without reducing required response quality.
The relevant Value definition therefore identifies:
accepted customer-response outcomes,
the beneficiary,
the previous workflow as the reference basis,
the applicable quality condition,
the operating period,
and the criteria required for later evaluation.
The organization can then evaluate whether increased output actually produced the Value that mattered.
Output ≠ Value.
47. Use Case 2 — AI Capability Preserves Operational Continuity
An intelligent monitoring system is deployed to identify emerging operational anomalies before they interrupt a critical process.
During the assessment period, no major interruption occurs.
The absence of a new productive output does not automatically imply absence of Value.
VDM defines the relevant Value as preservation of operational continuity relative to the applicable reference condition and establishes the beneficiary, Scope, conditions, dependencies, and criteria required for later qualification and validation.
The later VGS™ modules can then determine whether the preservation claim is sufficiently supported.
No New Output ≠ No Value.
48. Canonical Closing Statement
Value cannot be governed until its meaning is explicit.
A system may execute.
It may produce output.
It may demonstrate capability.
It may reduce time, cost, or effort.
But none of those observations independently defines the Value that matters.
Value requires an object.
It requires an objective.
It requires a beneficiary, a boundary, a reference, and conditions under which the claimed benefit has meaning.
Only after those elements are explicit can Value be classified, qualified, evidenced, validated, and compared against the intelligence and resources consumed to produce it.
Output ≠ Value.
Define the Value before measuring whether intelligence created it.