VCLM — Value Classification 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 Classification
Module ID: VEGA-VGS-VCLM-001
Origin ID: OOF.CM.VEGA.01.02.01
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 Classification Module (VCLM) governs the classification of a Governed Value Definition into explicit Value classes and characteristics necessary for subsequent qualification, validation, measurement, thresholding, and downstream VEGA™ governance.
VCLM establishes what kind of Value is being claimed, when that Value is expected to arise, how directly it relates to the relevant outcome, whether it is created, preserved, enabled, or improved, and whether multiple materially distinct Value components exist.
VCLM prevents fundamentally different Value claims from being treated as methodologically equivalent merely because they can be expressed through a common metric or economic representation.
Its principal output is:
Governed Value Classification
Its foundational distinction is:
Value Existence ≠ Value Type.
2. Operational Role
The operational role of VCLM is:
to classify defined Value according to its materially relevant characteristics so that later governance evaluates each Value claim according to what that Value actually represents.
Classification creates methodological structure.
It does not establish that the classified Value exists, has been realized, or has been validated.
3. Position in the VGS™ Internal Flow
The VGS™ internal module progression is:
Value Definition → Value Classification → Value Qualification → Value Validation → Value Threshold
VCLM governs:
Value Classification
Its principal input is:
Governed Value Definition
Its principal output is:
Governed Value Classification
The output proceeds to:
VQM — Value Qualification Module
4. Central Operational Question
What kind of Value does the defined Value Object represent, through what relationship does that Value arise, when does it become relevant, and which materially distinct Value characteristics must remain separately governed?
5. Classification Object
Every classification should identify the Value Object or Value component being classified.
Classification should not occur against an ambiguous collection of benefits.
Where one Governed Value Definition contains materially distinct Value components, those components should be separately identifiable.
Therefore:
One Value Definition ≠ One Value Class by default.
6. Primary Value Classification
VEGA™ recognizes three primary Value classes:
Immediate Operational Value
Strategic Capability Value
Frontier Research Value
These classes distinguish materially different Value purposes and realization pathways.
They are not rankings.
No class is inherently more valuable than another.
7. Immediate Operational Value
Immediate Operational Value represents Value materially connected to current or near-term operational outcomes.
It may include:
accepted task completion,
quality improvement,
time reduction,
reliability improvement,
error reduction,
service improvement,
availability improvement,
or another operationally relevant result.
The defining characteristic is its relationship to an operational outcome, not merely the speed at which the result occurs.
Therefore:
Immediate Value ≠ Instantaneous Value.
8. Strategic Capability Value
Strategic Capability Value represents Value arising from the creation, preservation, expansion, or improvement of capability that may support future operational or strategic outcomes.
It may include:
technical capability,
organizational capability,
methodological capability,
deployment capability,
data capability,
infrastructure capability,
learning capability,
or another strategically relevant capacity.
The capability should remain connected to a defined Value pathway.
Therefore:
Capability Existence ≠ Strategic Value by default.
9. Frontier Research Value
Frontier Research Value represents Value arising from research, experimentation, discovery, knowledge creation, or exploration where immediate operational or economic return may not yet exist.
The absence of immediate ROI does not invalidate legitimate research Value.
However:
Research Activity ≠ Frontier Research Value by default.
The research should possess a defined objective, evidence pathway, learning outcome, discovery outcome, or other defensible Value basis.
10. Primary Class vs Economic Representation
A Value class should not be determined merely by whether the Value can be expressed financially.
Immediate Operational Value may have monetary consequences.
Strategic Capability Value may later produce monetary return.
Frontier Research Value may eventually become commercially significant.
Therefore:
Monetary Representation ≠ Primary Value Classification.
11. Multi-Class Value
One Value Object may legitimately possess more than one primary Value class.
For example, an execution may produce:
an immediate operational improvement,
while also building strategic capability,
and generating research knowledge.
Where this occurs, the classes should remain separately identifiable.
Therefore:
Multiple Value Classes ≠ Duplicate Value by default.
12. Primary and Secondary Classification
Where one class best represents the principal Value purpose and another represents a materially relevant secondary effect, VCLM may distinguish:
Primary Value Class
and
Secondary Value Class
This distinction should describe the structure of the Value claim rather than artificially prioritize the most favorable classification.
13. Created Value
Created Value represents a materially relevant beneficial state or outcome that did not exist in the applicable reference condition.
Classification as Created Value does not establish that creation has been validated.
Therefore:
Created Value Classification ≠ Validated Value Creation.
14. Preserved Value
Preserved Value represents Value associated with preventing deterioration, interruption, loss, degradation, or disappearance of an already valuable state.
Examples may include preserving:
continuity,
availability,
quality,
reliability,
capability,
or another materially relevant condition.
Therefore:
Preserved Value ≠ No Value merely because no new output was created.
15. Enabled Value
Enabled Value represents Value arising where an intelligence execution creates or preserves a condition necessary for another system, process, Subject, or later execution to produce a beneficial outcome.
Enabled Value should remain distinguishable from the downstream Value itself.
Therefore:
Value Enablement ≠ Downstream Value Realization.
16. Improved Value
Improved Value represents a beneficial change to an already existing valuable condition.
The classification should remain connected to the relevant reference condition.
Therefore:
Improved Value ≠ Newly Created Value by default.
17. Direct Value
Direct Value is materially connected to the evaluated outcome without requiring a separate downstream Value-producing mechanism to realize the principal claimed benefit.
Directness concerns the Value pathway.
It does not establish certainty or magnitude.
Therefore:
Direct Value ≠ Validated Value.
18. Indirect Value
Indirect Value depends upon one or more downstream mechanisms, conditions, decisions, or outcomes before the claimed benefit can be realized.
The relevant dependency should remain visible.
Therefore:
Indirect Value ≠ Realized Value by default.
19. Immediate and Deferred Value
VCLM should distinguish Value that becomes relevant within the current operational horizon from Value expected to materialize later.
Therefore:
Immediate Value ≠ Deferred Value.
Deferred Value should preserve the conditions upon which later realization depends.
20. Temporary and Persistent Value
Value may exist only for a bounded period or may persist beyond the execution that produced it.
VCLM may classify Value as:
temporary,
persistent,
degrading,
renewable,
or another relevant temporal form.
Temporal classification should not itself predict how long the Value will actually persist.
21. Realized and Prospective Value
Where materially relevant, Value may be classified according to its realization relationship.
Realized Value concerns an outcome that has occurred.
Prospective Value concerns an outcome expected or intended to occur later.
Classification as prospective should never be presented as proof of realization.
Therefore:
Prospective Value ≠ Realized Value.
22. Tangible and Intangible Value
Value may be associated with directly observable operational or economic effects or with less directly quantifiable capabilities, knowledge, resilience, learning, optionality, or other legitimate outcomes.
Where useful, VCLM may distinguish:
Tangible Value
and
Intangible Value
Intangible does not mean immeasurable or ungovernable.
Therefore:
Intangible Value ≠ Undefined Value.
23. Quantitative and Qualitative Value
Value may be suited to quantitative measurement, qualitative assessment, or both.
Classification should reflect the nature of the Value rather than forcing every Value Object into a numerical representation.
Therefore:
Qualitative Value ≠ Non-Measurable Value.
24. Monetary and Non-Monetary Value
Value may possess a direct monetary representation or may require a non-monetary representation.
Examples of non-monetary Value may include:
reliability,
knowledge,
capability,
quality,
continuity,
learning,
or another materially relevant outcome.
Therefore:
Non-Monetary Value ≠ Non-Economic Value by default.
Economic translation, where appropriate, belongs to later governance.
25. Value Classification by Beneficiary
The same outcome may produce different Value classes for different beneficiaries.
An operational improvement for one organization may simultaneously create strategic capability for another participating entity.
Where materially relevant, classification should preserve beneficiary-specific differences.
Therefore:
Same Outcome ≠ Same Value Classification for Every Beneficiary.
26. Value Classification by Scope
A Value classification is valid only within the Scope for which its defining conditions remain applicable.
A local operational improvement should not automatically become organization-wide or system-wide Value.
Therefore:
Local Value Classification ≠ Universal Value Classification.
27. Value Classification by Time
The classification applicable at one lifecycle stage may change as the Value matures.
For example:
Frontier Research Value may later contribute to Strategic Capability Value.
Strategic Capability Value may later produce Immediate Operational Value.
The earlier classification remains historically meaningful.
Therefore:
Value Class Transition ≠ Historical Classification Erasure.
28. Value Transformation
Value may transform from one form into another through a governed lifecycle.
A research result may become capability.
Capability may enable deployment.
Deployment may produce operational Value.
The transformation should remain traceable.
Therefore:
Value Transformation ≠ Same Value Counted Repeatedly.
29. Classification Dependency
A Value classification may depend upon:
beneficiary,
Scope,
reference condition,
temporal horizon,
Value relationship,
realization state,
or another defining condition.
Where a material dependency changes, classification may require reassessment.
30. Classification Granularity
Classification should be detailed enough to preserve materially different Value characteristics without creating unnecessary categories that do not affect later governance.
The governing principle is:
Classify what changes governance. Do not classify merely because a distinction can be named.
31. Classification Hierarchy
Where multiple classifications are used, VCLM should preserve their different purposes.
A Value Object may simultaneously possess:
a primary Value class,
a creation relationship,
a directness classification,
a temporal classification,
a realization classification,
and a representation classification.
These dimensions should not be confused with one another.
32. Classification Conflict
Where available information supports materially different classifications, the conflict should remain explicit until sufficiently resolved.
Therefore:
Classification Conflict ≠ Authority to Select the Most Favorable Class.
33. Unknown Classification
Where available information cannot support a classification, the applicable state should remain Unknown.
Therefore:
Unknown Value Class ≠ No Value.
34. Uncertain Classification
Where more than one classification remains materially plausible, uncertainty should remain visible.
Therefore:
Uncertain Classification ≠ Arbitrary Classification.
35. Classification Reassessment
A Value classification may require reassessment when:
the Value definition changes,
the beneficiary changes,
the Scope changes,
new evidence emerges,
the Value matures,
a dependency changes,
or the realization pathway changes.
Reassessment should preserve earlier valid classifications as historical states.
36. Classification Integrity
Classification should not be changed merely to obtain a more favorable evaluation, investment decision, threshold, or economic treatment.
Where classification changes legitimately, the Basis for the change should remain traceable.
Therefore:
Classification Change ≠ Classification Manipulation.
37. Classification and Double Counting
Multiple classifications may describe the same underlying Value.
Classification should therefore not create additional Value merely by assigning multiple labels to one Value effect.
For example:
one operational improvement may be simultaneously direct, monetary, persistent, and immediate.
These are characteristics of the same Value.
They are not four independent Value objects.
Therefore:
Multiple Classifications ≠ Multiple Values.
38. Classification and Value Aggregation
Classification should support later aggregation by identifying which Value components are:
independent,
overlapping,
dependent,
nested,
or potentially duplicative.
VCLM does not perform final Value aggregation.
It creates the classification structure required to govern it correctly.
39. Classification and Strategic Value Governance
VCLM may classify a Value Object as Strategic Capability Value.
It does not perform the deeper governance of strategic milestones, deferred Value, capability progression, or capital-at- risk.
Those functions belong to SVGS™.
Therefore:
Strategic Value Classification ≠ Strategic Value Governance.
40. Classification and Validation
Classification identifies what kind of Value is being evaluated.
Validation determines whether the relevant Value claim is sufficiently supported.
Therefore:
Value Classification ≠ Value Validation.
A correctly classified Value may still fail validation.
41. Classification and Threshold
Classification may determine which Value Threshold is relevant.
It does not determine whether that threshold has been satisfied.
Therefore:
Value Class ≠ Threshold Satisfaction.
42. Governed Value Classification
The principal output of VCLM is:
Governed Value Classification
It should identify, where applicable:
Value Object,
primary Value class,
secondary Value class,
created / preserved / enabled / improved relationship,
direct / indirect relationship,
immediate / deferred relationship,
temporary / persistent characteristics,
realized / prospective relationship,
tangible / intangible characteristics,
quantitative / qualitative representation,
monetary / non-monetary representation,
beneficiary-specific classification,
Scope,
temporal horizon,
dependencies,
classification uncertainty,
classification Basis,
classification version,
and provenance.
43. Meaning of the Output
A Governed Value Classification means that the defined Value has been sufficiently categorized for subsequent Value Qualification governance.
It does not establish:
that the Value claim is legitimate,
that the Value occurred,
that sufficient evidence exists,
that the Value is validated,
that the Value is material,
that a Value Threshold has been satisfied,
or that the execution should continue.
44. Minimum Implementation Framework
A conforming implementation of VCLM must provide exactly the following six capabilities:
1. Primary Value Class Governance
Capability to classify Value as Immediate Operational Value, Strategic Capability Value, Frontier Research Value, or another explicitly governed class where methodologically necessary.
2. Value Relationship Classification
Capability to distinguish created, preserved, enabled, improved, direct, and indirect Value relationships without converting classification into validation.
3. Temporal & Realization Classification
Capability to distinguish immediate, deferred, temporary, persistent, degrading, prospective, and realized Value characteristics where materially relevant.
4. Representation & Beneficiary Classification
Capability to distinguish tangible, intangible, quantitative, qualitative, monetary, non-monetary, and beneficiary-specific Value characteristics where relevant.
5. Multi-Class, Conflict & Classification Integrity Governance
Capability to govern multiple classifications, overlapping classes, uncertainty, conflicts, transitions, reassessment, and anti-gaming without double counting the underlying Value.
6. VGS™ Qualification Handoff Governance
Capability to produce a Governed Value Classification sufficiently explicit, bounded, traceable, and provenance-preserved for Value Qualification governance.
45. Governance Logic
The canonical VCLM governance logic is:
Governed Value Definition
↓
Identify Classification Object
↓
Determine Primary Value Class
↓
Identify Secondary Value Class where applicable
↓
Classify Created / Preserved / Enabled / Improved Relationship
↓
Classify Direct / Indirect Relationship
↓
Classify Temporal Characteristics
↓
Classify Realization Relationship
↓
Classify Representation Characteristics
↓
Preserve Beneficiary & Scope Differences
↓
Identify Dependencies / Overlaps / Conflicts
↓
Prevent Classification-Based Double Counting
↓
Preserve Uncertainty / Basis / Provenance
↓
Governed Value Classification
↓
Handoff to Value Qualification Governance
46. Governance Outputs
VCLM may produce:
Primary Value Classification
Secondary Value Classification
Value Creation Relationship
Value Preservation Relationship
Value Enablement Relationship
Value Improvement Relationship
Directness Classification
Temporal Value Classification
Persistence Classification
Realization Classification
Representation Classification
Beneficiary-Specific Classification
Value Classification Dependency Record
Value Classification Conflict Record
Value Classification State
Value Classification Version
Value Classification Basis
Value Classification Provenance
The principal output is:
Governed Value Classification
47. Critical Distinctions
VCLM preserves the following distinctions:
Value Existence ≠ Value Type
One Value Definition ≠ One Value Class by default
Immediate Value ≠ Instantaneous Value
Capability Existence ≠ Strategic Value by default
Research Activity ≠ Frontier Research Value by default
Monetary Representation ≠ Primary Value Classification
Multiple Value Classes ≠ Duplicate Value by default
Created Value Classification ≠ Validated Value Creation
Value Enablement ≠ Downstream Value Realization
Improved Value ≠ Newly Created Value by default
Direct Value ≠ Validated Value
Indirect Value ≠ Realized Value by default
Immediate Value ≠ Deferred Value
Prospective Value ≠ Realized Value
Intangible Value ≠ Undefined Value
Qualitative Value ≠ Non-Measurable Value
Same Outcome ≠ Same Value Classification for Every Beneficiary
Local Value Classification ≠ Universal Value Classification
Value Class Transition ≠ Historical Classification Erasure
Value Transformation ≠ Same Value Counted Repeatedly
Classification Conflict ≠ Authority to Select the Most Favorable Class
Unknown Value Class ≠ No Value
Multiple Classifications ≠ Multiple Values
Strategic Value Classification ≠ Strategic Value Governance
Value Classification ≠ Value Validation
Value Class ≠ Threshold Satisfaction
48. Cross-Architecture Boundary
VCLM classifies Value within VGS™.
ORA™ may establish the Operational Reality in which the Value arises.
ADIT® may provide evidence and provenance relevant to classification.
VALIDOS™ may support validation of classification-relevant inputs.
SIMULOS® may provide governed simulated conditions relevant to prospective Value.
VFM® may govern subsequent Value Flow without determining the VEGA™ Value classification itself.
HAGA™ governs Harm independently.
LIGA™ governs Liability independently.
Within VEGA™, SVGS™ governs Strategic Value beyond classification, IES™ governs economic treatment, VAS™ governs contribution attribution, and DGS™ governs lifecycle decisions.
These governance spaces may use VCLM outputs.
They do not replace VCLM classification.
The canonical interoperability principle is:
Value may possess operational, strategic, research, temporal, economic, and other characteristics simultaneously; VCLM preserves those characteristics without collapsing distinct governance questions into one classification.
49. Canonical Boundary
VCLM begins when a:
Governed Value Definition
requires classification for subsequent VGS™ governance.
VCLM governs:
primary Value classes,
secondary Value classes,
created Value,
preserved Value,
enabled Value,
improved Value,
direct and indirect Value,
immediate and deferred Value,
temporary and persistent Value,
realized and prospective Value,
tangible and intangible Value,
quantitative and qualitative Value,
monetary and non-monetary representation,
beneficiary-specific classification,
classification dependencies,
classification transitions,
classification conflicts,
classification uncertainty,
classification integrity,
and classification provenance.
VCLM does not independently determine:
whether Value is sufficiently qualified,
whether Value occurred,
whether evidence is sufficient,
whether Value is validated,
whether Value is material,
whether a threshold is satisfied,
economic ROI,
strategic continuation,
Value Attribution,
or lifecycle decisions.
VCLM ends when the applicable Value has been sufficiently represented as a:
Governed Value Classification
for Value Qualification governance.
50. Use Case 1 — Operational AI Produces Immediate and Strategic Value
An organization deploys an AI system that reduces the time required to complete a recurring operational process.
The deployment also creates internal capability that can later support additional automated workflows.
VCLM classifies the time-related operational benefit as:
Immediate Operational Value
and the reusable organizational capability as:
Strategic Capability Value
The two Value components remain separately identifiable rather than being collapsed into one generic benefit claim.
This allows later governance to evaluate each according to its actual Value pathway.
Multiple Value Classes ≠ Duplicate Value by default.
51. Use Case 2 — Research System Produces Knowledge Before Revenue
An organization operates an experimental intelligence system to investigate a technical problem for which no immediate commercial deployment exists.
The system produces reproducible knowledge and establishes a new technical capability.
VCLM may classify the research outcome as:
Frontier Research Value
while the resulting reusable capability may separately qualify for classification as:
Strategic Capability Value
Neither classification claims that future operational or economic Value has already been realized.
Research Activity ≠ Frontier Research Value by default.
52. Canonical Closing Statement
Value cannot be governed correctly when fundamentally different forms of Value are treated as if they were the same.
Operational Value is not automatically Strategic Value.
Strategic capability is not automatically realized return.
Research activity is not automatically research Value.
Future Value is not present Value.
And multiple descriptions of one benefit do not create multiple Values.
Classification gives Value its methodological structure without prematurely declaring that the Value is legitimate, realized, or validated.
Value Existence ≠ Value Type.
Classify Value according to what it actually represents before deciding whether the claim is qualified, validated, or sufficient.