VFM® Architecture Map

Value Flow Mechanisms Architecture — Value Lifecycle Governance Layer

Official Value Lifecycle Governance Reference Map for AI Systems, Autonomous Systems, Organizations, Assets, Infrastructure, Data, Technology, Economic Systems, Public Systems, and Future Value-Based Environments

VFM® serves as the official OOF® value lifecycle governance reference map used to identify, define, classify, navigate, govern, evaluate, and understand governable value spaces across AI systems, autonomous systems, organizations, assets, infrastructure, data, technology, economic systems, public systems, and future value- based environments.

The purpose of VFM® is not to define the economic, financial, transactional, accounting, ownership, pricing, taxation, or technical implementation of a value system.

The purpose of VFM® is to identify, define, separate, and map the governable spaces through which value is established within a defined context, connected to an identifiable origin, emerges into existence, becomes recognizable, occupies a determinable state, changes, develops, degrades, reaches a zero-value condition where applicable, may be restored while recoverability remains, and ultimately reaches extinction when the same governed value ceases to remain recoverable within its lifecycle.

VFM® serves as the official value lifecycle governance reference map for:

AI Systems Autonomous Systems Autonomous Agents Organizations Industrial Systems Physical Assets Digital Assets Infrastructure Data and Information Assets Technology Intellectual Assets Organizational Capabilities Products and Services Public Systems

Economic and Financial Environments Critical Infrastructure Multi-System Environments Future Value Ecosystems

Core Architectural Principle

Every value lifecycle governance space answers one primary governance question.

No value lifecycle governance space duplicates the purpose of another value lifecycle governance space.

Every value lifecycle governance space has a defined beginning, a defined operational purpose, and a defined governance boundary.

Every value lifecycle governance space begins when the value-related governance requirement associated with that space becomes materially applicable.

Together, these value lifecycle governance spaces form the official value lifecycle governance reference map of VFM®.

Value is governed as a lifecycle, not merely as a price, asset attribute, accounting quantity, ownership condition, transaction result, or economic outcome.

Official Value Governance Flow

Value Context → Value Origin → Value Emergence → Value Recognition → Value State → Value Change → Value Development → Value Degradation → Value Nullification → Value Restoration → Value Extinction

1. Value Context Standard (VCXS)

Governed Space: Value Context

Core Question

What value is being governed, in relation to what value-bearing object, beneficiary, purpose, and reference context?

Canonical Definition

Value Context Standard (VCXS) defines the governance conditions under which the value being governed is identified and bounded in relation to the relevant value-bearing object, beneficiary, purpose, reference framework, and contextual conditions necessary to distinguish that value from other forms, dimensions, relationships, or interpretations of value.

Governance Boundary

Begins when a value-related governance inquiry requires explicit determination of what value is actually being governed.

Ends when the governed value, relevant value-bearing object, beneficiary, purpose, and reference context have been sufficiently established to determine the basis from which that value may originate.

Value Identification ≠ Asset Identity.

2. Value Origin Standard (VOS)

Governed Space: Value Origin

Core Question

From what identifiable source, capability, condition, activity, relationship, object, or other basis can the governed value originate?

Canonical Definition

Value Origin Standard (VOS) defines the governance conditions under which the source, capability, condition, activity, relationship, object, resource, or other basis from which governed value may originate is identified, bounded, related to the value context, and maintained as the identifiable origin basis of that value.

Governance Boundary

Begins when the governed value context has been sufficiently established and the basis from which value may arise must be identified.

Ends when the relevant value source, origin basis, origin relationship, and origin conditions have been sufficiently established to determine whether and when value actually emerges.

Value Source ≠ Existing Value.

Value Origin ≠ Value Emergence.

3. Value Emergence Standard (VES)

Governed Space: Value Emergence

Core Question

When and under what conditions does potential value become existent value?

Canonical Definition

Value Emergence Standard (VES) defines the governance conditions under which potential value arising from an identifiable origin crosses the relevant emergence conditions and threshold and becomes existent value within its governed context.

Governance Boundary

Begins when an identifiable value origin exists and there is a legitimate basis for determining whether potential value has become existent value.

Ends when value emergence has been sufficiently established or rejected to distinguish actual existing value from value that remains merely potential.

Potential Value ≠ Existing Value.

Origin Asset™ ≠ Automatically Existing Value.

4. Value Recognition Standard (VRS)

Governed Space: Value Recognition

Core Question

When can existing value be recognized as value within its defined governance context?

Canonical Definition

Value Recognition Standard (VRS) defines the governance conditions under which value that has emerged into existence may be formally recognized as value within its defined context according to an explicit recognition basis,

applicable criteria, limitations, and governed determination.

Governance Boundary

Begins when value has emerged or there is a governed basis for examining whether existing value qualifies for recognition within the relevant context.

Ends when the value has been sufficiently recognized, not recognized, or recognition has been bounded by applicable limitations so that its governed state may be determined.

Value Existence ≠ Value Recognition.

Value Recognition ≠ Classification.

Value Recognition ≠ Validation.

5. Value State Standard (VSS)

Governed Space: Value State

Core Question

What is the current governed state of value?

Canonical Definition

Value State Standard (VSS) defines the governance conditions under which existing or otherwise governable value is identified, classified, determined, and represented in its current value state independently from the mechanism, event, or transition through which that state was reached.

Governance Boundary

Begins when value exists within a sufficiently established context and its current value condition requires governed determination.

Continues throughout the value lifecycle whenever a current or resulting value state must be established.

A state determination ends when the relevant value state has been sufficiently identified and determined to support subsequent governance of material value change or lifecycle transition.

Canonical value-state concepts may include:

Value Asset™

and

ZVA™ — Zero Value Asset™

where applicable.

Value State ≠ Value Transition.

6. Value Change Standard (VCS)

Governed Space: Value Change

Core Question

When has existing value materially changed, and what change has occurred to it?

Canonical Definition

Value Change Standard (VCS) defines the governance conditions under which a material change in existing value is identified, characterized, measured where applicable, linked to relevant causation information, and distinguished from the external event, mechanism, or system that produced the value consequence.

Governance Boundary

Begins when an existing governed value may have changed from a previously established value state.

Ends when the existence, type, direction, magnitude, and relevant causation link of the value change have been sufficiently established to determine the applicable value lifecycle consequence.

External systems may determine why an event occurred.

VFM® determines:

what happened to value as a result.

External Cause ≠ Value Consequence.

7. Value Development Standard (VDS)

Governed Space: Value Development

Core Question

How does existing value increase, strengthen, mature, compound, or otherwise develop over time?

Canonical Definition

Value Development Standard (VDS) defines the governance conditions under which existing value positively develops through growth, strengthening, maturation, compounding, or other governed forms of development while preserving the distinction between development of existing value and emergence or restoration of value.

Governance Boundary

Begins when existing value undergoes or may undergo a positive change that represents development of value already present within the governed lifecycle.

Ends when the relevant development has been sufficiently characterized and incorporated into the resulting value condition or state.

Value Emergence ≠ Value Development.

Creation of Value ≠ Growth of Existing Value.

Value Development ≠ Value Restoration.

8. Value Degradation Standard (VDGS)

Governed Space: Value Degradation

Core Question

How does existing value weaken, decline, deteriorate, or become progressively impaired while value still exists?

Canonical Definition

Value Degradation Standard (VDGS) defines the governance conditions under which existing value weakens, declines, deteriorates, loses capability, or becomes progressively impaired while the relevant value continues to exist above, or otherwise prior to crossing, an applicable zero-value boundary.

Governance Boundary

Begins when existing value undergoes a negative change that materially weakens, reduces, deteriorates, or impairs the relevant value.

Ends when the degradation has been sufficiently characterized and either value remains in a degraded state or the decline reaches conditions requiring governance of potential Value Nullification.

Value Degradation → declining value remains.

Value Nullification → value reaches zero.

Value Degradation ≠ Value Nullification.

9. Value Nullification Standard (VNS)

Governed Space: Value Nullification

Core Question

When and through what governed transition does existing positive value reach a zero-value condition?

Canonical Definition

Value Nullification Standard (VNS) defines the governance conditions under which previously existing positive value reaches an applicable zero-value threshold, undergoes a governed nullification transition, and enters a zero-value condition without that zero-value condition being automatically interpreted as Value Extinction.

Governance Boundary

Begins when existing positive value approaches or may have reached the applicable conditions under which that value becomes zero within its governed context.

Ends when nullification has been sufficiently determined and, where applicable, the relevant value has entered a governed zero-value state.

Canonical transition:

Positive Value → DeMonet™ → Zero-Value Condition → ZVA™ — Zero Value Asset™

Critically:

Value Never Emerged ≠ Value Nullified.

Value Nullification ≠ Value Extinction.

Zero Value ≠ Value Extinction.

10. Value Restoration Standard (VRSS)

Governed Space: Value Restoration

Core Question

How can degraded, lost, dormant, or zero value legitimately re-emerge or be restored?

Canonical Definition

Value Restoration Standard (VRSS) defines the governance conditions under which previously existing value that has become degraded, impaired, dormant, lost, inaccessible, or zero may remain recoverable and may legitimately be restored through a governed restoration process without confusing restoration of prior value with development of existing value or emergence of genuinely new value.

Governance Boundary

Begins when previously existing value is degraded, impaired, dormant, lost, inaccessible, zero, or otherwise requires recovery and a legitimate restoration pathway may remain available.

Ends when restoration has been sufficiently determined and the restored value has entered an applicable resulting value state, or when restoration cannot legitimately proceed and the question of terminal recoverability must move into Value Extinction governance.

Canonical transition:

Degraded / Dormant / Zero Value → ReMonet™ → Restored Value → New Value State

Value Development = existing value develops.

Value Restoration = previously impaired, lost, dormant, inaccessible, or zero value is recovered.

ReMonet™ ≠ New Value Emergence.

11. Value Extinction Standard (VXSS)

Governed Space: Value Extinction

Core Question

When does value cease to exist as recoverable value within the governed lifecycle?

Canonical Definition

Value Extinction Standard (VXSS) defines the governance conditions under which previously existing value crosses the terminal recoverability boundary and ceases to remain legitimately recoverable as the same governed value within its defined lifecycle, context, value dimension, and restoration boundary.

Governance Boundary

Begins when previously existing value has become sufficiently impaired, inaccessible, nullified, zero, or otherwise terminally challenged that its continuing recoverability as the same governed value must be determined.

Ends when the relevant value has either been determined to retain legitimate recoverability and therefore remains eligible for restoration governance, or has been determined to have reached Value Extinction and the applicable value lifecycle reaches governed finality.

Zero Value ≠ Value Extinction.

A ZVA™ — Zero Value Asset™ may retain restoration potential.

Failed Restoration ≠ Value Extinction.

Value Extinction ≠ Object Extinction.

Value Extinction ≠ Erasure of Prior Value.

Later New Value ≠ Automatic Restoration of Extinguished Value.

Core Governed Value Spaces

Value Context Value Origin Value Emergence Value Recognition Value State Value Change Value Development Value Degradation Value Nullification Value Restoration Value Extinction

Recursive Value Lifecycle

VFM® does not treat value as moving through a single irreversible linear sequence.

Once value has emerged, its lifecycle may become recursive:

Existing Value → Value State → Value Change → Value Development / Value Degradation → Resulting Value State → Further Value Change

Value may therefore develop, degrade, stabilize, change repeatedly, or move between materially different governed states without restarting its origin or emergence lifecycle.

Where value reaches zero:

Positive Value → Value Nullification → ZVA™ — Zero Value Asset™

A zero-value state does not automatically terminate the lifecycle.

Where legitimate recoverability remains:

ZVA™ / Degraded / Dormant / Lost Value → ReMonet™ → Value Restoration → Restored Value → New Value State → Continuing Value Lifecycle

Where legitimate recoverability of the same governed value ends:

Impaired / Nullified / Zero Value → Recoverability Boundary → Value Extinction → Value Finality → Governed Lifecycle Termination

Lifecycle re-entry occurs according to what has actually happened to value.

A change in the relevant beneficiary, purpose, or reference framework may require re-establishment of the Value Context.

A newly identified source or basis of value may require examination through Value Origin.

Genuinely new value arising after prior Value Extinction may enter Value Emergence as a new value lifecycle rather than being treated as restoration of extinguished value.

A material change to existing value may re-enter Value Change.

Positive development may enter Value Development.

Decline or impairment may enter Value Degradation.

A transition to zero may enter Value Nullification.

Recoverable prior value may enter Value Restoration.

Terminal loss of recoverability may enter Value Extinction.

The architecture therefore supports governed value lifecycle movement without forcing every value event through the entire architecture again.

Architectural Position

VFM® governs the complete value lifecycle.

The architecture progresses through:

Value Context → Value Origin → Value Emergence → Value Recognition → Value State → Value Change → Value Development / Value Degradation → Value Nullification → Value Restoration / Value Extinction

Together, these value governance spaces govern what value is being examined and within what context, where it originates, when it emerges into existence, when it becomes recognizable, what state it occupies, how it changes, how it develops or degrades, when it reaches zero, whether previously existing value remains recoverable, how that value may be restored, and when the same governed value reaches terminal extinction.

VFM® therefore provides a complete governance path from the first determination of:

What value are we actually governing?

to the terminal lifecycle determination of:

Does that same governed value still remain legitimately recoverable?

What VFM® Defines

VFM® defines:

where value lifecycle governance begins, how the governed value context is established, how value is distinguished from the identity of the underlying object, how the relevant value-bearing object is connected to the value context, how the relevant beneficiary and purpose of value are established, how the applicable reference framework is bounded, where value may originate, how a value source is distinguished from existing value, when potential value becomes existent value, how emergence is distinguished from origin, when existing value may be recognized, how recognition is distinguished from existence, classification, and validation, how the current governed value state is established, how Value Asset™ and ZVA™ concepts may operate within governed value states, when existing value has materially changed, what change occurred to value, how value consequence is separated from external causation, how existing value develops, how development is distinguished from emergence and restoration, how existing value degrades, how degradation is distinguished from nullification, when positive value reaches zero, how DeMonet™ operates as a governed value-nullification mechanism, how a zero-value condition may become a ZVA™ — Zero Value Asset™ state, why zero value does not automatically constitute extinction, when previously existing degraded, dormant, lost, inaccessible, or zero value remains recoverable, how ReMonet™ operates as a governed value-restoration mechanism, how restoration is distinguished from development and new value emergence, when restoration potential remains legitimate, when recoverability of the same governed value ends, when Value Extinction is legitimately established, how extinction is distinguished from object destruction, abandonment, zero value, failed restoration, and temporary impossibility,

how Value Finality closes restoration eligibility for the same governed value lifecycle, how lifecycle history remains preserved after extinction, how genuinely new value may emerge after prior value extinction without reopening the extinguished lifecycle.

VFM® provides the official value lifecycle governance language used for value-space identification, lifecycle navigation, governance classification, value-state diagnosis, value-transition analysis, restoration governance, extinction determination, and value architecture design across complex operational environments.

Critical Architectural Distinctions

Value Identification ≠ Asset Identity

Value Context ≠ Value Origin

Value Origin ≠ Identity Origin

Value Source ≠ Existing Value

Origin Asset™ ≠ Existing Value

Value Origin ≠ Value Emergence

Potential Value ≠ Existing Value

Value Existence ≠ Value Recognition

Value Recognition ≠ Classification

Value Recognition ≠ Validation

Value State ≠ Value Transition

Value State ≠ Operational State

External Cause ≠ Value Consequence

Value Change ≠ External Event

Value Emergence ≠ Value Development

Creation of Value ≠ Growth of Existing Value

Value Development ≠ Value Restoration

Value Degradation ≠ Value Nullification

Declining Value ≠ Zero Value

Value Never Emerged ≠ Value Nullified

DeMonet™ ≠ Value State

Value Nullification ≠ Value Extinction

Zero Value ≠ Value Extinction

ZVA™ ≠ Extinct Value

ReMonet™ ≠ Value State

ReMonet™ ≠ New Value Emergence

Failed ReMonet™ ≠ Value Extinction

Failed Restoration ≠ Terminal Non-Recoverability

Economic Non-Viability ≠ Automatic Value Extinction

Decision Not to Restore ≠ Inability to Restore

Replacement Value ≠ Restored Value

Functional Replacement ≠ Restoration of the Same Value

Value Extinction ≠ Object Extinction

Extinction of One Value Dimension ≠ Extinction of Every Value Dimension

Contextual Value Extinction ≠ Universal Value Extinction

Value Finality ≠ Historical Erasure

Later New Value ≠ Automatic Reversal of Value Extinction

Cross-Architecture Governance Boundaries

VFM® ↔ GOA™ — Governance Architecture

GOA™ — Governance Architecture governs governance authority, scope, delegation, accountability structures, governance continuity, and interoperability.

VFM® — Value Flow Mechanisms Architecture governs what happens to value throughout its lifecycle.

Governance Authority ≠ Value Lifecycle.

VFM® ↔ ORA™ — Operational Reality Architecture

ORA™ — Operational Reality Architecture governs what exists and occurs in actual Operational Reality.

VFM® — Value Flow Mechanisms Architecture governs the value consequence associated with relevant operational reality.

An operational event may cause value to emerge, change, develop, degrade, reach zero, become recoverable, or become extinct without VFM® assuming governance of the operational event itself.

Operational Reality ≠ Value Lifecycle.

VFM® ↔ OBIDENITY® — Origin-Bound Identity Governance Architecture

OBIDENITY® — Origin-Bound Identity Governance Architecture governs origin-bound identity, ownership, authority, permission, responsibility, provenance, transfer, and continuity.

VFM® — Value Flow Mechanisms Architecture governs value and its lifecycle.

The identity or ownership of an object does not by itself determine the existence, state, development, degradation, restoration, or extinction of value associated with that object.

Object Identity ≠ Value Identity.

Identity Origin ≠ Value Origin.

VFM® ↔ VALIDOS® — Validation Governance Architecture

VALIDOS® — Validation Governance Architecture governs whether claims, objects, methods, evidence, determinations, and intended reliance satisfy applicable validation governance requirements.

VFM® — Value Flow Mechanisms Architecture governs the lifecycle condition of value.

Validation may support a determination about value without becoming the value lifecycle itself.

Validation Determination ≠ Value Determination.

VFM® ↔ INTEGROS® — Integrity Governance Architecture

INTEGROS® — Integrity Governance Architecture governs integrity across governed objects, structures, states, evidence, and processes.

VFM® — Value Flow Mechanisms Architecture governs value lifecycle states and transitions.

Integrity State ≠ Value State.

VFM® ↔ ADIT® — Audit in Real Time Architecture

ADIT® — Audit in Real Time Architecture governs evidential observation, preservation, verification, traceability, and auditability.

VFM® — Value Flow Mechanisms Architecture governs what happened to value.

Evidence may establish the basis for a value determination without VFM® becoming an audit architecture.

Evidence of Value Change ≠ Governance of Value Change.

VFM® ↔ CLA® — Classification Architecture

CLA® — Classification Architecture governs classification structures and classification determinations.

VFM® — Value Flow Mechanisms Architecture governs value recognition, states, transitions, development, degradation, restoration, and extinction.

Classification ≠ Value Recognition.

VFM® ↔ SIMULOS® — Simulation Governance Architecture

SIMULOS® — Simulation Governance Architecture governs how reality is represented and simulated and what simulation-derived outputs and evidence may legitimately mean.

VFM® — Value Flow Mechanisms Architecture governs the actual governed lifecycle of value.

Simulation may model or project possible value states and transitions without itself establishing that those value states or transitions have occurred in Operational Reality.

Simulated Value Change ≠ Actual Value Change.

VFM® ↔ AGA™ — Accountability Governance Architecture

AGA™ — Accountability Governance Architecture governs authority, responsibility, accountability, attribution, and decision ownership.

VFM® — Value Flow Mechanisms Architecture governs value lifecycle consequence.

Responsibility for Value Change ≠ Value Change Itself.

VFM® ↔ AIG® — AI Governance Architecture

AI systems may create, affect, optimize, degrade, restore, or destroy forms of value.

AIG® — AI Governance Architecture governs the behavioral governance lifecycle of actual AI systems.

VFM® — Value Flow Mechanisms Architecture governs the lifecycle consequence to value.

AI Behavior ≠ Value Lifecycle.

VFM® ↔ ASGA™ — Autonomous Systems Governance Architecture

Autonomous systems may materially affect value.

ASGA™ — Autonomous Systems Governance Architecture governs authority, autonomy, constraints, execution, coordination, escalation, and operational behavior of autonomous systems.

VFM® — Value Flow Mechanisms Architecture governs resulting value lifecycle conditions and transitions.

Autonomous Action ≠ Value Consequence.

VFM® ↔ CLIA® / MGIA™

CLIA® governs cognition and cognitive integrity.

MGIA™ governs memory.

VFM® governs value lifecycle conditions that may be associated with cognitive, informational, or memory-dependent systems without assuming governance of cognition or memory themselves.

Cognitive State ≠ Value State.

Memory State ≠ Value State.

Compatible OOF® Architectures

GOA™ — Governance Architecture ORA™ — Operational Reality Architecture AGA™ — Accountability Governance Architecture AIG® — AI Governance Architecture CLIA® — Cognitive Governance Intelligence Architecture MGIA™ — Memory Governance Intelligence Architecture ASGA™ — Autonomous Systems Governance Architecture INTEGROS® — Integrity Governance Architecture CLA® — Classification Architecture ADIT® — Audit in Real Time Architecture VALIDOS® — Validation Governance Architecture SIMULOS® — Simulation Governance Architecture OBIDENITY® — Origin-Bound Identity Governance Architecture

Canonical Value Lifecycle

The canonical VFM® lifecycle is:

Value Context → Value Origin → Value Emergence → Value Recognition → Value State → Value Change → Value Development / Value Degradation → Value Nullification where applicable → Value Restoration where recoverability remains → Value Extinction where recoverability ends

Three transition mechanisms and concepts are particularly important to the architecture:

DeMonet™

ReMonet™

and the governed zero-value state:

ZVA™ — Zero Value Asset™

They must not be collapsed into one concept.

DeMonet™ is a value-nullification mechanism.

ZVA™ is a governed zero-value state where applicable.

ReMonet™ is a value-restoration mechanism.

Therefore:

Positive Value → DeMonet™ → ZVA™

may subsequently become:

ZVA™ → ReMonet™ → Restored Value

where legitimate recoverability remains.

But where recoverability of the same governed value has legitimately ended:

ZVA™ / Terminally Impaired Value → Value Extinction → Value Finality

The distinction is fundamental:

Zero is a value state. Extinction is a lifecycle conclusion.

Canonical Principle

VFM® does not define ownership, identity, payment infrastructure, transactions, taxation, market pricing, accounting treatment, general validation, integrity, classification, auditability, accountability, governance authority, simulation, or economic systems themselves. VFM® governs the conditions under which value is identified within a defined context, connected to an identifiable origin, emerges into existence, becomes recognizable, occupies a determinable state, changes, develops, degrades, reaches zero where applicable, may be restored while legitimate recoverability remains, and reaches extinction when the same governed value ceases to remain recoverable within its defined lifecycle. External systems may determine why a value-affecting event occurred; VFM® determines what happened to value as a result.

Canonical Closing Statement

VFM® serves as the official value lifecycle governance reference map for AI systems, autonomous systems, organizations, assets, infrastructure, data, technology, economic systems, public systems, and future value- based environments. By defining the primary governable spaces of the complete value lifecycle, VFM® provides the architecture used to establish what value is being governed and within what context, identify where that value originates, determine when potential value becomes existent value, distinguish existence from recognition, establish current value state, govern material value change, separate development from degradation, determine when value reaches zero, preserve the distinction between zero value and terminal extinction, govern restoration of previously existing value through ReMonet™, and determine when legitimate recoverability of the same governed value has ended. VFM® therefore establishes value not as a static number, price, asset attribute, or economic label, but as a continuously governable lifecycle in which value can originate, emerge, exist, change, develop, degrade, reach zero, recover, enter new states, or ultimately reach finality while remaining methodologically distinct from the objects, systems, identities, transactions, evidence, and external events through which that value may be expressed or affected.