Value State Record Module (VSRM)
Value State Record Module (VSRM)
Architecture Ecosystem: Structured Reality Standards™
Architecture Family: VFM® — Value Flow Mechanisms Architecture
Parent Standard: Value State Standard (VSS)
Module: VSRM — Value State Record Module
Operational Layer: Value State Record Layer
Category: Governance & Enforcement
Subcategory: Value Lifecycle Governance
Type: Core Module
Governed Space: Value State Record
Origin ID: VFM-VSS-VSRM-005.5
Version: 1.0
Status: Canonical · Open Standard
Effective Date: 25 August 2026
Compatibility: OOF® Methodology OS™ · GOA™ · ORA™ · VALIDOS® · INTEGROS® · ADIT® · AGA™ · OBIDENITY®
AI-Readable: Yes
Authority: OOF®
Protection: MIP® — Methodology Intellectual Property Protection
Canonical Language: UCL — Universal Canonical Language
Canonical Definition
Value State Record Module (VSRM) is the fifth Core Module of the Value State Standard (VSS) within VFM® — Value Flow Mechanisms Architecture.
VSRM governs the creation, structuring, preservation, linkage, updating, and lifecycle continuity of the governed Value State Record representing the current determined state of value and the material basis upon which that state was established.
The Module transforms:
Determined Value State + Transition Readiness
→ Governed Value State Record
VSRM ensures that the result of Value State governance does not remain an isolated determination, temporary analytical conclusion, undocumented classification, or context-free label.
It establishes a persistent and reconstructable representation of:
what value state was determined
for what governed value
in what context
for which beneficiary
at what reference point
on what basis
with what limitations
with what transition-readiness status.
Its foundational distinction is:
Value State ≠ Value State Record
The state describes the governed condition of value.
The record preserves the governed representation of that condition.
Architectural Position
VSRM is the fifth and final module within VSS.
It follows:
VSIM — Value State Identification Module
→ VSCM — Value State Classification Module
→ VSDM — Value State Determination Module
→ VSTM — Value State Transition Readiness Module
and completes the internal VSS sequence through:
VSRM — Value State Record Module
The internal logic is:
Identify State
→ Classify State
→ Determine State
→ Assess Transition Readiness
→ Record State
VSRM therefore creates the governed output through which the current Value State can remain available to subsequent VFM® processes.
VFM® Governance Flow Position
VSRM completes the fifth governed space within the VFM® governance flow:
Value Context
→ Value Origin
→ Value Emergence
→ Value Recognition
→ Value State
→ Value Change
The VSRM output forms the reference basis against which subsequent material Value Change can be identified.
The architectural bridge is:
Governed Value State Record
→ Observed New Condition
→ Potential Difference
→ Value Change Governance
This is essential because change cannot be meaningfully established without a governed reference state against which the new condition can be compared.
Internal Module Flow
Value State Identification
→ Value State Classification
→ Value State Determination
→ Transition Readiness Assessment
→ Record Object Creation
→ Context Linkage
→ Determination Basis Linkage
→ Reference Point Assignment
→ Limitation & Uncertainty Preservation
→ Transition Readiness Linkage
→ Record Status Assignment
→ Governed Value State Record
→ VCS — Value Change Standard
Operational Space
VSRM governs the methodological space between:
a completed Value State determination
and
a persistent governed representation capable of supporting subsequent value governance.
Its operational space includes:
Value State record identity; governed-value linkage; value-bearing object linkage; beneficiary linkage; context linkage; reference framework linkage; determined state; determination status; determination basis; temporal reference point; applicability; uncertainty; limitations; transition readiness; transition conditions; record version; record status; supersession; historical continuity; state lineage; downstream VFM® availability.
Value State Record Object
Every VSRM process should create an identifiable Value State Record Object.
The Record Object should establish, where applicable:
Record ID
Governed Value ID
Value-Bearing Object
Beneficiary
Value Context
Reference Framework
Reference Point
Value State Classification
Value State Determination
Determination Status
Determination Basis
Uncertainty
Limitations
Transition Readiness State
Applicable Transition Conditions
Record Version
Record Status
This creates a machine-readable and human-interpretable representation of the governed Value State.
Record Context Principle
A Value State Record must not detach the state from the context that gives it meaning.
A record containing only:
Asset X — Zero Value
is methodologically insufficient where the actual determination was:
Asset X — Zero Value for Beneficiary B within Operational Context C at Reference Point T.
The difference is fundamental.
Without context preservation, a valid narrow determination may later be interpreted as a universal statement about the object.
VSRM therefore requires:
State + Context + Reference Point
to remain linked.
Record Identity
Every material Value State Record should be uniquely identifiable.
Record identity allows organizations to distinguish:
current records; historical records; superseded records; corrected records; parallel context-specific records; beneficiary-specific records; provisional records; conditional records.
Record identity is not the same as identity of the underlying asset or object.
Therefore:
Value State Record Identity ≠ Asset Identity
OBIDENITY® or another applicable identity architecture may govern the underlying object identity.
VSRM governs the identity of the Value State Record itself.
Reference Point
Every Value State Record must preserve the temporal or event-based point to which the determination applies.
This may be:
timestamp; date; reporting period; transaction point; operational event; assessment point; lifecycle milestone; defined condition.
Without a reference point, the organization may later confuse:
what was true then
with
what is true now.
This becomes particularly important where value changes rapidly.
State Record ≠ Permanent Truth
A Value State Record represents the governed determination applicable at its reference point.
It does not establish permanent value reality.
A record may legitimately state:
Active Value — 25 August 2026
while a later record states:
Degraded Value — 14 October 2026
and another later record states:
ZVA™ — 9 January 2027.
These records do not invalidate one another where each accurately represents its applicable governed reference state.
Together they create:
Value State History.
Current Record and Historical Record
VSRM distinguishes between:
Current Value State Record
and
Historical Value State Record.
When a new Value State is legitimately determined, the previous record should normally remain preserved as historical state information rather than being overwritten as though the earlier determination never existed.
The logic is:
Current Record
→ Material Change
→ New Determination
→ New Current Record
while:
Previous Current Record
→ Historical Record
This creates state continuity.
Record Versioning
A Value State Record may require versioning where:
information is corrected; uncertainty is updated; limitations change; supporting information changes; determination status changes; transition readiness changes; contextual information is refined.
Versioning must distinguish:
Record Revision
from
Value State Change.
Correcting a spelling error does not mean value changed.
Adding missing documentation does not necessarily mean value changed.
Updating transition readiness may not mean the underlying Value State changed.
Therefore:
Record Change ≠ Value Change
Record Supersession
Where a new governed Value State replaces the previous current state, VSRM should preserve the supersession relationship.
Example:
VSR-000145 / Active Value
→ superseded by →
VSR-000186 / Degraded Value
→ superseded by →
VSR-000241 / ZVA™
The chain creates a reconstructable value-state lifecycle.
The previous record should not disappear merely because it is no longer current.
Parallel Value State Records
One value-bearing object may legitimately have multiple simultaneous Value State Records.
For example:
Industrial Facility
may have:
Active Value — Production Context
Strategic Value — Emergency Capacity Context
Degraded Value — Energy Efficiency Context
Conditional Value — Redevelopment Context
These records are not necessarily contradictory.
They represent distinct governed value relationships.
VSRM must therefore support:
One Object → Multiple Context-Bound Value State Records
Beneficiary-Specific Records
The same value-bearing object may carry different Value States for different beneficiaries.
For example:
Legacy Industrial Equipment
may represent:
ZVA™ — Company A / Current Production Context
while simultaneously representing:
Active Value — Company B / Secondary Production Context.
VSRM must preserve these beneficiary distinctions.
Otherwise, a zero-value determination for one beneficiary could incorrectly erase value existing for another.
Value Asset™ Record
Where VSDM determines a governed state corresponding to:
Value Asset™
VSRM preserves that determination as an explicit Value State Record.
The record should preserve:
why the governed value qualifies as existing positive value
and
the context within which that determination applies.
A Value Asset™ Record does not automatically establish:
legal title; accounting asset recognition; market price; tax status; regulatory classification; transfer rights.
It records the VFM® Value State.
ZVA™ — Zero Value Asset™ Record
Where a governed value has legitimately reached:
ZVA™ — Zero Value Asset™
VSRM creates a persistent record of that zero-value determination.
The record must preserve:
what value reached zero
for which beneficiary
within which context
at what reference point
on what determination basis
subject to what limitations
with what recovery or transition conditions where applicable.
This prevents:
ZVA™
from becoming an unexplained universal label attached permanently to an object.
A later state may legitimately move away from ZVA™ where new value emerges, is recognized, and a new state is determined.
Unknown-State Record
Where VSDM determines that available information is insufficient to establish the current Value State, VSRM may preserve:
Indeterminate Value State
rather than forcing a positive or zero-value record.
This protects the architecture from converting:
missing information
into
false value certainty.
Conditional-State Record
A conditional determination must preserve its conditions.
Example:
Conditional Value
may depend upon:
License Renewal
Critical Supplier Availability
Network Access
Regulatory Approval
Energy Availability
Restoration Completion
If those conditions disappear from the record, downstream systems may incorrectly treat conditional value as unconditional value.
VSRM therefore treats conditions as part of the governed record.
Uncertainty Preservation
Material uncertainty affecting the Value State must remain connected to the record.
Relevant uncertainty may concern:
capability; utilization; recoverability; beneficiary relevance; market relevance; technical condition; dependency availability; strategic significance; temporal applicability; data completeness.
VSRM does not eliminate uncertainty.
It ensures that downstream use cannot silently forget it.
Limitation Preservation
A Value State determination may contain explicit limitations.
For example:
ZVA™ applies only to the current manufacturing context and does not assess component resale value.
That limitation must remain part of the record.
Without it, a valid context-specific state can become an invalid universal conclusion.
Therefore:
State Record without Material Limitations = Incomplete Governance Record
where those limitations affect legitimate interpretation.
Transition Readiness Record
VSRM preserves the transition-readiness result produced through VSTM.
The record may therefore contain:
Current Value State: Active Value
Transition Readiness: Transition-Sensitive
or:
Current Value State: ZVA™
Transition Readiness: Recovery-Ready
This creates a richer state representation than a static value label.
It allows downstream systems to know both:
where value is now
and
whether that state is becoming unstable or ready to change.
State Lineage
VSRM enables the construction of a Value State Lineage.
Example:
Potential Value
→ Value Emergence
→ Recognized Value
→ Active Value
→ Degraded Value
→ ZVA™
→ Recoverable Value
→ Active Value
The record lineage does not itself govern all these transitions.
It preserves the sequence of governed states and their relationships as they pass through VFM®.
This creates the informational foundation required to reconstruct the value lifecycle.
Record Continuity
Value governance becomes substantially stronger when state records remain continuous across time.
A continuous record can answer:
What was the value state before the event?
What changed?
When did it change?
What state followed?
Was the previous state already transition-sensitive?
Was zero value temporary or persistent?
Was value later recovered?
This is essential for downstream Value Change governance.
Record Integrity Boundary
VSRM defines what must be represented within the Value State Record.
It does not replace general information-integrity governance.
Where record integrity, tamper resistance, provenance assurance, authenticity, or broader integrity controls are required, the relevant integrity architecture may govern those properties.
The boundary is:
VSRM governs what the Value State Record must represent.
INTEGROS® may govern whether that record remains trustworthy and intact.
Auditability Boundary
VSRM creates a reconstructable Value State Record.
It does not itself conduct an audit.
ADIT® may subsequently examine:
whether the record existed; whether supporting information is preserved; whether changes are traceable; whether determinations can be reconstructed; whether state history was altered; whether records correspond to observed evidence.
Therefore:
Value State Recording ≠ Audit
Accounting Boundary
A Value State Record is not an accounting ledger entry.
The same physical or digital object may have:
accounting carrying value
and
VFM® governed Value State
simultaneously.
These may differ legitimately because they answer different questions.
VSRM must not redefine accounting treatment.
However, accounting systems may consume VFM® state information where an organization or future methodology chooses to use it as a governed analytical input.
Tax Boundary
A Value State Record does not itself create:
taxable income; tax liability; deductible loss; depreciation; taxable asset value; tax recognition.
A future tax architecture could use VFM® Value State Records as governed inputs into a separate tax determination mechanism.
The architectural separation remains:
VFM® records the governed state of value.
The tax architecture determines the tax consequence.
Blockchain and Distributed Ledger Compatibility
VSRM can be implemented using conventional databases, enterprise systems, distributed ledgers, blockchain systems, digital asset infrastructures, or future record technologies.
A blockchain may preserve:
record timestamp; record identity; state version; supersession; provenance reference; state-transition reference.
But:
Blockchain Record ≠ Governed Value State
The technology may preserve the record.
VFM® defines the methodological meaning of what the record represents.
This distinction allows VSRM to remain technology-neutral.
AI and Machine-Readable Value State Records
VSRM is designed to support machine-readable implementation.
An AI or automated system may consume structured fields such as:
Value ID
Object ID
Beneficiary ID
Context ID
Reference Point
Value State
Determination Status
Transition Readiness
Uncertainty
Limitations
Record Version
This allows Value State governance to become part of automated:
asset management; banking; insurance; industrial systems; public finance; digital infrastructure; AI resource allocation; investment systems; operational optimization.
Machine readability must not remove contextual meaning.
Minimum Implementation Framework
A minimum VSRM implementation should establish:
1. Record Identity
Create a unique Value State Record identifier.
2. Governed Value Link
Identify the governed value represented by the record.
3. Context Link
Preserve the value-bearing object, beneficiary, context, and applicable reference framework.
4. State Determination
Record the determined Value State and determination status.
5. Determination Basis
Preserve or link the material basis supporting the state.
6. Reference Point
Record the time, period, event, or other reference point to which the state applies.
7. Uncertainty and Limitations
Preserve material uncertainty, conditions, and limitations.
8. Transition Readiness
Preserve the applicable VSTM readiness state and material transition conditions.
9. Version and Status
Identify whether the record is current, historical, provisional, conditional, suspended, superseded, or otherwise governed.
10. Continuity Link
Link the record to prior and subsequent Value State Records where applicable.
Governance Outputs
VSRM may produce:
Value State Record Current Value State Record Historical Value State Record Value State Record ID Value State Context Record Value State Determination Link Value State Reference Point Value State Uncertainty Record Value State Limitation Record Value State Transition Readiness Record Value State Version Record Value State Supersession Record Value State History Value State Lineage
Value Asset™ Record
ZVA™ — Zero Value Asset™ Record
These outputs complete the governed output of the Value State Standard (VSS) and establish the reference basis for Value Change Standard (VCS).
Use Case 1 — Banking and Collateral: From
Static Asset Register to Governed Value-State
History
A bank holds thousands of loans secured against:
industrial machinery; commercial property; infrastructure; vehicles; equipment; intellectual property; digital assets; production capacity.
A traditional system may preserve:
Asset ID
Borrower
Original valuation
Current accounting amount
Collateral category.
But the bank may lack a structured record of how the actual governed value condition evolved over time.
VSRM allows the bank to preserve:
Value State Record 1
→ Active Value
→ production capability strong
→ transition readiness stable
then:
Value State Record 2
→ Degraded Value
→ utilization falling
→ maintenance burden increasing
→ transition-sensitive
then:
Value State Record 3
→ ZVA™ within Primary Production Context
→ capability no longer economically usable for that beneficiary
while preserving:
Secondary Resale Context → Recoverable Value.
The bank no longer sees only:
“Collateral exists.”
It sees:
how the governed value attached to that collateral evolved.
This can support stronger:
credit monitoring
collateral governance
risk detection
restructuring analysis
capital allocation
and
recovery planning.
The critical advantage is historical reconstructability.
When a major loss occurs, the institution can examine not merely the final state, but the complete governed state path that preceded it.
Use Case 2 — Blockchain and Digital Assets:
Recording Value State Without Confusing
Ownership, Price, and Value
A digital infrastructure may contain millions of tokens, digital rights, licenses, data assets, computational resources, digital objects, or blockchain-linked assets.
A blockchain can prove that:
an object exists
a transaction occurred
ownership changed
or
a record was timestamped.
But those facts do not necessarily establish:
what governed Value State the asset currently occupies.
VSRM can create a separate machine-readable Value State layer.
For example:
Digital Asset A
→ Active Value
→ beneficiary: Network X
→ context: operational utility
→ reference point: T1
Later:
Digital Asset A
→ Dormant Value
→ utility temporarily inactive
Later:
Digital Asset A
→ ZVA™
→ zero operational value within Network X
while simultaneously:
Digital Asset A
→ Recoverable Value
→ secondary interoperability context.
The blockchain may preserve the records and their chronology.
VFM® defines what those records mean.
This separation prevents:
token price
ownership
transaction history
and
governed value state
from being treated as the same concept.
It also creates the possibility of portable Value State Records that can be consumed by financial systems, asset- management systems, insurance systems, AI agents, marketplaces, or future value infrastructures without losing their original context.
Foundational Principles
Value State is not Value State Record.
A Value State Record must preserve the context that gives the state meaning.
A Value State Record represents a governed reference point, not permanent truth.
Historical states must not disappear merely because a new current state exists.
Record revision is not automatically Value Change.
One object may carry multiple legitimate context-specific Value State Records.
One object may carry different Value States for different beneficiaries.
ZVA™ in one context does not establish universal zero value.
Unknown value must remain distinguishable from zero value.
Conditional value must preserve its conditions.
Material uncertainty and limitations must travel with the Value State Record.
Transition readiness should remain visible alongside the current Value State.
Blockchain may preserve a Value State Record; it does not determine the Value State.
Accounting value, market price, ownership, tax treatment, and VFM® Value State remain distinct concepts.
A governed history of value requires states to remain reconstructable across time.
Canonical Closing Statement
Value State Record Module completes the Value State Standard by transforming identified, classified, determined, and transition-readiness-assessed value conditions into persistent, context-bound, beneficiary- aware, reference-point-specific, uncertainty-preserving, limitation-aware, versioned, and historically reconstructable Value State Records. Through governance of record identity, state representation, context linkage, determination basis, temporal applicability, conditions, uncertainty, transition readiness, versioning, supersession, parallel states, historical continuity, Value Asset™ records, and ZVA™ — Zero Value Asset™ records, VSRM prevents current value conditions from becoming detached from the circumstances that give them meaning or from overwriting the value history that preceded them. By separating Value State recording from object identity, accounting, taxation, blockchain technology, audit, integrity, and Value Change itself, VSRM creates the persistent reference layer required for VFM® to compare what value was with what value subsequently becomes. A value lifecycle becomes governable only when its states can remain identifiable, contextualized, connected, and reconstructable across time.