LOCM — Liability Object Continuity Module
LOCM — Liability Object Continuity Module
Architecture: LIGA™ — Liability Governance Architecture
Parent Standard: Liability Object Standard (LOS)
Category: Governance & Enforcement
Subcategory: Liability Governance
Type: Core Module
Governed Space: Liability Object Continuity
Module ID: LIGA-LOS-LOCM-001
Origin ID: OOF.CM.LIGA.02.05.01
Version: 1.0
Status: Canonical · Open Standard
Effective Date: 20 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™)
Canonical Definition
The Liability Object Continuity Module (LOCM) governs how a Represented Liability Object retains a traceable and reconstructable governed identity across time, state changes, representation changes, corrections, boundary revisions, separation, consolidation, reassessment, system migration, and lifecycle re-entry so that later Liability governance can determine whether it is operating on the same Liability Object, a changed state of that Object, or a genuinely new Liability Object.
LOCM governs the transition:
Represented Liability Object → Continuity Establishment → Object State Lineage → Change & Version Preservation → Reconstructable Governed Liability Object Its foundational distinction is:
Liability Object Continuity ≠ Liability Object Immutability.
Operational Role
The operational role of LOCM is:
to preserve the governed identity, lineage, and reconstructability of the Liability Object as it moves beyond Object formation into the wider LIGA™ lifecycle.
LOIM identifies the Object Candidate.
LOBM establishes its boundary.
LODM establishes its distinction.
LORM establishes its representation.
LOCM determines how that Object remains continuous.
Its central operational question is:
How can this Liability Object remain identifiable as the same governed matter while allowing legitimate change without rewriting its history?
Position in the Parent Standard Flow
The internal LOS progression is:
Object Identification → Object Boundary → Object Distinction → Object Representation → Object Continuity LOCM governs:
Object Continuity
Its principal input is:
Represented Liability Object
Its principal output is:
Governed Liability Object
The canonical transition is:
Represented Liability Object → Object Continuity Governance → Governed Liability Object → Liability Basis
Governance
LOCM completes the internal LOS lifecycle.
Governed Space
LOCM governs Liability Object Continuity.
Its governed space includes:
Object Identity Continuity, Object Origin, Object Lineage, Object State History, Object Versioning, Object Change, Object Boundary Change, Object Representation Change, Object Correction, Object Reassessment, Object Separation, Object Consolidation, Object Supersession, Object Re-entry, cross-system continuity, historical reconstruction, and continuity sufficiency.
LOCM governs whether and how Object Identity persists through these changes.
It does not require the Object to remain unchanged.
Continuity Establishment
Continuity must be established before the Object proceeds into subsequent Liability governance.
A continuous Liability Object should preserve sufficient information to determine:
where the Object originated, which Object Identity is authoritative, which states it has passed through, what changed, when the change occurred, why the change occurred, which prior representations existed, and whether the current Object remains the same governed matter.
The objective is not static identity.
The objective is governed identity through change.
Object Origin
Every Governed Liability Object should have an identifiable methodological origin.
Object Origin establishes the point at which the matter became a governed Liability Object within LOS.
Origin should remain distinguishable from:
the time the underlying event occurred, the time Harm emerged, the time a Claim was submitted, the time evidence was discovered, or the time Liability was later determined.
Therefore:
Object Origin Time ≠ Underlying Matter Origin Time by default.
Origin Identity
A Liability Object should retain a persistent Origin Identity capable of surviving changes in:
name, description, classification, version, technical representation, storage location, or system implementation.
The governing principle is:
A methodological object may change its name, acronym, version, location, or representation without changing its Origin Identity.
Origin Identity provides the continuity anchor.
Object Identity Continuity
Object Identity Continuity governs whether the current Object remains the same governed matter as an earlier Object state.
The continuity test should consider:
the underlying governed matter, Object Origin, Object Boundary lineage, material components, Object Distinction, and the nature of the change.
Therefore:
Changed Object State ≠ New Liability Object by default.
Continuity and Immutability
Continuity does not require the Object to remain unchanged.
An Object may legitimately undergo:
description changes, boundary refinement, classification changes, component changes, corrections, or reassessment while remaining the same Object.
Therefore:
Liability Object Continuity ≠ Liability Object Immutability.
An immutable record may preserve history.
It does not by itself establish continuity.
Object State Lineage
LOCM must preserve the sequence of materially relevant Object states.
A simplified lineage may be:
Object State V1 → Object State V2 → Object State V3 Each transition should remain traceable.
The current state must not replace the historical lineage.
Therefore:
Current Liability Object State ≠ Complete Liability Object History.
Object Versioning
A materially changed Object representation or state may require a new version.
Versioning should preserve:
the same Origin Identity where continuity remains, the previous version, the changed elements, the reason for change, the effective point of change, and the relationship between versions.
Therefore:
New Version ≠ New Liability Object by default.
Object Change
A Liability Object may change as new governed information becomes available.
Changes may affect:
description, boundary, classification, components, state, uncertainty, or representation.
LOCM must determine whether the change represents:
Same Object / New State
or:
New Liability Object.
This distinction must be explicit.
Same Object / New State
Where the underlying governed matter remains materially continuous, LOCM should preserve the existing Object Identity.
The canonical structure is:
Liability Object A / State 1
↓
Material Change
↓
Liability Object A / State 2
The Object has changed.
Its Origin Identity remains continuous.
New Object Determination
A genuinely new Liability Object may be required where the governed matter has changed so materially that preserving the earlier Object Identity would misrepresent what is being governed.
The canonical structure is:
Liability Object A
↓
Material Discontinuity
↓
Liability Object B
The relationship between A and B should remain traceable.
Therefore:
New Object ≠ Unrelated Object by default.
A new Object may descend from, depend on, replace, or emerge from an earlier Object.
Object Change Threshold
Not every change justifies a new Object.
The relevant question is whether the governed matter remains materially the same Object.
Changes in:
wording, format, storage, minor classification, additional evidence, or non-material contextual information normally do not require new Object Identity.
The governing principle is:
Change in Information ≠ Change in Object by default.
Boundary Change and Continuity
LOBM may expand, contract, separate, or otherwise revise an Object Boundary.
LOCM must determine the continuity consequence.
A Boundary change may produce:
Same Object / Revised Boundary
or, where material discontinuity exists:
New Object.
Therefore:
Object Boundary Change ≠ New Liability Object by default.
Representation Change and Continuity
LORM may change the Object Representation.
This may involve:
new wording, new technical format, new classification, new machine-readable structure, or corrected description.
These changes do not automatically alter Object Identity.
Therefore:
Representation Change ≠ Object Identity Change.
System Migration
A Liability Object may move between:
databases, governance systems, organizations, platforms, technical formats, or archival environments.
The technical location may change.
The Object Origin Identity should remain continuous.
Therefore:
System Migration ≠ New Liability Object.
and:
Storage Location ≠ Object Identity.
Object Correction
An Object state may contain an error.
Correction must preserve:
the incorrect historical state, the corrected state, the correction reason, the correction authority where applicable, and the relationship between them.
The canonical structure is:
Object State V1 → Error Identified → Corrected Object State V2 Therefore:
Object Correction ≠ Historical Deletion.
Historical Integrity
LOCM requires historical integrity across the Object lifecycle.
Historical integrity means that earlier governed states remain reconstructable even when they are:
incorrect, superseded, corrected, refined, or no longer current.
Therefore:
Supersession ≠ Historical Deletion.
A later state may replace an earlier state operationally.
It must not erase the fact that the earlier state existed.
Object Reassessment
New information may require reassessment of Object Identity, Boundary, Distinction, or Representation.
Reassessment may:
confirm the Object, modify it, separate it, consolidate it, correct it, or establish a new Object.
The reassessment itself must become part of Object lineage.
Therefore:
Object Reassessment ≠ New Liability Object by default.
Reassessment Routing
Where reassessment reveals a problem owned by an earlier LOS module, LOCM should route the matter back to the earliest materially affected governance function.
Examples:
identification problem → LOIM, boundary problem → LOBM, distinction problem → LODM, representation problem → LORM.
The lifecycle does not need to be reconstructed from zero.
The governing principle is:
Re-enter at the earliest materially affected governance space.
Re-entry
A Liability Object may require re-entry into LOS after later LIGA™ governance has already begun.
Possible triggers include:
new evidence, changed operational reality, newly identified components, corrected assumptions, Claim developments, system discoveries, or later Liability findings.
Re-entry must preserve the existing Object history.
Therefore:
Re-entry ≠ New Origin by default.
Re-entry and Historical Integrity
When an Object re-enters an earlier governance function, the earlier historical state must remain reconstructable.
The new governance state should be linked to:
the triggering information, the prior state, the affected governance function, and the resulting change.
The canonical principle is:
Re-entry must not rewrite history.
Object Separation
A Liability Object may later be determined to contain multiple independently governable matters.
The canonical pattern may be:
Object A
↓
Separation Determination
↓
Object A1 + Object A2
LOCM must preserve:
the Origin Identity of Object A, the separation event, the origin relationship of A1 and A2, and their subsequent independent continuity.
Separation and Origin Identity
When an Object separates, the resulting Objects require independently governable identities.
Their lineage should remain connected to the original Object.
Therefore:
Object Separation ≠ Independent Historical Origin.
The resulting Objects may have new governed identities while retaining explicit lineage to the source Object.
Object Consolidation
Several previously distinct Objects may later be determined to form one Composite Liability Object.
The canonical pattern may be:
Object A + Object B → Consolidation → Object C LOCM must preserve the histories of A and B.
The consolidated Object must not erase their previous independent existence.
Therefore:
Object Consolidation ≠ Historical Identity.
Consolidation and Lineage
A consolidated Object should maintain lineage references to each contributing Object.
This allows later governance to determine:
which earlier Object contributed which component, which Liability governance had already occurred, and whether earlier determinations remain applicable.
The consolidated Object may become the current governance object without becoming historically identical to every predecessor.
Object Supersession
One Object state or representation may supersede another.
Supersession means the newer state becomes authoritative for current governance.
It does not mean the earlier state ceases to have existed.
Therefore:
Current Authority ≠ Historical Exclusivity.
Superseded Object states should remain reconstructable.
Object Retirement
An Object may cease to require active Object governance.
This may occur because:
it was consolidated, separated, determined to be outside the relevant matter, or otherwise replaced within the governed structure.
Retirement does not erase the Object.
Therefore:
Object Retirement ≠ Object Erasure.
Its history may remain relevant to later Liability governance.
Liability State and Object Continuity
Later LIGA™ stages may change the Liability State associated with an Object.
For example:
potential Liability, determined Liability, changed Liability, resolved Liability, or final Liability states may occur while the same Liability Object remains continuous.
Therefore:
Liability State Change ≠ Liability Object Change by default.
The Liability lifecycle and Object lifecycle must remain distinguishable.
Liability Basis and Object Continuity
Different Liability Bases may be evaluated against the same Object.
A Basis may:
be added, rejected, changed, or superseded without automatically changing Object Identity.
Therefore:
Liability Basis Change ≠ Liability Object Change by default.
The Object answers what is being governed.
The Basis answers why Liability may potentially exist.
Liability Relationship and Object Continuity
One Liability Object may participate in several Liability Relationships.
Relationships may arise, change, terminate, or multiply while Object Identity remains stable.
Therefore:
Liability Relationship Change ≠ Liability Object Change by default.
This distinction is essential where one Object participates in a broader Liability Network.
Harm Change and Object Continuity
Harm associated with the Object may:
emerge, increase, decrease, propagate, recover, resolve, or reach finality.
Those changes do not automatically change the Liability Object.
Therefore:
Harm Change ≠ Liability Object Change by default.
HAGA™ owns the Harm lifecycle.
LOCM owns Liability Object Continuity.
Claim Change and Object Continuity
A Claim may:
change, expand, contract, be rejected, be withdrawn, be settled, or close.
These Claim changes do not automatically change the Liability Object.
Therefore:
Claim Change ≠ Liability Object Change by default.
and:
Claim Closure ≠ Object Finality.
A Liability Object may remain relevant after a particular Claim has ended.
Evidence Change and Object Continuity
New evidence may change what is known about the Object.
It may trigger:
correction, boundary reassessment, distinction reassessment, or representation change.
However:
New Evidence ≠ New Liability Object by default.
Evidence changes knowledge.
Object change requires separate governance.
Cross-System Continuity
The same Liability Object may appear in:
operational systems, audit systems, AI systems, insurance systems, claims systems, legal systems, regulatory systems, or internal governance systems.
LOCM should preserve a continuity relationship across those representations where they refer to the same governed Object.
Therefore:
Multiple System Records ≠ Multiple Liability Objects by default.
Cross-Organizational Continuity
Different organizations may maintain different identifiers or representations for the same underlying Liability Object.
LOCM may preserve governed mapping between those representations.
However, mapping must not imply that every organizational record has identical meaning.
Therefore:
Cross-Organizational Reference Equivalence ≠ Semantic Identity by default.
Continuity requires governed equivalence, not superficial identifier matching.
Object Lineage Graph
Complex Liability governance may require an Object Lineage Graph.
The graph may represent:
Object Origin, versions, boundary changes, representation changes, corrections, separations, consolidations, supersession, re-entry, and successor Objects.
This allows the lifecycle to be reconstructed without forcing all states into a single linear history.
Continuity Conflict
A Continuity Conflict exists where available records disagree about whether two states represent:
the same Object, different Objects, a predecessor and successor, a separated Object, or a consolidated Object.
LOCM must preserve the conflict until sufficient governance resolves it.
Therefore:
Continuity Conflict ≠ Automatic Identity Merger.
Continuity Uncertainty
Object Continuity may remain uncertain.
Possible states may include:
Continuous
Provisionally Continuous
Continuity Uncertain
Continuity Disputed
Discontinuous
Separated
Consolidated
Superseded
Re-entered
Uncertainty must remain explicit.
Therefore:
Continuity Uncertainty ≠ Continuity Absence.
Reconstruction
A Liability Object should be reconstructable from its governed lineage.
Reconstruction should allow an authorized reviewer or system to determine:
what the Object was at a relevant time, how it was represented, what its Boundary was, which uncertainty existed, what changed later, and why.
Therefore:
Current Object Representation ≠ Historical Object Reconstruction.
A current snapshot is not sufficient where historical state matters.
Temporal Reconstruction
Liability governance may require reconstruction of the Object as it existed at a specific lifecycle moment.
LOCM should support questions such as:
What was the Object at T1?
What was known about it at T1?
What was added at T2?
What was corrected at T3?
Which current information was unavailable at the earlier time?
This prevents retrospective information from silently rewriting historical Object states.
Continuity and Finality
Later Liability Finality does not erase Object Continuity.
A final Liability Relationship or Liability Network may no longer require active Liability governance.
The Liability Object history may nevertheless remain necessary for:
audit, reconstruction, future related matters, re-entry, methodological analysis, or other legitimate governance purposes.
Therefore:
Liability Finality ≠ Liability Object Erasure.
Continuity Sufficiency
LOCM continuity is sufficient when later governance can reliably determine:
the Object Origin, the current Object Identity, the relationship between current and prior states, material changes, version history, corrections, separation or consolidation history, re-entry history, and whether the current Object remains the same governed matter.
Continuity does not require every insignificant change to become a new governance event.
Therefore:
Continuity Sufficiency ≠ Recording Every Possible Change.
Material changes must be governable and reconstructable.
Minimum Implementation Framework
A conforming implementation of LOCM must provide at least the following eight capabilities:
Object Origin & Persistent Identity Governance
Capability to establish and preserve Object Origin and persistent governed identity independently from name, version, technical representation, location, or current state.
Object State Lineage & Version Governance
Capability to preserve materially relevant Object states, versions, transitions, and their relationships without allowing the current state to erase earlier states.
Change & Continuity Determination
Capability to distinguish legitimate change of the same Liability Object from material discontinuity requiring a new Liability Object.
Correction & Historical Integrity Governance
Capability to correct Object states and representations while preserving superseded, incorrect, or earlier historical states and the reasons for change.
Separation, Consolidation & Successor Governance
Capability to govern Object separation, consolidation, predecessor-successor relationships, and lineage across newly formed or restructured Objects.
Reassessment & Re-Entry Governance
Capability to route materially changed matters back to the earliest affected LOS governance function without creating a new Origin by default or rewriting prior history.
Cross-System & Cross-Organizational Continuity
Capability to preserve governed Object continuity across systems, technical formats, organizational representations, migrations, and external references while detecting continuity conflicts.
Reconstruction & Continuity Sufficiency
Capability to reconstruct materially relevant historical Object states and determine when Object Continuity is sufficiently governed for handoff to Liability Basis governance.
Governance Logic
The canonical LOCM governance logic is:
Represented Liability Object
↓
Establish Object Origin
↓
Establish Persistent Object Identity
↓
Create Initial Object Continuity State
↓
Preserve Object State Lineage
↓
Detect Material Object Change
↓ Does the governed matter remain materially the same Object?
If yes:
Preserve Origin Identity → Create New Object State / Version If uncertain:
Preserve Continuity Uncertainty → Reassess If no:
Establish Material Discontinuity → Create New Object Identity → Preserve Predecessor / Successor Relationship ↓
Evaluate Correction / Boundary Change / Representation Change
↓ Evaluate Separation / Consolidation where applicable ↓
Preserve Cross-System Continuity
↓
Preserve Historical Reconstruction
↓
Assess Continuity Sufficiency
If an earlier LOS governance function is materially affected:
Re-enter Earliest Materially Affected Governance Space
If continuity is sufficient:
↓
Governed Liability Object
↓
Handoff to Liability Basis Governance
Governance Outputs
LOCM may produce:
Liability Object Origin Record
Persistent Object Identity
Object Continuity State
Object State Lineage
Object Version Record
Object Change Record
Same-Object Determination
New-Object Determination
Object Boundary Change Continuity Record
Object Representation Change Record
Object Correction Record
Object Reassessment Record
Object Separation Record
Object Consolidation Record
Object Predecessor–Successor Relationship
Object Supersession Record
Object Re-Entry Record
Cross-System Continuity Map
Cross-Organizational Continuity Map
Object Lineage Graph
Continuity Conflict State
Continuity Uncertainty State
Historical Reconstruction Record
Continuity Sufficiency State
The principal output is:
Governed Liability Object
The canonical handoff is:
Governed Liability Object → Liability Basis Governance
Critical Distinctions
LOCM preserves the following distinctions:
Liability Object Continuity ≠ Liability Object Immutability Object Origin Time ≠ Underlying Matter Origin Time by default Changed Object State ≠ New Liability Object by default Current Liability Object State ≠ Complete Liability Object History New Version ≠ New Liability Object by default Change in Information ≠ Change in Object by default Object Boundary Change ≠ New Liability Object by default Representation Change ≠ Object Identity Change System Migration ≠ New Liability Object Storage Location ≠ Object Identity Object Correction ≠ Historical Deletion Supersession ≠ Historical Deletion Object Reassessment ≠ New Liability Object by default Re-entry ≠ New Origin by default Object Separation ≠ Independent Historical Origin Object Consolidation ≠ Historical Identity Current Authority ≠ Historical Exclusivity Object Retirement ≠ Object Erasure Liability State Change ≠ Liability Object Change by default Liability Basis Change ≠ Liability Object Change by default Liability Relationship Change ≠ Liability Object Change by default Harm Change ≠ Liability Object Change by default Claim Change ≠ Liability Object Change by default Claim Closure ≠ Object Finality New Evidence ≠ New Liability Object by default Multiple System Records ≠ Multiple Liability Objects by default Cross-Organizational Reference Equivalence ≠ Semantic Identity by default Continuity Conflict ≠ Automatic Identity Merger Continuity Uncertainty ≠ Continuity Absence Current Object Representation ≠ Historical Object Reconstruction Liability Finality ≠ Liability Object Erasure Continuity Sufficiency ≠ Recording Every Possible Change
Cross-Architecture Boundary
LOCM preserves Liability Object Continuity while allowing related governed objects in other OOF® architectures to maintain their own independent lifecycles.
LCS preserves Liability Context Continuity.
ORA™ preserves relevant Operational Reality states and changes.
HAGA™ governs Harm continuity, change, recovery, resolution, and finality independently from Liability Object Continuity.
AGA™ governs changes in Authority, Responsibility, Accountability, and Attribution without automatically changing Object Identity.
ADIT® governs evidence lineage, provenance, auditability, and historical reconstruction supporting Object Continuity.
VALIDOS™ governs Validation states.
OBIDENITY® may provide Origin, Identity, Provenance, Transfer, and Continuity mechanisms relevant to persistent Object Identity.
AIG® and ASGA™ may govern changes in AI or autonomous-system states associated with the Object.
SIMULOS® may preserve Simulation lineage.
PGA™ may preserve Prediction lifecycle states.
VFM® may preserve Value-related object and flow states.
Changes in those governed domains may trigger Liability Object reassessment.
They do not automatically create a new Liability Object.
The governing principle is:
Change in an external governed object may change what is known about a Liability Object without automatically changing the identity of the Liability Object itself.
Canonical Boundary
LOCM begins with a:
Represented Liability Object
and governs whether and how that Object remains continuous, traceable, versioned, reconstructable, and identifiable through legitimate change.
LOCM governs:
Object Origin, Persistent Object Identity, Object State Lineage, Object Versioning, Object Change, Boundary Change Continuity, Representation Change Continuity, Object Correction, Historical Integrity, Object Reassessment, Object Re-entry, Object Separation, Object Consolidation, Object Supersession, Object Retirement, Cross-System Continuity, Cross-Organizational Continuity, Continuity Conflict, Continuity Uncertainty, Historical Reconstruction, and Continuity Sufficiency.
LOCM does not determine:
Liability Basis, Liability Subjects, Liability Relationships, Liability Conditions, Liability-Relevant Connection, Liability Attachment, Liability Determination, Liability Scope, Liability Allocation, Liability State, Transfer, Recourse, Resolution, Discharge, or Finality.
LOCM ends when a sufficiently identified, bounded, distinguished, represented, and continuous:
Governed Liability Object
is available for Liability Basis governance.
Use Case 1 — AI System Updated After an Incident
A Liability Object concerns a specific AI-enabled execution sequence.
After the matter is identified, the AI system is:
updated, moved to a new infrastructure environment, and represented under a different internal technical identifier.
New evidence also changes the description of one part of the execution sequence.
LOCM determines whether the governed matter remains the same Liability Object despite those changes.
Where continuity remains, the original Object Identity is preserved while new Object states and representation versions are recorded.
The AI system update itself does not automatically create a new Liability Object.
Later Liability governance can therefore distinguish what changed in the surrounding system from what changed in the governed Object.
Use Case 2 — Industrial Object Later Separated
An industrial Liability Object initially contains a maintenance sequence and a component-related matter believed to form one coherent Object.
Later evidence shows that two independently governable matters existed.
LOBM reassesses the boundary and separates the original Object.
LOCM preserves:
the original Object, its historical state, the separation decision, and the lineage of the two resulting Objects.
The resulting Objects can proceed independently through later Liability governance without rewriting the fact that they were initially governed together.
Canonical Closing Statement
A Liability Object may change many times before the Liability lifecycle ends.
Its description may improve. Its boundary may change. New evidence may emerge. Errors may be corrected. One Object may separate into several. Several Objects may consolidate. Systems may migrate. Representations may change. Later governance may require re-entry into an earlier stage.
None of those events should silently erase what the Object was before.
LOCM preserves the lineage that makes the Liability Object reconstructable across change.
Change does not require loss of identity. Continuity does not require absence of change.
A Liability Object remains governable when its present state can be understood through its preserved past.