Simulation Object Documentation Module (SODM)
OOF™ Origin Open Foundation™
Independent Methodological Authority
Architecture Ecosystem: Structured Reality Standards™
Architecture Family: SIMULOS® — Simulation Governance Architecture
Parent Standard: Simulation Object Standard (SOS)
Operational Layer: Simulation Object Governance Layer
Category: Governance & Enforcement
Subcategory: Simulation Governance
Type: Parent Standard Module
Governed Space: Simulation Object Documentation
Version: 1.0
Status: Canonical · Open Module
Effective Date: 15 August 2026
Compatibility: OOF® Methodology OS™ · GOA™ · ORA™ · VALIDOS® · INTEGROS® · ADIT® · AGA™ ·
AIG® · CLIA® · MGIA™ · ASGA™ · RIS™
AI-Readable: Yes
Authority: OOF®
Protection: MIP® — Methodological Intellectual Property
Canonical Language: English (UCL™)
Governed Space
Simulation Object Documentation
Canonical Definition
Simulation Object Documentation Module (SODM) defines the governanceconditions under which the identity, boundary, version, configuration,
material characteristics, changes, limitations, and simulation-relevant state
of a Simulation Object are consolidated into a persistent, traceable,
reconstructable, and operationally usable governed record.
SODM ensures that the Simulation Object established through the preceding SOS
modules does not remain distributed across disconnected definitions,
assumptions, records, systems, or undocumented knowledge.
It creates the persistent documentary representation through which the exact
object intended for simulation can be reconstructed and referenced throughout
the SIMULOS® lifecycle.
Operational Role
SODM serves as the fifth and final internal governance space of the SimulationObject Standard (SOS).
The preceding modules establish:
SOIM — What exactly is the Simulation Object?
SOBM — Where does the Simulation Object begin and end?
SOVM — Which materially distinguishable version of the Simulation Object is
being simulated?
SOCM — What exact configuration of that version is being simulated?
SODM asks:
How must the complete governed definition of that Simulation Object be
documented and preserved so that every downstream simulation activity refers
to the same reconstructable object basis?
The governed progression is:
Object Identity → Object Boundary → Object Version → Object Configuration →
Documentation Basis → Object Record Formation → Documentation Qualification →
Simulation Object Reference → Documentation Change → Persistent Simulation
Object Record
Module Function
A Simulation Object may be correctly identified, bounded, versioned, andconfigured while still remaining operationally unusable for governed
simulation if those characteristics cannot be reconstructed from a coherent
record.
Material information may otherwise exist across: engineering documents,
software repositories, configuration systems, model inventories, technical
specifications, databases, operational records, human knowledge, external
documentation, or temporary simulation records.
SODM prevents: undocumented Simulation Objects, fragmented object definitions,
downstream use of inconsistent object descriptions, loss of object boundaries,
undocumented version or configuration state, obsolete object records being
treated as current, silent modification of the documented object, historical
object states being overwritten, object limitations disappearing from
downstream simulation activity, and simulation findings becoming detached from
the object definition on which they were based.
Simulation Object Documentation Basis
The Simulation Object Documentation Basis is the governed set of informationrequired to establish a sufficiently complete documentary representation of
the Simulation Object.
It may draw from: SOS governance records, technical documentation, controlled
object records, configuration records, authoritative specifications, system
descriptions, engineering records, object inventories, operational records, or
other identifiable sources.
SODM does not require all information to exist in one technical system.
It requires the governed Simulation Object definition to remain
reconstructable.
Simulation Object Record
A Simulation Object Record is the persistent governed representation of theSimulation Object used throughout the SIMULOS® lifecycle.
At minimum, where applicable, it should establish: Simulation Object
Identifier, object name or designation, object type, object description,
object boundary, material inclusions, material exclusions, object version,
object configuration, material characteristics, relevant operational state,
known limitations, material dependencies, relevant relationships,
documentation status, effective point, historical references, and sufficient
traceability to the underlying SOS governance basis.
Documentation Consolidation
SODM does not require duplication of every underlying document.Instead, it establishes a governed documentary layer capable of connecting
distributed object information into one coherent Simulation Object definition.
Conceptually:
Identity Record + Boundary Record + Version Record + Configuration Record +
Material Object Information
↓
Simulation Object Record
The record may therefore operate as a controlled reference layer rather than aduplicate technical repository.
Authoritative Object Reference
A governed simulation should have an identifiable Authoritative SimulationObject Reference.
This reference establishes which Simulation Object Record governs the
simulation.
Where multiple object descriptions exist, the authoritative reference prevents
downstream simulation activities from selecting incompatible object
definitions without visibility.
Documentation Completeness
Documentation Completeness asks:Is sufficient information available to reconstruct the Simulation Object
relevant to the intended simulation?
Completeness is relative to the Simulation Object and the material information
required to distinguish it.
It does not require documentation of every technically knowable
characteristic.
Material Documentation Requirement
A characteristic should be documented where its omission could materiallyaffect: object identification, object distinction, object boundary, version
identification, configuration identification, downstream simulation design,
interpretation of simulation results, or later reconstruction of what was
simulated.
Documentation Consistency
Documentation Consistency asks whether material Simulation Object recordsdescribe a mutually compatible object state.
For example:
Version Record: V4.2
and:Configuration Record: only valid for V5.0
would create a documentation inconsistency requiring resolution.Documentation Currency
A Simulation Object Record should indicate the object state and effectiveperiod it represents.
A record may remain historically valid while no longer being current.
Therefore:
Historically Accurate ≠ Currently
Applicable Current Documentation State
Where the Simulation Object changes, SODM should make it possible todistinguish:
Current Object Record
from:Historical Object Record
and:Superseded Object Record
This prevents documentation history from being mistaken for present objectreality.
Documentation Ambiguity
Documentation Ambiguity exists where the available records permit multiplematerially different interpretations of the Simulation Object.
Examples include uncertainty regarding: object identity, boundary, version,
configuration, included components, excluded components, or relevant
operational state.
Material ambiguity should remain explicit until resolved.
Documentation Conflict
A Documentation Conflict exists where credible object records materiallycontradict one another.
For example:
Record A → Configuration C4
Record B → Configuration C7
for the same relevant object state.SODM requires the conflict to remain visible.
It must not be silently resolved through undocumented preference.
Documentation Gap
A Documentation Gap exists where information necessary to reconstruct amaterial characteristic of the Simulation Object is absent.
Possible statuses may include:
Non-Material Gap
Conditionally Acceptable Gap
Material Gap
or:Gap Materiality Undetermined
The gap itself does not determine simulation validity.It becomes an explicit input to downstream simulation governance.
Documentation Qualification
Before the Simulation Object Record becomes the governing object reference,its documentation basis should be sufficiently qualified for: completeness,
consistency, currency, applicability, ambiguity, conflict, and material gaps.
SODM does not perform general evidence validation.
It determines whether the Simulation Object has a sufficiently usable governed
documentary representation.
No Undocumented Object Substitution Rule
SIMULOS® establishes:A Simulation Object materially different from the documented governing object
must not be substituted without explicit change to the Simulation Object
Record.
The simulation cannot silently move from:
Object A
to:
Object A′
while preserving the original object reference.
No Documentation Override Rule
An informal description, label, filename, or operational shorthand must notsilently override a materially different governed Simulation Object Record.
Where disagreement exists, the difference should be resolved or preserved as a
conflict.
Documentation Change
A Documentation Change occurs when information within the Simulation ObjectRecord is modified.
A documentation change may represent: correction, clarification, additional
information, object change, version change, configuration change, boundary
change, status change, or removal of obsolete information.
The reason for material changes should remain traceable. Documentation Change
≠ Object Change
SIMULOS® distinguishes:
Documentation Change
from:Simulation Object Change
Correcting an incorrectly recorded serial number may change documentationwithout changing the object.
Changing the physical subsystem represented may change the object itself.
SODM records the documentary consequence.
The appropriate preceding SOS module determines the underlying
object-governance consequence.
Material Documentation Change
A documentation change is material where it changes how the Simulation Objectwould be: identified, bounded, versioned, configured, interpreted,
distinguished, or represented in downstream simulation activity.
Material documentation changes should generate downstream reassessment where
necessary.
Documentation Supersession
Where a new Simulation Object Record replaces a previous record, the previousrecord should not disappear.
The relationship should remain reconstructable:
Previous Record → Supersession Event → Successor Record Historical
Preservation
Historical Simulation Object Records should remain available where required to
reconstruct previous simulations.
This enables questions such as:
What object definition governed Simulation Run SR-104?
Which version and configuration were documented at that time?
Which boundaries were applicable?
Which limitations were known?
Point-in-Time Reconstruction
SODM should support reconstruction of the Simulation Object as it wasdocumented at a specific relevant point.
This is particularly important where: the object evolves, configuration
changes, multiple simulations occur over time, simulation outputs are later
reused, incidents occur, or historical simulation conclusions are reviewed.
Object Documentation Continuity
Documentation Continuity preserves the relationship:Object Identity
↓Boundary
↓
Version
↓
Configuration
↓Simulation Object Record
↓Simulation Activity
↓Subsequent Object Change
↓Successor Object Record
This ensures that object evolution does not erase the basis of earliersimulation activity.
Simulation Object Reference
Once sufficiently established, the Simulation Object Record becomes thecontrolled reference consumed by subsequent SIMULOS® Parent Standards.
Downstream simulation governance should reference the governed object rather
than independently redefining it.
Downstream Reference Principle
SIMULOS® establishes:A downstream simulation activity should not silently redefine the Simulation
Object established by SOS.
Where a downstream requirement demonstrates that the object definition is
insufficient or incorrect, the issue should return to the appropriate SOS
governance space.
Documentation and Purpose & Scope
SODM establishes the object documentation basis.It does not determine: why the simulation is being performed, what the
simulation must evaluate, what reliance is intended, or how broad the
simulation inquiry should be.
Those questions belong to the subsequent Simulation Purpose & Scope Standard.
Documentation and Reality Representation
SODM documents the real or conceptual object claimed to be represented.It does not determine whether a simulation model accurately represents that
object.
That belongs to the later Reality Representation governance space.
Documentation and Simulation Model
A Simulation Object Record is not the Simulation Model.The distinction is:
Simulation Object Record → What is
intended to be represented
Simulation Model → How that object is
represented for simulation
Confusing these two layers can cause a model description to replace the actualobject definition.
Documentation and Environment
SODM governs documentation of the Simulation Object.It does not govern the complete simulated environment surrounding that object.
Environmental characteristics belong to the relevant SIMULOS® environment
governance space.
Documentation and Evidence
A Simulation Object Record may later become part of a validation or auditevidence basis.
SODM does not determine its general evidential fitness.
Where formal validation is required, VALIDOS® governs validation evidence
fitness.
Where audit evidence is required, ADIT® governs the relevant audit-evidence
lifecycle.
Documentation and Integrity
SODM does not replace INTEGROS®.INTEGROS® may govern the integrity of: records, data, documentation
structures, storage, change history, or other integrity-relevant elements.
SODM governs specifically whether the Simulation Object possesses a
sufficiently persistent and reconstructable documentary representation for
simulation governance.
Documentation and Identity
SODM does not replace broader identity governance.Where identity, origin, ownership, provenance, or transfer require independent
governance, complementary OOF® identity architectures may apply.
SODM consumes the identity necessary to maintain the Simulation Object as a
stable simulation reference.
Documentation and Auditability
SODM creates traceability necessary for later reconstruction.It does not govern the complete audit lifecycle.
ADIT® may consume SODM records where continuous or retrospective audit is
required.
Documentation Change Propagation
A material change to the Simulation Object Record may affect downstreamgovernance.
Potentially affected spaces may include: Simulation Purpose & Scope, Reality
Representation, Assumptions, Model & Environment, Inputs & Data, Scenario
Design, Simulation Execution, Simulation Output, Reality Correlation,
Simulation Evidence, Operational Reliance, and Resimulation.
SODM identifies the documentary change.
The affected downstream governance spaces determine its consequence.
Documentation Reassessment Signal
Where a material documentation change may invalidate the current object basis,SODM should generate a Simulation Object Reassessment Signal.
Possible causes include: corrected object identity, changed boundary, new
version information, configuration discovery, previously unknown material
component, corrected exclusion, newly identified limitation, or resolved
documentation conflict.
Documentation Status
A Simulation Object Record may carry a status such as:Draft
Qualified
Current
Conditionally Current
SupersededHistorical
Conflicted
Incomplete
or:
Undetermined
Status indicates documentary condition.It does not establish simulation validity.
Persistent Simulation Object Record
The complete SOS lifecycle should result in a persistent record capable ofpreserving: object identity, object boundary, object version, object
configuration, material characteristics, relevant limitations, dependencies,
documentation basis, documentation qualification, conflicts, gaps, changes,
status, effective period, supersession, historical continuity, and downstream
references.
SOS Completion Gate
SODM establishes the final internal completion gate of SOS.The key question is:
Is the Simulation Object sufficiently identified, bounded, versioned,
configured, documented, and reconstructable to enter governed Simulation
Purpose & Scope?
Possible outcomes may include:
SOS Complete
SOS Conditionally Complete
SOS Incomplete
or:SOS Completion Undetermined
A conditional or incomplete status should remain visible downstream.Minimum Implementation Framework
1. Establish the Documentation BasisIdentify the records necessary to reconstruct the Simulation Object. 2.
Consolidate the Governed Object Definition
Connect identity, boundary, version, configuration, material characteristics,
limitations, and relevant references into the Simulation Object Record. 3.
Qualify the Documentation
Assess completeness, consistency, currency, applicability, ambiguity,
conflict, and material gaps. 4. Establish the Authoritative Object Reference
Identify the Simulation Object Record that governs downstream simulation
activity. 5. Preserve Change and Historical Continuity
Record material documentation changes, supersession, prior object states, and
point-in-time applicability. 6. Bind the Record to Downstream Simulation
Governance
Ensure subsequent SIMULOS® spaces reference the established Simulation Object
rather than silently redefining it. 7. Generate Reassessment Signals
Where new information materially changes the object basis, return the issue to
the relevant SOS governance space and propagate the resulting change
downstream. 8. Determine SOS Completion
Establish whether the Simulation Object is sufficiently governed to proceed
into Simulation Purpose & Scope.
Governance Outputs
SODM may produce: Simulation Object Documentation Basis, Simulation ObjectRecord, Authoritative Simulation Object Reference, Object Definition
Consolidation Record, Object Documentation Completeness Assessment, Object
Documentation Consistency Assessment, Object Documentation Currency
Assessment, Object Documentation Applicability Record, Object Documentation
Ambiguity Record, Object Documentation Conflict Record, Object Documentation
Gap Record, Material Documentation Change Record, Object Documentation
Supersession Record, Historical Simulation Object Record, Point-in-Time Object
Reconstruction Record, Object Documentation Status, Simulation Object
Reassessment Signal, Downstream Object Reference, Simulation Object
Documentation Traceability Map, SOS Completion Record, and Persistent
Simulation Object Record.
Use Case 1 — Autonomous Vehicle Simulation
ScenarioAn autonomous vehicle platform is represented across: engineering
specifications, sensor configuration records, software version records, and
operational configuration databases.
No single record identifies the complete object state used by the simulation.
Application
SODM consolidates the relevant governed references into:
Vehicle AV-17 → Version 6.3 →
Configuration C12
The Simulation Object Record identifies the applicable sensor package, controlsoftware, material boundaries, exclusions, and known object limitations.
Result
The simulation no longer depends upon an informal assumption about which
vehicle configuration is being represented.
Every downstream SIMULOS® space can reference the same governed Simulation
Object. Use Case 2 — Spacecraft Simulation History
Scenario
A spacecraft undergoes configuration changes during its operational lifecycle.
A simulation performed two years earlier becomes relevant after an operational
anomaly. Application
SODM reconstructs the historical Simulation Object Record applicable to the
earlier simulation.
The record establishes:
Object Identity → Historical Version → Historical Configuration → Applicable
Boundary → Known Limitations → Simulation Reference Result
Investigators can determine exactly which spacecraft state the historical
simulation represented rather than applying current spacecraft documentation
retrospectively.
Architectural Position
Simulation Object Documentation Module (SODM) is the fifth and final internalgovernance space of the Simulation Object Standard (SOS).
The complete SOS progression is:
Simulation Object Identification → Simulation Object Boundary → Simulation
Object Versioning → Simulation Object Configuration → Simulation Object
Documentation
Together, these five modules establish the governed Simulation Object before
simulation purpose, representation, assumptions, models, data, scenarios,
execution, outputs, correlation, evidence, reliance, or lifecycle governance
begins.
SOS therefore answers one foundational architectural question:
What exactly is being simulated?
Once SODM establishes a sufficiently persistent and reconstructable Simulation
Object Record, the object may proceed to the next SIMULOS® Parent Standard:
Simulation Purpose & Scope Standard.
Foundational Principle
A Simulation Object is not sufficiently governed merely because its identityis known; the complete object basis must remain reconstructable so that every
simulation activity can demonstrate exactly what object it represented.