Simulation Object Identification Module (SOIM)
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 Identification
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 Identification
Canonical Definition
Simulation Object Identification Module (SOIM) defines the governanceconditions under which the exact object, system, process, environment,
behavior, event, interaction, mission, population, infrastructure,
organization, or other target intended to be represented through simulation is
formally identified, distinguished from materially different targets,
connected to sufficient identity attributes, and established as a traceable
Simulation Object before downstream simulation governance proceeds.
SOIM ensures that simulation does not begin from an assumed, ambiguous,
substituted, overly broad, or insufficiently identifiable target.
Operational Role
SOIM establishes the first internal governance condition of the SimulationObject Standard (SOS).
Its primary question is:
What exactly is the object that this simulation claims to represent?
SOIM transforms an intended simulation target into an identifiable Simulation
Object capable of being governed by subsequent SOS mechanisms.
The governed progression is:
Candidate Simulation Target → Object Identification → Object Distinction →
Identity Attribute Establishment → Object Reference → Identification Status →
Governed Simulation Object Identity
SOIM does not determine the Simulation Object boundary, version,
configuration, or complete documentation lifecycle.
It establishes the identity anchor upon which those subsequent
object-governance functions depend.
Module Function
SOIM exists to prevent simulation from being performed against an object whoseidentity is: undefined, assumed, overly generic, inconsistent, duplicated,
confused with a related object, silently substituted, represented through an
undisclosed proxy, or materially broader than the object actually being
simulated.
Its function is not merely to assign a name.
It establishes a sufficiently precise identity relationship between:
the simulation activity
and:
the object that activity claims to represent.
Simulation Object Identification
Every governed simulation requires an identifiable target.A Simulation Object may be: a physical asset, digital system, AI system,
autonomous system, process, behavior, organization, mission, infrastructure,
environment, population, event, hypothetical system, future system, or
composite system.
The object need not physically exist.
It must, however, be sufficiently identifiable to preserve the meaning of
subsequent simulation activity.
Identification Sufficiency
Simulation Object identification is sufficient when the available identityattributes distinguish the intended target from materially different targets
that could alter: simulation representation, assumptions, model selection,
input requirements, scenario design, execution, output interpretation, reality
correlation, or downstream simulation relevance.
Identification sufficiency therefore depends upon the simulation context.
A broad conceptual study may tolerate broader object identity.
A high-consequence operational simulation may require significantly greater
identity precision.
Object Class and Object Instance
SOIM distinguishes:Object Class
from:Object Instance
For example:Autonomous Vehicle
may describe an object class.Vehicle Platform X
may describe a narrower class.Vehicle X · Hardware Revision 4 · Sensor
Package C
may identify the materially relevant target.SOIM requires the identification level necessary for the simulation claim
being made.
Material Identity Attributes
A Material Identity Attribute is an attribute whose difference couldmaterially alter the meaning or applicability of the simulation.
Such attributes may include: product identity, system designation, component
structure, architecture, hardware generation, software generation, mission
identity, operating role, physical asset identity, population definition,
geographic identity, temporal identity, or other distinguishing information.
SOIM does not require every possible attribute.
It requires the attributes necessary to prevent materially different targets
from being treated as the same Simulation Object.
Object Distinction
Two Simulation Objects must remain distinguishable where their differencescould materially affect simulation.
Similarity alone does not establish equivalence.
Objects are not necessarily identical merely because they share: a
manufacturer, product family, system architecture, name, general purpose,
physical appearance, or functional role.
The governing question is:
Would treating these objects as identical materially affect the simulation?
If yes, the distinction must remain visible.
Object Identity vs Simulation
Representation
SOIM establishes a critical distinction:Simulation Object Identity ≠ Simulation
Representation Identity
The object being simulated and the artifact representing that object insimulation may each have their own identity.
For example:
Spacecraft Design Revision D
may be the Simulation Object.Digital Simulation Model v8.4
may be the representation used later.These identities must not be collapsed.
Object Identity vs Simulation Instance
SOIM also distinguishes:Simulation Object
from:Simulation Instance
A single Simulation Object may be used across thousands of executions.Each execution does not become a new Simulation Object merely because the
simulation is run again.
This distinction preserves continuity across repeated simulation activity.
Actual, Proposed, and Hypothetical Objects
A Simulation Object may be:
Existing
Proposed
Hypothetical
Future-State
or:Counterfactual
Where the object does not yet exist, identity may be established through:approved design records, architecture definitions, controlled specifications,
planning documents, configuration definitions, or another governed reference.
The absence of a physical object does not eliminate the need for object
identification.
Proxy Simulation Objects
A proxy may be used where the target object cannot be directly represented.SOIM allows proxy use but requires explicit distinction between:
Target Simulation Object
and:Proxy Simulation Object
Examples may include: prototype systems, predecessor systems, scaled models,representative populations, synthetic systems, surrogate components, or
reference architectures.
SOIM establishes:
Proxy Object ≠ Target Object
The proxy relationship must remain visible.Object Substitution
Object Substitution occurs when one object is simulated while the resultingsimulation is presented as representing another object without a governed
basis for that transfer.
SOIM prohibits silent substitution.
Where substitution occurs, the record should identify:
Object Intended
Object Actually Used
and:Nature of the Relationship
Subsequent SIMULOS® governance may determine what that relationship means forsimulation relevance.
Composite Simulation Object Identification
Several interacting objects may collectively form a single Simulation Object.For a composite target, SOIM preserves:
Composite Object Identity
and:Constituent Object Identities
where component-level differences may affect the simulation.This allows system-of-systems simulations to remain understandable without
reducing the target to one undifferentiated label.
Object Hierarchy
Simulation Object identification may operate across multiple levels:System
↓
Subsystem
↓
Component
↓
Subcomponent
or another appropriate hierarchy.SOIM should preserve which level is actually being simulated.
A simulation concerning one component must not automatically acquire the
identity of the complete system.
Multi-Object Simulation
A single simulation may include several independently relevant SimulationObjects.
For example:
Vehicle A
Vehicle B
Traffic Control System
Pedestrian Group
may all participate in the same simulation.Where their identities materially affect the simulation, SOIM should preserve
each separately rather than collapsing them into one generic target.
Identity Ambiguity
Simulation Object Identity Ambiguity exists when the available informationdoes not sufficiently determine which object the simulation concerns.
This may arise from: inconsistent naming, missing identifiers, incomplete
records, conflicting technical documentation, multiple candidate objects,
undocumented substitutions, or insufficient distinction among configurations
or systems.
Ambiguity must remain visible until sufficiently resolved.
Identification Conflict
An Identification Conflict exists where credible identity records point tomaterially different Simulation Objects.
For example:
one source may identify the simulated system as:
Revision A
while another identifies:
Revision B.
The conflict must not be silently resolved in favor of whichever identity
produces the preferred simulation result.
No Assumed Identity Rule
SIMULOS® establishes:Missing identity information must not be silently converted into known
identity.
Where an assumption is necessary, the assumption must be explicit and
transferred into the appropriate assumption-governance space.
No Silent Object Substitution Rule
A simulation performed against Object A must not be represented as simulationof Object B unless the relationship between A and B is explicitly identified
and governed.
No Object Inflation Rule
The claimed Simulation Object must not be broader than the object identityactually established.
Therefore:
Component ≠ Entire System
One Variant ≠ Product Family
One Population ≠ All Populations
One Mission Configuration ≠ All Mission
Configurations
unless a governed basis supports broader applicability.No Automatic Identity Inheritance Rule
A new or related object does not automatically inherit the Simulation Objectidentity of another object merely because it: derives from the same design,
shares the same architecture, belongs to the same product family, performs the
same function, or replaces an earlier system.
Material identity continuity must be established rather than presumed.
Object Identity Continuity
Once established, Simulation Object identity should remain traceable throughdownstream simulation governance.
The relationship:
Simulation Object → Representation → Assumptions → Model → Inputs → Scenarios
→ Execution → Outputs
should not lose the original object reference.
SOIM therefore provides an identity anchor consumed throughout the broader
SIMULOS® lifecycle.
Object Identity Change
Where the underlying target materially changes, SOIM must allow determinationof whether the simulation still concerns:
the same identifiable object
or:
a materially different Simulation Object.
Detailed version and configuration governance occurs elsewhere within SOS.
SOIM governs whether fundamental identity continuity still exists.
Simulation Object Identification Status
Possible identification statuses may include:Identified
Conditionally Identified
Partially Identified
Identification Conflicted
Identification Ambiguous
or:Identification Undetermined
These statuses describe object-identification strength.They do not determine simulation quality, simulation validity, or operational
reliance.
Simulation Object Identification Record
SOIM should establish a persistent Simulation Object Identification Recordsufficient to reconstruct the identity basis used when downstream simulation
governance began.
The record may preserve: Simulation Object Identifier, object name, object
type, object class, object-instance reference, material identity attributes,
actual/proposed/hypothetical status, proxy status, composite-object status,
constituent-object references, identity source references, unresolved
ambiguity, identification conflict, identification status, and identity
traceability.
Failure Conditions
SOIM governance failure may exist where: no Simulation Object can besufficiently identified, object identity remains materially ambiguous,
materially different objects are treated as identical, an object class is
represented as a specific object without sufficient basis, a proxy remains
undisclosed, object substitution is concealed, multiple objects are
incorrectly collapsed, composite-object components lose necessary identity,
the claimed object becomes broader than the identified object, identity
conflicts are ignored, or downstream simulation artifacts cannot be traced
back to the object they claim to represent.
Minimum Implementation Framework
1. Identify the Candidate Simulation TargetEstablish the entity, system, process, behavior, environment, event,
population, mission, or other target proposed for simulation. 2. Establish
Material Identity Attributes
Determine which identity attributes are necessary to distinguish the target
from materially different objects. 3. Resolve or Record Identity Ambiguity
Identify conflicting, missing, proxy, substitute, composite, or uncertain
identity conditions and prevent them from becoming hidden assumptions. 4.
Assign Simulation Object Identification Status
Classify the strength of the object identity basis as identified, conditional,
partial, conflicted, ambiguous, or undetermined. 5. Create the Simulation
Object Identification Record
Preserve the object identifier, material identity attributes, references,
limitations, ambiguity, status, and traceability required for downstream SOS
governance.
Governance Outputs
SOIM may produce: Simulation Object Identifier, Simulation ObjectIdentification Record, Object Type Record, Object Class Record, Object
Instance Record, Material Identity Attribute Record, Object Distinction
Record, Composite Simulation Object Record, Constituent Object Register,
Object Hierarchy Record, Proxy Simulation Object Declaration, Object
Substitution Record, Identification Conflict Record, Identity Ambiguity
Record, Simulation Object Identification Status, Object Identity Continuity
Record, Object Identity Change Record, and Simulation Object Identity
Traceability Map.
Use Case 1 — Future Spacecraft Simulation
ScenarioA space organization intends to simulate a spacecraft before the final
physical spacecraft exists.
Several design revisions are under
development. Application
SOIM identifies the Simulation Object through the applicable controlledspacecraft design and establishes the material identity attributes that
distinguish it from previous and alternative revisions.
The simulation remains bound to:
Spacecraft Design Revision D
rather than a generic:Future Spacecraft
A later revision materially changes propulsion architecture.That revision does not silently inherit the identity of the previously
simulated object. Result
Simulation outputs remain attributable to the exact spacecraft design they
were generated to represent, enabling later SIMULOS® governance to determine
whether additional simulation is necessary after design change. Use Case 2 —
Autonomous Vehicle Product Family
Scenario
An autonomous vehicle manufacturer operates several vehicles under the same
commercial model name.
Different vehicles use materially different sensor packages and autonomy
software generations. Application
SOIM prevents the commercial product name from functioning as the only
Simulation Object identity.
The simulated vehicle is identified at the level required to distinguish the
relevant system from materially different vehicles in the same family.
A simulation conducted using one sensor and autonomy configuration therefore
remains anchored to that specific Simulation Object. Result
Simulation findings cannot automatically be represented as applying to every
vehicle sold under the same model name.
The object identity remains sufficiently precise for subsequent boundary,
version, configuration, scenario, execution, and output governance.
Architectural Position
Simulation Object Identification Module (SOIM) is the first internalgovernance space of the Simulation Object Standard (SOS).
It answers:
Which object?
The remaining SOS governance then establishes:
Where does that object begin and end?
Which version applies?
Which configuration applies?
and:
How must the object remain documented and traceable?
SOIM therefore provides the initial identity anchor upon which the complete
Simulation Object governance layer depends.
It does not replace general identity governance under OBIDENITY®, validation
governance under VALIDOS®, integrity governance under INTEGROS®, operational
reality governance under ORA™, or audit and evidence governance under ADIT®.
It governs specifically:
the identity of the object that a simulation claims to represent.
Foundational Principle
A simulation cannot be more precisely attributed than the Simulation Object towhich it is explicitly identified and traceably anchored.