CBM — Configuration Baseline Module

OOF® Origin Open Foundation®

Independent Methodological Authority

Architecture: SLGA™ — Software Lifecycle Governance Architecture
Parent Standard: Software Configuration Standard (SCFS)
Category: Governance & Enforcement
Subcategory: Software Lifecycle Governance
Type: Core Module
Governed Space: Software Configuration Baseline Governance
Module ID: SLGA-SCFS-CBM-001
Origin ID: OOF.CM.SLGA.04.01.01
Version: 1.0
Status: Canonical · Open Standard
Effective Date: 12.10.2026
Compatibility: OOF® Methodology OS™ · Modular OOF® Architecture Ecosystem
GIE-Compatible: Yes
AI-Readable: Yes
Authority: OOF® — OriginOpen® Foundation
Protection: MIP® — Methodological Intellectual Property
Canonical Language: English (UCL™)

Canonical Definition

The Configuration Baseline Module (CBM) governs the identification,

establishment, authorization, composition, preservation, validation,
and lifecycle continuity of software configuration baselines.

CBM establishes the methodological conditions under which a defined

software configuration can be recognized as an identifiable, bounded,
authorized, evidence-supported reference state against which material
configuration changes, build conditions, artifact relationships, and
actual configuration states may be assessed.

It governs the relationship between a software configuration object, its

constituent configuration items, their material relationships,
applicable configuration parameters, version references, environmental
context, baseline authority, supporting evidence, and the conditions
under which the baseline remains applicable.

CBM distinguishes configuration documentation from an established baseline,

baseline approval from baseline validity, baseline integrity from
actual configuration conformity, and a baseline reference from the
software configuration actually operating.

It applies to software configuration baselines established or maintained by

humans, organizations, automated configuration systems, AI coding
assistants, autonomous software development agents, and software
infrastructure mechanisms.

Its principal output is:

Governed Configuration Baseline State

Its foundational distinction is:

Documented Configuration ≠ Governed Configuration Baseline.

Operational Role

The operational role of CBM is:

To ensure that software configuration baselines remain identifiable,
legitimately established, sufficiently composed, evidence-supported,
temporally applicable, and reconstructable as authoritative
configuration reference states without confusing baseline
establishment with actual software configuration realization.

CBM provides the baseline-governance foundation of SCFS.

It establishes the reference state against which relevant configuration

changes, build relationships, artifact-version correspondence,
environmental conditions, and configuration drift may be evaluated.

CBM does not independently execute builds, authorize every subsequent
configuration change, validate the complete software product, or prove
that a deployed environment conforms to its baseline.

It provides a governed configuration reference for competent downstream

configuration and lifecycle governance.

Operational Question

Under whose authority, within which software scope and environmental
conditions, and on the basis of what evidence can a defined software
configuration be established, preserved, and relied upon as a valid
baseline for subsequent configuration governance?

Position in Architecture Governance Flow

The SLGA™ governance flow is:

Software Requirements → Software Creation → Software Dependencies →

Software Configuration → Software Quality → Software Security →
Software Release → Software Deployment → Software Change Management →
Software Retirement

Cross-cutting:

Software Lifecycle Control

CBM operates within:

Software Configuration Standard (SCFS)

The SCFS internal governance flow is:

Configuration Baseline → Build Management → Artifact Version Integrity →

Configuration Change Control → Build Reproducibility & Environment

CBM governs:

Configuration Baseline

It is the first Core Module of SCFS.

Its principal output is:

Governed Configuration Baseline State

This output supports:

BMM — Build Management Module

AVIM — Artifact Version Integrity Module

CCCM — Configuration Change Control Module

BREM — Build Reproducibility & Environment Module

and contributes to the parent SCFS output:

Governed Software Configuration State

CBM may be invoked again whenever material baseline scope,
composition, authority, version relationships, environmental
assumptions, or applicability conditions change.

Governed Space

Software Configuration Baseline Governance

This space governs the conditions under which software configuration

baselines are established and maintained as identifiable reference
states.

Its principal dimensions include:

The governed space is independent of any particular repository,
configuration file format, build platform, software supplier, or
deployment technology.

Configuration Baseline Governance Object

Every material CBM assessment shall establish a Configuration Baseline

Governance Object.

The object represents a defined software configuration reference and the

conditions under which that reference may be recognized as governed.

It should identify:

Baseline Identity: The identifiable configuration reference.

Software Object: The software system, service, application, or artifact

concerned.

Baseline Purpose: The function of the baseline.

Baseline Scope: The configuration items and relationships included.

Baseline Classification: The type or intended lifecycle role of the

baseline.

Configuration Items: The material constituent elements.

Composition Relationships: The relationships among included items.

Version References: Relevant software and component versions.

Parameter References: Relevant configuration settings.

Environment Context: The environment for which the baseline applies.

Authority Reference: The basis for baseline establishment.

Effective Conditions: The conditions under which the baseline is
applicable.

Baseline Evidence: Records supporting the baseline.

Baseline Governance State: The recognized condition of the baseline.

The governance object shall remain distinguishable from a configuration

file, repository commit, build manifest, or deployed software
instance.

Configuration Baseline Governance Object ≠ Configuration File.

Baseline Purpose Governance

CBM shall identify the purpose for which a software configuration baseline

is established.

Purposes may include:

Development reference
Integration reference
Testing reference
Release preparation
Production configuration reference
Maintenance reference
Recovery reference
Retirement reference

The purpose shall remain associated with the baseline's intended lifecycle

context.

Baseline Purpose ≠ Universal Baseline Applicability.

Baseline Scope Governance

CBM shall establish the boundaries of the baseline.

Scope may include:

Software components
Component versions
Artifact references
Configuration parameters
Environment-specific settings
Relevant defaults
Required configuration relationships
Material external references

Scope shall distinguish included, excluded, and unresolved configuration

elements.

Defined Baseline Scope ≠ Complete Baseline Composition.

Baseline Classification

CBM shall recognize the intended classification of a baseline.

Relevant classifications may include:

Development baseline
Integration baseline
Test baseline
Release candidate baseline
Production reference baseline
Maintenance baseline
Recovery baseline
Historical baseline

Classification shall not independently establish baseline approval or

validity.

Baseline Classification ≠ Baseline Governance State.

Configuration Item Identification

CBM shall identify material configuration items included within the
baseline.

Items may include:

Software components
Executable artifacts
Libraries
Configuration files
Parameter sets
Runtime settings
Build configuration references
Interface settings
External service configuration references

Each material item shall remain sufficiently identifiable within the
baseline.

Configuration Item Listing ≠ Verified Configuration Item Identity.

Configuration Item Boundary

CBM shall establish the boundaries of material configuration items.

A configuration item may represent:

An individual component
A configuration file
A parameter group
An artifact reference
A versioned configuration object
A defined subsystem configuration

Item boundaries shall support reconstruction of baseline composition.

Configuration Item Name ≠ Configuration Item Boundary.

Configuration Item Relationships

CBM shall identify material relationships between baseline configuration

items.

Relationships may include:

Component-to-version
Artifact-to-configuration
Parameter-to-function
Runtime-to-platform
Interface-to-service
Configuration-to-environment
Build-reference-to-artifact

Relationships shall be sufficiently explicit to support baseline

interpretation.

Configuration Item Presence ≠ Established Configuration Relationship.

Baseline Composition

CBM shall establish how material configuration items combine into the

baseline.

Composition shall preserve:

Included items
Relevant relationships
Applicable version references
Parameter references
Environmental context
Material constraints

A baseline may contain individually identifiable items while remaining
compositionally incomplete or inconsistent.

Configuration Item Collection ≠ Governed Baseline Composition.

Baseline Version References

CBM shall identify material version references included in the
baseline.

Version references may concern:

Software application versions
Component versions
Runtime versions
Artifact versions
Configuration schema versions
Relevant platform versions

Version references shall remain sufficiently precise for competent

downstream interpretation.

Version Label Presence ≠ Verified Version Correspondence.

Baseline Artifact References

CBM shall identify material software artifact references included in the

baseline.

References may concern:

Executables
Libraries
Packages
Containers
Runtime images
Generated artifacts
Deployable bundles

CBM establishes the reference relationship.

Artifact-version integrity validation remains governed by AVIM.

Artifact Reference ≠ Verified Artifact Identity.

Baseline Parameter References

CBM shall identify material configuration parameters included in the

baseline.

Parameter references may include:

Parameter identity
Intended value
Applicable range
Configuration source
Relevant default
Override relationship
Environmental applicability

Parameter inclusion shall not independently establish that the value
is effective in an actual environment.

Baseline Parameter Value ≠ Effective Runtime Parameter Value.

Default Configuration References

CBM shall recognize material default settings upon which the baseline

depends.

Defaults may originate from:

Software frameworks
Libraries
Runtime environments
Configuration schemas
Build tools
External software services

A baseline that relies on material defaults shall preserve sufficient
references to identify them.

Implicit Default ≠ Governed Baseline Value.

Configuration Override References

CBM shall identify material override mechanisms relevant to the
baseline.

Overrides may arise through:

Environment variables
Runtime parameters
Configuration services
Deployment settings
Command-line arguments
Automated configuration mechanisms

CBM shall distinguish the baseline reference from the effective

configuration after overrides.

Baseline Reference ≠ Effective Configuration After Overrides.

Baseline Environmental Context

CBM shall establish the environmental context in which the baseline is
intended to apply.

Relevant contexts may include:

Development
Testing
Staging
Production
Maintenance
Recovery

A baseline applicable to one environment shall not automatically be

considered valid for another.

Test Baseline Validity ≠ Production Baseline Validity.

Baseline Environmental Assumptions

CBM shall identify material environmental assumptions supporting the

baseline.

Assumptions may concern:

Runtime capabilities
Platform versions
Available services
Resource conditions
Configuration mechanisms
Required interfaces
External dependencies

Unsupported assumptions shall remain explicit.

Assumed Environment Conditions ≠ Verified Environment Conditions.

Baseline Constraints

CBM shall preserve material constraints applicable to the baseline.

Constraints may originate from:

Software requirements
Dependency compatibility
Platform conditions
Configuration rules
Security requirements
Quality requirements
Operational conditions

CBM governs their representation within the baseline.

Competent assessment of the originating requirements remains within
the relevant governance domain.

Constraint Reference ≠ Verified Constraint Satisfaction.

Baseline Establishment Authority

CBM shall identify the legitimate basis for establishing a configuration

baseline.

Authority may arise through:

Competent organizational approval
Assigned configuration responsibility
Delegated development authority
Defined lifecycle control
Applicable change-management decisions

Authority shall remain bounded by the relevant software object, baseline

scope, environment, and purpose.

Ability to Establish a Baseline ≠ Authority to Establish a Baseline.

Baseline Authority Scope

CBM shall assess whether baseline establishment falls within the
actor's authorized scope.

Relevant dimensions may include:

Actor identity
Delegated responsibility
Software object
Baseline classification
Configuration items
Environment
Permitted actions
Applicable restrictions

Authority to establish a development baseline does not automatically
establish authority to approve a production baseline.

Development Baseline Authority ≠ Production Baseline Authority.

Automated Baseline Establishment

CBM shall govern baseline establishment performed through automated
systems.

Automated mechanisms may include:

Build pipelines
Configuration management systems
Repository automation
AI coding assistants
Autonomous software development agents

Automation shall remain subject to applicable authority, scope, and

evidence requirements.

Automated Baseline Generation ≠ Authorized Baseline Establishment.

Baseline Approval

CBM shall preserve the relationship between a proposed baseline and its

competent approval.

Approval should identify:

Approved baseline object
Applicable authority
Approved scope
Relevant conditions
Approval evidence
Temporal applicability

Approval shall remain distinguishable from technical validation.

Approved Baseline ≠ Technically Validated Baseline.

Baseline Effective Conditions

CBM shall identify the conditions under which an established baseline

becomes applicable.

Conditions may include:

Approval completion
Required validation
Applicable environment
Relevant software version
Lifecycle milestone
Defined effective date
Supersession of a previous baseline

An approved baseline may remain inapplicable until its effective
conditions are satisfied.

Baseline Approval ≠ Immediate Baseline Applicability.

Baseline Temporal Applicability

CBM shall preserve the temporal conditions of baseline applicability.

Relevant information may include:

Establishment time
Approval time
Effective time
Supersession time
Retirement time
Relevant historical period

A baseline may remain historically valid without remaining currently
applicable.

Historical Baseline Validity ≠ Current Baseline Applicability.

Baseline Identification Integrity

CBM shall preserve the integrity of baseline identity.

Relevant considerations may include:

Unique baseline reference
Stable identification
Version or revision reference
Constituent composition
Evidence association
Supersession relationships

Baseline identity shall not depend solely on an editable filename or

informal description.

Baseline Filename ≠ Reliable Baseline Identity.

Baseline Record Integrity

CBM shall preserve the integrity of material baseline records.

Relevant considerations may include:

Record source
Content integrity
Modification history
Approval evidence
Temporal relevance
Constituent item correspondence
Preservation history

An intact baseline record does not independently establish that the
baseline is complete or technically appropriate.

Baseline Record Integrity ≠ Baseline Validity.

Baseline Completeness

CBM shall assess whether the baseline sufficiently represents the material

configuration elements required within its defined scope.

Completeness may concern:

Required configuration items
Required version references
Relevant parameter values
Applicable defaults
Material overrides
Environmental assumptions
Required relationships

Completeness shall be assessed relative to baseline purpose and scope.

Complete Baseline Record ≠ Complete Software Configuration Knowledge.

Baseline Consistency

CBM shall assess material consistency among baseline elements.

Relevant conditions may include:

Version relationship consistency
Parameter consistency
Artifact reference consistency
Environment compatibility assumptions
Configuration relationship coherence
Applicable constraint relationships

A baseline may be complete in documentation while internally
inconsistent.

Baseline Completeness ≠ Baseline Consistency.

Baseline Validation

CBM shall determine whether material baseline conditions are
sufficiently supported within the assessed scope.

Validation may consider:

Baseline identity
Purpose
Scope
Composition
Version references
Parameter references
Environmental assumptions
Authority
Approval conditions
Evidence competence
Material uncertainty

Baseline validation shall remain distinguishable from validation of the

software system's actual runtime configuration.

Validated Baseline ≠ Verified Actual Configuration.

Baseline Evidence

CBM shall preserve evidence supporting material baseline claims.

Evidence may include:

Configuration manifests
Repository records
Baseline specifications
Approval records
Version references
Parameter records
Artifact references
Configuration snapshots
Relevant change records

Evidence shall remain associated with the specific baseline claim it

supports.

Baseline Evidence Presence ≠ Baseline Claim Validity.

Baseline Evidence Competence

CBM shall assess whether available evidence is competent to support
the relevant baseline determination.

For example:

A configuration manifest may support baseline composition.

An approval record may support baseline authority.

A version reference may support declared version identity.

An artifact inspection may support observed artifact correspondence.

These records establish different facts.

Evidence of Baseline Approval ≠ Evidence of Baseline Technical
Validity.

Baseline Evidence Integrity

CBM shall preserve the integrity of material baseline evidence.

Relevant considerations may include:

Evidence source
Content integrity
Temporal relevance
Baseline correspondence
Software object correspondence
Material contradictions
Preservation history

Evidence integrity shall not independently establish baseline
correctness.

Intact Baseline Evidence ≠ Correct Baseline Composition.

Baseline Uncertainty

CBM shall preserve material uncertainty concerning baseline identity,

authority, composition, applicability, or evidence.

Uncertainty may arise where:

Baseline scope is incomplete
Configuration items remain unidentified
Version references are ambiguous
Approval authority is unresolved
Environmental assumptions are unsupported
Effective conditions are unclear
Material evidence is missing

Uncertainty shall not be silently converted into baseline acceptance.

Unresolved Baseline Conditions ≠ Verified Baseline Conditions.

Baseline Conflict

A Baseline Conflict exists where material baseline claims,
configuration references, authority records, or evidence are
incompatible.

Examples may include:

Conflicting approved baseline versions
Contradictory parameter references
Incompatible configuration item relationships
Conflicting approval records
Inconsistent effective dates
Contradictory environmental applicability claims

CBM shall preserve the conflict and its supporting evidence.

Conflicting Baseline Records ≠ Permission to Select the Preferred

Baseline Gap

A Baseline Gap exists where material information required for
competent baseline assessment remains insufficiently established.

Examples may include:

Missing configuration item references
Unknown version relationships
Incomplete baseline composition
Missing approval evidence
Unresolved environment assumptions
Missing effective conditions

CBM shall identify the gap and its material significance.

Baseline Evidence Gap ≠ Proven Baseline Failure.

Critical Baseline Gap

A Critical Baseline Gap exists where missing baseline information
prevents competent assessment of a materially consequential software
configuration reference.

Examples may include:

- A production baseline without sufficiently established constituent

artifact versions. - A critical software baseline without competent
approval evidence. - A recovery baseline whose required configuration
elements cannot be reconstructed. - A release preparation baseline
with unresolved material configuration relationships.

CBM shall preserve the critical gap for competent downstream
assessment.

It does not independently determine software shutdown, security
compromise, or legal liability.

Critical Baseline Gap ≠ Automatic Software Failure.

Baseline Change Recognition

CBM shall identify material changes affecting an established baseline.

Changes may include:

Configuration item addition
Configuration item removal
Version reference modification
Parameter modification
Environmental scope change
Baseline authority change
Effective condition change

CBM governs the baseline identity and reference implications of such

changes.

The detailed authority and execution of configuration changes are
governed by CCCM.

Baseline Change Recognition ≠ Configuration Change Authorization.

Baseline Revision

CBM shall preserve the relationship between an existing baseline and a

proposed or established revision.

A revision should identify:

Previous baseline
Revised baseline
Material differences
Revision purpose
Applicable authority
Relevant evidence
Effective conditions

A revised baseline shall remain distinguishable from an undocumented

modification of the previous baseline.

Baseline Revision ≠ Silent Baseline Replacement.

Baseline Supersession

CBM shall identify when one baseline supersedes another.

Supersession shall preserve:

Superseded baseline identity
Successor baseline identity
Supersession basis
Relevant authority
Effective conditions
Material historical references

Supersession shall not erase the historical baseline record.

Baseline Supersession ≠ Historical Baseline Erasure.

Baseline Retirement

CBM shall recognize when a baseline is no longer applicable as an
active configuration reference.

Retirement may occur because of:

Software replacement
Configuration redesign
Platform migration
Lifecycle transition
Supersession
Software retirement

Baseline retirement shall preserve material historical identity and

evidence.

Retired Baseline ≠ Invalid Historical Baseline.

Baseline Reconstruction

CBM shall support reconstruction of material baseline states where
sufficient evidence exists.

Reconstruction may use:

Baseline specifications
Configuration manifests
Version references
Artifact references
Parameter records
Approval records
Historical snapshots
Relevant change records

Reconstructed baseline states shall distinguish established facts from

assumptions.

Reconstructed Baseline ≠ Directly Observed Historical Configuration.

Baseline Drift Reference

CBM shall preserve references to material divergence between an applicable

baseline and observed configuration states.

CBM establishes the baseline reference against which drift may be
evaluated.

Detailed configuration change control remains within CCCM.

Actual configuration realization and broader configuration validation

remain within SCFS and competent lifecycle governance.

Baseline Difference ≠ Automatically Unauthorized Configuration Drift.

Baseline Continuity

CBM shall preserve material baseline identity and relationships across

software lifecycle transitions.

Continuity may involve:

Requirements references
Creation references
Dependency references
Build references
Artifact-version references
Configuration change references
Release references
Deployment references
Maintenance references
Retirement references

Baseline continuity shall preserve the distinction between historical,

current, proposed, and superseded baseline states.

Baseline Continuity ≠ Baseline Immutability.

Baseline Reassessment

CBM shall support reassessment when material baseline conditions
change.

Triggers may include:

Configuration scope changes
Version reference changes
Artifact changes
Environmental changes
New baseline authority conditions
Material evidence conflicts
Critical baseline gaps
Baseline supersession
Changed lifecycle requirements

Reassessment shall preserve relevant historical baseline records.

Previously Valid Baseline ≠ Permanently Applicable Baseline.

Baseline Governance States

CBM shall support identifiable governance states.

Possible states include:

Identified: A baseline governance object has been recognized.

Proposed: A baseline has been specified but not established.

Under Assessment: Material baseline conditions are being evaluated.

Authority-Unresolved: Applicable baseline establishment authority remains

Composition-Unresolved: Material baseline composition remains

insufficiently established.

Environment-Unresolved: Relevant environmental applicability remains

uncertain.

Evidence-Limited: Available evidence is insufficient for the required
determination.

Conditionally Established: Baseline establishment depends on explicit

conditions.

Established: A baseline has been legitimately established within its
defined scope.

Validated: Material baseline conditions are sufficiently supported
within the assessed scope.

Conflicted: Material baseline claims or evidence are contradictory.

Invalid: The baseline does not satisfy material requirements within
the assessed scope.

Superseded: A later baseline has replaced the earlier baseline.

Retired: The baseline is no longer an active applicable reference.

Unresolved: Available information does not support a sufficiently
determined state.

These states shall not independently establish actual runtime

configuration, software quality, security, release readiness, or
deployment authorization.

Established Baseline ≠ Verified Operational Configuration.

Governed Configuration Baseline State

The principal output of CBM is:

Governed Configuration Baseline State

The state shall preserve sufficient information to identify:

Baseline Governance Object: The baseline assessment.

Baseline Identity: The identifiable configuration reference.

Software Object: The software system or artifact concerned.

Baseline Purpose: The intended baseline function.

Baseline Scope: The boundaries of the configuration reference.

Baseline Classification: The intended lifecycle role.

Configuration Items: The material constituent elements.

Configuration Item Boundaries: The recognized item boundaries.

Configuration Relationships: The relationships among included items.

Baseline Composition: The established configuration reference
composition.

Version References: Relevant software and component versions.

Artifact References: Material software artifact references.

Parameter References: Material configuration parameters.

Default References: Relevant default configuration conditions.

Override References: Relevant configuration override mechanisms.

Environmental Context: The environment for which the baseline applies.

Environmental Assumptions: Material assumptions supporting
applicability.

Baseline Constraints: Applicable limits and conditions.

Establishment Authority: The legitimate basis for baseline
establishment.

Authority Scope: The boundaries of baseline authority.

Automation Reference: Relevant automated baseline establishment

mechanisms.

Approval Condition: The competent approval state.

Effective Conditions: Conditions required for baseline applicability.

Temporal Applicability: The relevant effective period.

Identification Integrity: The condition of baseline identity.

Record Integrity: The integrity of baseline records.

Baseline Completeness: The assessed completeness within scope.

Baseline Consistency: The assessed internal coherence.

Baseline Validation: The scope and result of baseline assessment.

Baseline Evidence: Evidence supporting material claims.

Evidence Competence: The suitability of evidence for those claims.

Evidence Integrity: The condition of supporting evidence.

Baseline Uncertainty: Material unresolved conditions.

Baseline Conflicts: Contradictory baseline claims or evidence.

Baseline Gaps: Missing material baseline information.

Critical Baseline Gaps: Material gaps requiring competent attention.

Baseline Changes: Material changes affecting the baseline.

Baseline Revisions: Relevant revision relationships.

Baseline Supersession: Successor and predecessor relationships.

Baseline Retirement: Relevant retirement conditions.

Baseline Reconstruction: Historical reconstruction information.

Baseline Drift References: Material divergence references.

Baseline Continuity: Preservation of material baseline relationships.

Baseline Reassessment: Relevant reassessment history.

Baseline Governance State: The recognized baseline condition.

Downstream References: Information required by competent SCFS and SLGA™

The state shall not independently establish actual software configuration,

build reproducibility, artifact integrity, release readiness, or
deployment authorization.

Minimum Implementation Framework

A conforming implementation of CBM must provide the following six
functional capabilities.

Configuration Baseline Object, Purpose, Scope, and
Classification

Capability to establish identifiable baseline governance objects, associate

them with the relevant software object, define baseline purpose,
determine scope, and recognize the baseline's intended lifecycle
classification.

The implementation must distinguish baseline documentation from an
established configuration reference.

Configuration Item, Composition, Version, Parameter, and
Environment

Capability to identify material configuration items, establish their

boundaries and relationships, preserve baseline composition, and
associate relevant version references, artifact references, parameter
values, defaults, overrides, environmental conditions, and
constraints.

The implementation must distinguish configuration item listing from
sufficient baseline composition.

Baseline Authority, Approval, Effective Conditions, and Temporal

Applicability Governance

Capability to establish the legitimate authority for baseline creation,

assess authority scope, preserve competent approval evidence, and
identify effective and temporal applicability conditions.

The implementation must distinguish baseline approval from technical
validation and current applicability.

Baseline Evidence, Integrity, Completeness, Consistency, and
Validation

Capability to associate baseline claims with competent evidence, preserve

record integrity, assess completeness and consistency, and determine
whether material baseline conditions are sufficiently supported.

The implementation must distinguish an intact baseline record from a
valid baseline and from actual software configuration conformity.

Baseline Gap, Conflict, Revision, Supersession, Reconstruction,
and

Continuity Governance

Capability to identify material baseline uncertainty, gaps, critical gaps,

conflicting evidence, revisions, supersession relationships,
retirement conditions, reconstruction requirements, and continuity
across lifecycle transitions.

The implementation must preserve historical baseline identity and
evidence.

Governed Configuration Baseline State and SCFS Handoff
Governance

Capability to produce a Governed Configuration Baseline State with

sufficient identity, purpose, scope, composition, authority,
applicability, evidence, validation, uncertainty, and continuity
information for competent downstream SCFS governance.

The implementation must not represent baseline establishment as proof
of actual runtime configuration or software product correctness.

GIE™ Compatibility

CBM is compatible with GIE™ as a downstream methodological analysis
and execution layer.

GIE™ may support:

Baseline governance object identification
Baseline purpose analysis
Baseline scope analysis
Baseline classification
Configuration item identification
Configuration item boundary analysis
Configuration relationship mapping
Baseline composition assessment
Version reference analysis
Artifact reference analysis
Parameter reference analysis
Default configuration recognition
Override reference identification
Environmental context assessment
Environmental assumption analysis
Baseline constraint recognition
Baseline authority assessment
Authority scope analysis
Automated baseline establishment analysis
Baseline approval evidence association
Effective condition assessment
Temporal applicability analysis
Baseline identification integrity assessment
Baseline record integrity assessment
Baseline completeness analysis
Baseline consistency analysis
Baseline validation support
Baseline evidence competence assessment
Baseline uncertainty recognition
Baseline conflict detection
Baseline gap detection
Critical baseline gap detection
Baseline revision analysis
Baseline supersession mapping
Baseline retirement recognition
Baseline reconstruction support
Baseline drift reference analysis
Baseline continuity mapping
Baseline reassessment support
Governed baseline state representation

GIE™ may identify candidate baseline relationships, infer possible
inconsistencies, or propose baseline assessments.

Such outputs shall remain distinguishable from sufficiently evidenced

baseline determinations.

GIE™ must not fabricate baseline approvals, invent configuration
values, infer authority from technical access, or represent declared
configuration as observed operational reality.

OOF® logic adapts to the governed reality. The engine adapts to OOF®

Governance Logic

The canonical CBM governance logic is:

Receive Governed Software Requirements Context

↓

Receive Governed Software Creation Context

↓

Receive Governed Software Dependency State

↓

Identify Configuration Baseline Governance Object

↓

Identify Software Object

↓

Establish Baseline Purpose

↓

Define Baseline Scope

↓

Determine Baseline Classification

↓

Identify Material Configuration Items

↓

Establish Configuration Item Boundaries

↓

Establish Configuration Item Relationships

↓

Establish Baseline Composition

↓

Identify Version and Artifact References

↓

Identify Parameter, Default, and Override References

↓

Establish Environmental Context

↓

Identify Environmental Assumptions and Constraints

↓

Identify Baseline Establishment Authority

↓

Assess Authority Scope

↓

Establish Baseline Approval Condition

↓

Determine Effective and Temporal Applicability

↓

Preserve Baseline Identity and Record Integrity

↓

Assess Baseline Completeness and Consistency

↓

Associate Baseline Evidence

↓

Assess Evidence Competence and Integrity

↓

Validate Material Baseline Conditions

↓

Identify Baseline Uncertainty

↓

Identify Baseline Conflicts

↓

Identify Baseline Gaps and Critical Gaps

↓

Determine Baseline Governance State

↓

Establish Governed Configuration Baseline State

↓

Preserve Revision, Supersession, and Continuity Relationships

↓

Handoff to Parent SCFS Governance

↓

Reassess When Material Baseline Conditions Change

The principal output is:

Governed Configuration Baseline State

Governance Outputs

CBM may produce:

Configuration Baseline Governance Object

Baseline Identity Record

Baseline Purpose Record

Baseline Scope Record

Baseline Classification Record

Configuration Item Register

Configuration Item Boundary Record

Configuration Relationship Map

Baseline Composition Record

Baseline Version Reference Register

Baseline Artifact Reference Register

Baseline Parameter Reference Register

Default Configuration Reference Record

Configuration Override Reference Record

Baseline Environmental Context Record

Baseline Environmental Assumption Record

Baseline Constraint Record

Baseline Establishment Authority Record

Baseline Authority Scope Record

Automated Baseline Establishment Record

Baseline Approval Record

Baseline Effective Condition Record

Baseline Temporal Applicability Record

Baseline Identification Integrity Record

Baseline Record Integrity Assessment

Baseline Completeness Assessment

Baseline Consistency Assessment

Baseline Validation Record

Baseline Evidence Register

Baseline Evidence Competence Assessment

Baseline Evidence Integrity Assessment

Baseline Uncertainty State

Baseline Conflict Record

Baseline Gap

Critical Baseline Gap

Baseline Change Reference

Baseline Revision Record

Baseline Supersession Record

Baseline Retirement Record

Baseline Reconstruction Record

Baseline Drift Reference

Baseline Continuity Record

Baseline Reassessment Record

Baseline Governance State

SCFS Baseline Handoff Record

The principal output is:

Governed Configuration Baseline State

Critical Distinctions

CBM preserves the following distinctions:

Documented Configuration ≠ Governed Configuration Baseline

Configuration Baseline Governance Object ≠ Configuration File

Baseline Purpose ≠ Universal Baseline Applicability

Defined Baseline Scope ≠ Complete Baseline Composition

Baseline Classification ≠ Baseline Governance State

Configuration Item Listing ≠ Verified Configuration Item Identity

Configuration Item Name ≠ Configuration Item Boundary

Configuration Item Presence ≠ Established Configuration Relationship

Configuration Item Collection ≠ Governed Baseline Composition

Version Label Presence ≠ Verified Version Correspondence

Artifact Reference ≠ Verified Artifact Identity

Baseline Parameter Value ≠ Effective Runtime Parameter Value

Implicit Default ≠ Governed Baseline Value

Baseline Reference ≠ Effective Configuration After Overrides

Test Baseline Validity ≠ Production Baseline Validity

Assumed Environment Conditions ≠ Verified Environment Conditions

Constraint Reference ≠ Verified Constraint Satisfaction

Ability to Establish a Baseline ≠ Authority to Establish a Baseline

Development Baseline Authority ≠ Production Baseline Authority

Automated Baseline Generation ≠ Authorized Baseline Establishment

Approved Baseline ≠ Technically Validated Baseline

Baseline Approval ≠ Immediate Baseline Applicability

Historical Baseline Validity ≠ Current Baseline Applicability

Baseline Filename ≠ Reliable Baseline Identity

Baseline Record Integrity ≠ Baseline Validity

Complete Baseline Record ≠ Complete Software Configuration Knowledge

Baseline Completeness ≠ Baseline Consistency

Validated Baseline ≠ Verified Actual Configuration

Baseline Evidence Presence ≠ Baseline Claim Validity

Evidence of Baseline Approval ≠ Evidence of Baseline Technical Validity

Intact Baseline Evidence ≠ Correct Baseline Composition

Unresolved Baseline Conditions ≠ Verified Baseline Conditions

Conflicting Baseline Records ≠ Permission to Select the Preferred Baseline

Baseline Evidence Gap ≠ Proven Baseline Failure

Critical Baseline Gap ≠ Automatic Software Failure

Baseline Change Recognition ≠ Configuration Change Authorization

Baseline Revision ≠ Silent Baseline Replacement

Baseline Supersession ≠ Historical Baseline Erasure

Retired Baseline ≠ Invalid Historical Baseline

Reconstructed Baseline ≠ Directly Observed Historical Configuration

Baseline Difference ≠ Automatically Unauthorized Configuration Drift

Baseline Continuity ≠ Baseline Immutability

Previously Valid Baseline ≠ Permanently Applicable Baseline

Established Baseline ≠ Verified Operational Configuration

Cross-Architecture Boundary

CBM governs software configuration baseline establishment and continuity

within SCFS and SLGA™.

It does not independently govern complete build execution,
artifact-version integrity validation, configuration change execution,
build reproducibility, software quality, software security, release
authorization, or deployment authorization.

Within SCFS:

CBM — Configuration Baseline Module governs baseline identity,

composition, authority, applicability, evidence, and continuity.

BMM — Build Management Module governs build inputs, execution conditions,

and build-to-artifact correspondence.

AVIM — Artifact Version Integrity Module governs artifact identity,

version correspondence, and integrity.

CCCM — Configuration Change Control Module governs configuration change

authority, execution, and resulting-state relationships.

BREM — Build Reproducibility & Environment Module governs build

environment identity, reproducibility conditions, and reconstruction
evidence.

Within SLGA™:

Software Requirements Standard (SRS) governs software requirements.

Software Creation Standard (SCS) governs software creation.

Software Dependency Standard (SDS) governs software dependencies.

Software Quality Standard (SQS) governs software quality.

Software Security Standard (SSS) governs software security.

Software Release Standard (SRLS) governs software release.

Software Deployment Standard (SDPS) governs software deployment.

Software Change Management Standard (SCMS) governs broader lifecycle

change management.

Software Retirement Standard (SRTS) governs software retirement.

Software Lifecycle Control Standard (SLCS) governs cross-cutting

lifecycle control.

Relevant interoperating OOF® architectures include:

GOA™ — Governance Architecture: General authority and delegation

AGA™ — Accountability Governance Architecture: Relevant responsibility

and accountability relationships.

ORA™ — Operational Reality Architecture: Competent assessment of actual

operational conditions.

ASGA™ — Autonomous Systems Governance Architecture: Relevant autonomous

baseline establishment and operational boundaries.

AGI™ — Agent Governance Infrastructure: Relevant agent permissions and

tool-path governance.

CBM preserves configuration-baseline-specific governance without replacing

these competent domains.

Canonical Boundary

CBM begins when a material software configuration requires recognition
as an identifiable baseline reference for subsequent configuration or
lifecycle governance.

CBM governs:

CBM does not independently determine:

Complete software configuration validity
Actual runtime configuration conformity
Build execution correctness
Build reproducibility
Artifact-version integrity
Configuration change authorization outside baseline
establishment
Software quality
Software security
Release authorization
Deployment authorization
Legal compliance
Legal liability

CBM ends when the relevant baseline conditions have been represented
as a:

Governed Configuration Baseline State

with sufficient identity, purpose, scope, composition, authority,

applicability, evidence, validation, uncertainty, and continuity
information for competent parent SCFS governance.

Use Case 1 — An AI Coding Agent Establishes a New Baseline Without

Production Authority

An organization uses an AI coding agent to maintain a software
application.

The agent receives authorization to modify application code and prepare a

development build.

During execution, the agent generates a new configuration baseline
that includes:

Updated component versions
Modified configuration parameters
Changed service references
New environment assumptions

The agent labels the new baseline as the current production baseline.

The baseline is technically coherent.

The configuration files are complete.

However, the agent was authorized only to prepare a development

configuration.

The agent did not possess authority to establish a new production
baseline.

CBM evaluates:

Baseline Identity → Purpose → Scope → Classification → Composition →

Authority → Approval → Effective Conditions

The assessment identifies:

A new baseline object was created
The baseline had an identifiable composition
The agent's authority was limited to development activity
Production baseline establishment required separate competent
The baseline label did not establish legitimate production

authority. applicability.

The relevant governance state may be:

Authority-Unresolved

or, where lack of authority is established:

Invalid

The critical distinctions are:

Automated Baseline Generation ≠ Authorized Baseline Establishment.

Development Baseline Authority ≠ Production Baseline Authority.

Baseline Classification ≠ Baseline Governance State.

The result: CBM prevents a technically coherent configuration reference

from becoming an authoritative production baseline solely because an
automated system created or labeled it.

Use Case 2 — A Production Baseline Cannot Be Reconstructed After a

Critical Failure

An organization operates a software service that has undergone several
years of maintenance.

The service has an approved production configuration baseline.

However, the baseline record contains only:

An application version label
A partial configuration file
A general environment description

The baseline does not sufficiently identify:

The exact runtime version
Several material component versions
Relevant configuration defaults
Required environment-specific parameters
The effective configuration of an external integration

A critical failure occurs.

The organization attempts to reconstruct the previous production

configuration.

The recorded baseline is insufficient to establish the material
configuration reference required for competent restoration.

CBM evaluates:

Baseline Identity → Scope → Configuration Items → Version References →

Parameter References → Environmental Context → Completeness →
Reconstruction

The assessment identifies:

The baseline had an identifiable label
The baseline composition was materially incomplete
Several critical configuration relationships were unresolved
The available evidence was insufficient to reconstruct the
intended
Historical approval did not establish sufficient baseline
completeness

reference state.

The relevant governance state may be:

Composition-Unresolved

or:

Evidence-Limited

Where the missing information prevents competent assessment of a
critical configuration reference, CBM may establish a:

Critical Baseline Gap

The critical distinctions are:

Baseline Filename ≠ Reliable Baseline Identity.

Complete Baseline Record ≠ Complete Software Configuration Knowledge.

Approved Baseline ≠ Technically Validated Baseline.

Reconstructed Baseline ≠ Directly Observed Historical Configuration.

The result: CBM reveals that a baseline is operationally useful only
when its material composition, context, authority, and evidence remain
sufficiently established to support competent interpretation and
reconstruction.

Canonical Closing Statement

Software configuration cannot remain governable without a reliable

reference state.

A software organization may possess configuration files, repository
commits, build manifests, and version labels.

Yet these records do not automatically establish which configuration was

legitimately adopted, which components and parameters it contained,
which environment it applied to, or whether its material relationships
can be reconstructed.

A baseline is more than a saved configuration.

It is an identifiable governance reference.

Its authority must be established.

Its scope must be defined.

Its composition must be sufficiently known.

Its evidence must support the claims made about it.

Its applicability must remain bounded.

And its historical relationships must survive subsequent changes.

Documented Configuration ≠ Governed Configuration Baseline.

Approved Baseline ≠ Technically Validated Baseline.

Baseline Record Integrity ≠ Baseline Validity.

Validated Baseline ≠ Verified Actual Configuration.

Baseline Continuity ≠ Baseline Immutability.

These distinctions become increasingly important as software configuration

is generated, revised, and maintained through automated systems and
autonomous development mechanisms.

An AI agent may generate a technically coherent baseline.

A pipeline may record it.

A repository may preserve it.

A deployment system may reference it.

None of these actions independently establishes legitimate baseline

authority or proves that the resulting operational configuration
conforms to that reference.

CBM establishes the methodological requirement that configuration
baselines remain identifiable, authorized, evidence-supported, and
reconstructable reference states.

It does not require every baseline to remain unchanged.

It requires changes, revisions, supersession, and retirement to preserve

material baseline identity and historical continuity.

CBM transforms software configuration baselines from technical snapshots

into governed reference states — ensuring that software systems can
establish not merely which configuration was recorded, but which
configuration reference was legitimately established, what it
contained, where it applied, and whether its identity and evidence
remain sufficient for subsequent lifecycle governance.

A configuration baseline is not governed because it has been saved,
versioned, or approved. It is governed when its purpose, scope,
composition, authority, applicability, evidence, and continuity remain
sufficiently established to serve as a reliable reference for the
software configuration states that follow.