SSMM — Software Scope Management Module

OOF® Origin Open Foundation®

Independent Methodological Authority

Architecture: SLGA™ — Software Lifecycle Governance Architecture
Parent Standard: Software Requirements Standard (SRS)
Category: Governance & Enforcement
Subcategory: Software Lifecycle Governance
Type: Core Module
Governed Space: Software Scope Management Governance
Module ID: SLGA-SRS-SSMM-003
Origin ID: OOF.CM.SLGA.01.03.01
Version: 1.0
Status: Canonical Draft · Open Standard
Effective Date: Pending Canonical Publication
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 Software Scope Management Module (SSMM) governs how the scope of

software requirements is identified, defined, bounded, evaluated,
accepted, and maintained across software objects, capabilities,
configurations, operating contexts, and lifecycle conditions.

SSMM establishes the methodological conditions under which a specified

software requirement may be recognized as applicable to a particular
software scope.

It distinguishes the existence of a requirement from its applicability, the

recognition of a software purpose from authorization of its
implementation scope, and the technical reach of a software capability
from the boundaries within which that capability is legitimately
intended to operate.

SSMM applies regardless of whether software scope is defined by
humans, organizations, AI agents, autonomous systems, automated
development environments, or combinations of these actors.

It preserves scope boundaries when requirements are distributed across
components, teams, environments, versions, and software development
processes.

Its principal output is:

Governed Software Scope State

Its foundational distinction is:

Requirement Acceptance ≠ Requirement Scope Applicability.

Operational Role

The operational role of SSMM is:

To establish and maintain an identifiable, justified, and traceable

software requirements scope that determines where accepted or proposed
requirements apply, where they do not apply, and which conditions must
be satisfied before scope expansion, restriction, or reassignment can
be recognized.

SSMM prevents a requirement from being treated as universally applicable

merely because it has been specified, accepted, or implemented
somewhere within a software system.

It provides the applicability foundation required for governed requirements

baseline formation.

SSMM does not independently authorize software creation, requirements
changes, release, or deployment.

Position in the SRS Internal Governance Flow

The SRS internal governance flow is:

Software Purpose Definition → Requirements Specification → Software Scope

Management → Requirements Change Control → Requirements Traceability

SSMM governs:

Software Scope Management

It is the third Core Module of SRS.

Its principal upstream inputs are:

Governed Software Purpose State

SPDM — Software Purpose Definition Module

and:

Governed Software Requirements Specification State

RSPM — Requirements Specification Module

Its principal output is:

Governed Software Scope State

That state provides the applicable scope reference for:

RCCM — Requirements Change Control Module

and supports subsequent:

RTM — Requirements Traceability Module

Central Operational Question

Which software requirements legitimately apply to which software objects,

functions, configurations, environments, actors, and lifecycle
conditions, and how can those applicability boundaries remain explicit
when software evolves or its development becomes distributed and
autonomous?

Software Scope Governance Object

Every SSMM assessment must identify the Software Scope Governance
Object.

The object represents the software capability, system, component, service,

or defined software context whose requirements applicability is being
governed.

It should identify, where applicable:

Software object identity
Relevant purpose reference
Applicable requirements set
Scope version or reference state
Software boundaries
Relevant configurations
Intended operating contexts
Scope origin and recognition conditions
Material dependencies and exclusions

A software system may contain multiple overlapping scope objects.

Scope shall therefore not be inferred solely from a project name,

repository, or application boundary.

Software Object Identity ≠ Software Scope.

Scope Origin and Recognition Basis

SSMM shall identify how a proposed software scope originated.

Possible sources include:

Organizational project mandates
Product or service definitions
Governed software purpose states
Accepted requirements
Contractual or operational commitments
Applicable external constraints
Software modernization initiatives
AI-generated scope proposals
Autonomous development plans

The origin of a scope proposal shall remain traceable.

However, a proposed scope does not become legitimate merely because it
originates from an authorized project or competent technical system.

Scope Origin ≠ Scope Authorization.

Where recognition authority is unclear, the resulting scope shall
remain conditional or unresolved.

Scope Definition and Intended Coverage

SSMM shall establish what the governed software scope includes.

Relevant dimensions may include:

Functional Coverage: The capabilities and behaviors included within
the scope.

Software Object Coverage: The systems, services, components, and

interfaces concerned.

Requirements Coverage: The requirements intended to apply.

Operational Coverage: The relevant operating contexts and conditions.

Configuration Coverage: The configurations to which requirements
apply.

Lifecycle Coverage: The software lifecycle stages or states relevant to

Organizational Coverage: The applicable organizational or contractual

boundaries.

Not every software scope requires every dimension.

The necessary dimensions depend on the governed software reality.

A scope definition shall be sufficiently explicit to distinguish inclusion

from assumption.

Scope Inclusion and Exclusion

SSMM shall identify material inclusions and exclusions.

An inclusion establishes that a defined requirement, function, or
software object belongs within the proposed or recognized scope under
specified conditions.

An exclusion establishes that a defined element is outside that scope.

Exclusions should be explicit where omission could create material
ambiguity.

A scope may exclude:

Particular software components
Specific user groups
Certain operating environments
Optional capabilities
Legacy functions
External systems
Particular configurations
Unapproved autonomous functions

An exclusion shall not be used to conceal a requirement that remains
mandatory under a competent external obligation.

Scope Exclusion ≠ Elimination of Applicable Obligation.

Where an exclusion conflicts with an applicable obligation, the
conflict shall be preserved for competent resolution.

Requirement Applicability

SSMM shall evaluate whether each material requirement applies to the

identified Software Scope Governance Object.

Applicability may depend on:

Software purpose
Requirement acceptance
Component identity
Intended function
Configuration
Operating environment
Applicable users or actors
Relevant external obligations
Version or lifecycle state
Explicit applicability conditions

A requirement may be valid and accepted without applying to every
software object.

Conversely, a requirement may be materially applicable to a software
object even where the current project documentation has omitted it.

Requirement Existence ≠ Requirement Applicability.

Requirement Omission ≠ Non-Applicability.

Scope–Purpose Alignment

SSMM shall evaluate the relationship between the proposed software scope

and the applicable Governed Software Purpose State.

The assessment should determine whether the scope:

Supports the recognized software purpose
Introduces capabilities beyond that purpose
Excludes capabilities necessary for that purpose
Changes intended use
Creates material purpose conflicts
Depends on unresolved purpose conditions

Where the proposed scope materially changes the recognized software
purpose, SSMM shall refer the matter to SPDM.

SSMM does not independently redefine the software purpose.

Purpose Recognition ≠ Unlimited Scope Authorization.

Scope Completeness and Sufficiency

SSMM shall assess whether the defined scope adequately represents the

material requirements applicable to the software object and intended
context.

Scope completeness concerns whether material applicability dimensions have

been addressed.

Scope sufficiency concerns whether the established boundaries are
adequate for the intended governance use.

A scope may be clearly bounded while excluding a capability essential
to the recognized purpose.

A scope may also be broad enough to include relevant functions but
insufficiently precise to establish which requirements apply to each
component.

Defined Scope ≠ Sufficient Scope.

Requirements Completeness ≠ Scope Completeness.

RSPM governs requirements completeness against the software purpose.

SSMM governs the applicability and coverage of those requirements
within defined software boundaries.

Scope Granularity and Hierarchy

Software scope may exist at multiple levels.

Examples include:

Software portfolio
Product
System
Service
Subsystem
Component
Interface
Function
Configuration
Specific operating context

SSMM shall identify material parent–child and overlapping scope

A requirement applicable to a parent scope shall not automatically be

assumed to apply identically to every subordinate scope.

Likewise, requirements established for one component shall not

automatically govern an entire system.

Parent Scope ≠ Automatic Universal Applicability.

Scope inheritance must preserve the conditions under which a
requirement applies.

Scope Dependencies and Shared Boundaries

Software scopes may depend on shared components, interfaces, services,
data, or operational capabilities.

SSMM shall identify dependencies that materially affect requirements
applicability.

Examples include:

Shared authentication services
Common data interfaces
Third-party software services
Shared infrastructure functions
Common operational controls
Dependencies between software components

A dependency may create requirements implications beyond the
immediately modified component.

However, the existence of a technical dependency does not
automatically authorize expansion of the governed scope.

Technical Dependency ≠ Scope Authorization.

Detailed software dependency governance remains within the competent
SLGA™ Software Dependency Standard.

Scope Configuration and Environment Alignment

A requirement may apply differently across software configurations and
environments.

SSMM shall preserve material distinctions between:

Development environments
Testing environments
Staging environments
Production environments
Regional or organizational deployments
Configuration variants
Product editions
Legacy and current versions

A requirement accepted for one configuration shall not automatically be

treated as applicable to another.

Configuration Similarity ≠ Scope Equivalence.

Test Scope ≠ Production Scope by default.

Where requirements applicability depends on configuration, the
relevant conditions shall remain identifiable.

Scope Boundary Across Software Versions

Software versions may introduce, modify, or retire capabilities.

SSMM shall determine whether an existing scope remains applicable when
the software version changes.

Relevant considerations include:

Changes in functionality
New or removed components
Modified interfaces
Changed operating assumptions
Updated requirements
New applicable constraints
Changes in intended use

A version change does not necessarily require a new scope.

However, material changes affecting applicability shall trigger scope

reassessment.

Version Continuity ≠ Scope Continuity by default.

Scope Under Distributed Development

Software may be developed by multiple teams, suppliers, organizations,
and autonomous systems.

SSMM shall preserve scope identity and applicability across distributed

development activities.

The governance process should identify:

Which software objects belong to each governed scope
Which requirements apply to each object
Where scope boundaries overlap
Which interfaces connect different scopes
Where interpretations conflict
Which changes require coordination

Distributed development shall not cause locally accepted requirements to be

treated as globally applicable without sufficient governance
justification.

Local Scope Recognition ≠ Global Scope Applicability.

Autonomous Scope Expansion

AI agents and autonomous development systems may identify
opportunities to extend software functionality.

Such systems may propose:

New features
Additional data access
New integrations
Expanded automation
Additional tool permissions
Changes to operating boundaries
New downstream actions

SSMM shall distinguish proposed scope expansion from legitimately

recognized scope expansion.

An agent's authority to complete a development objective does not
automatically authorize every additional function or tool path it
proposes.

Task Authority ≠ Constituent Action Authority.

Autonomous Capability Discovery ≠ Authorized Scope Expansion.

Material expansion proposals shall remain subject to the applicable

purpose, requirements, authority, and change-governance conditions.

Scope Conflict and Boundary Overlap

Different requirements or software scopes may overlap or conflict.

Examples include:

Two components claiming responsibility for the same function
Different teams assigning incompatible requirements to a shared
A feature included in one scope but excluded from another
A software requirement applying under one configuration but not
Conflicting organizational or contractual scope interpretations

interface. another.

SSMM shall identify material conflicts and distinguish:

Compatible Overlap

Conditional Overlap

Conflicting Overlap

Unresolved Boundary

Where conflict resolution requires competent authority, SSMM shall
preserve the unresolved condition rather than impose an unsupported
resolution.

Scope Overlap ≠ Scope Agreement.

Scope Evidence and Recognition Conditions

SSMM shall preserve the evidence supporting material scope
determinations.

Relevant evidence may include:

Governed software purpose references
Accepted requirement references
Scope proposals
Competent recognition records
Contractual or organizational boundaries
Applicable external constraints
Configuration records
Interface definitions
Scope assessment findings
Exclusion justifications

Scope recognition shall preserve its applicable conditions.

A scope should not be represented as unconditionally recognized where
its authority, evidence, or applicability remains materially
unresolved.

Documented Scope ≠ Governed Scope.

Technical Scope Description ≠ Evidence of Scope Authorization.

Scope Recognition and Governance States

SSMM shall represent the current governance condition of a software
scope.

Possible states include:

Proposed: The scope has been submitted or generated but not sufficiently

evaluated.

Under Evaluation: The scope is undergoing applicability, boundary, or
recognition assessment.

Recognized: The scope satisfies applicable recognition conditions.

Conditionally Recognized: The scope is recognized subject to explicit
limitations or unresolved conditions.

Partially Defined: Material scope dimensions remain insufficiently

specified.

Conflicted: Material scope contradictions remain unresolved.

Evidence-Limited: Available evidence is insufficient for a reliable
scope determination.

Out of Scope: A requirement or capability has been determined not to

apply within the defined context.

Unresolved: The available information does not support a sufficiently
determined state.

Superseded: A later governed scope state has replaced the previous
state.

Withdrawn: The scope has been withdrawn through an applicable
competent process.

These states describe the governance condition of the scope.

They do not independently authorize implementation or deployment.

Recognized Scope ≠ Software Execution Authorization.

Requirements Baseline Applicability

SSMM shall support determination of which accepted requirements are
applicable to a defined software baseline.

The process shall distinguish:

Specified Requirement

Accepted Requirement

Applicable Baseline Requirement

A requirement may be accepted generally but not applicable to a
particular software object, configuration, or version.

A requirement may also be applicable only when a defined condition is
satisfied.

SSMM shall preserve those applicability conditions.

The resulting scope state provides an essential input to the Governed

Software Requirements Baseline established under SRS.

Accepted Requirement ≠ Applicable Baseline Requirement.

Requirements Baseline Inclusion Requires Governed Applicability.

Scope Change and Impact

Software scope may change because of:

New requirements
Removed requirements
Changes in software purpose
New integrations
Component restructuring
Configuration changes
Organizational changes
Changes in applicable obligations
AI-generated expansion proposals
Operational findings

SSMM shall identify whether a proposed modification affects the recognized

scope.

Material scope changes should preserve:

Previous scope identity
Proposed new scope
Change origin
Change justification
Affected requirements
Affected software objects
Material dependencies
Applicable authority conditions
Recognition state
Relevant impact findings

RCCM governs the competent requirements change-control process.

SSMM governs the resulting scope and applicability implications.

Scope Change Proposal ≠ Authorized Scope Change.

Scope Drift and Unauthorized Expansion

Scope Drift occurs when the actual or proposed software scope
progressively diverges from the recognized scope without adequate
governance recognition.

Potential indicators include:

Features added without scope reassessment
Requirements applied to unintended components
Autonomous agents introducing additional functions
Unreviewed expansion of data access
New integrations outside the recognized boundary
Informal assumptions replacing explicit applicability conditions

SSMM shall identify material scope drift and determine whether reassessment

is required.

Technical implementation of an expanded capability does not
retroactively legitimize the expansion.

Implemented Functionality ≠ Recognized Scope.

Scope Continuity and Reassessment

A governed software scope shall remain identifiable when development
actors, software versions, configurations, organizations, or operating
environments change.

SSMM shall preserve sufficient continuity to reconstruct:

Previous scope states
Material boundary changes
Applicable requirements
Recognition conditions
Affected software objects
Unresolved conflicts
Reassessment outcomes

Reassessment may be triggered by material changes in purpose,
requirements, configuration, dependencies, operational context, or
applicable obligations.

A previously recognized scope shall not automatically remain valid under

materially changed conditions.

Historical Scope Recognition ≠ Permanent Scope Validity.

Governed Software Scope State

The principal output of SSMM is: Governed Software Scope State

The state shall preserve sufficient information to identify:

Software Scope Governance Object: The software object or context whose

scope is governed.

Scope Identity: The identifiable scope and relevant version.

Purpose Reference: The applicable Governed Software Purpose State.

Requirements Reference: The relevant Governed Software Requirements

Specification State.

Scope Definition: The included functions, software objects, and operating

Scope Exclusions: Material functions, objects, or contexts excluded from

the scope.

Requirements Applicability: Requirements applicable to the defined
scope.

Conditional Applicability: Requirements that apply only under
specified conditions.

Scope Hierarchy: Material parent–child and overlapping relationships.

Configuration and Environment: Relevant software variants and operating

contexts.

Scope Dependencies: Material interfaces and shared boundaries.

Scope Recognition: The applicable governance state and recognition

conditions.

Scope Conflicts: Material unresolved overlaps or contradictions.

Evidence: Supporting sources and material limitations.

Uncertainty: Unresolved applicability or boundary conditions.

Change and Continuity: Relevant scope history and reassessment
conditions.

Traceability: Relationships to software purpose, requirements, and

subsequent change governance.

The state shall be sufficiently explicit to support requirements baseline

applicability and subsequent requirements change governance.

Minimum Implementation Framework

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

Software Scope Object and Boundary Governance

Capability to identify the Software Scope Governance Object, define scope

identity, and establish material inclusions, exclusions, contexts, and
boundaries.

The implementation must distinguish software identity from governed
software scope.

Requirements Applicability and Purpose Alignment Governance

Capability to evaluate which requirements apply to the defined scope and

whether the scope remains aligned with the applicable Governed
Software Purpose State.

The implementation must distinguish accepted requirements from
applicable baseline requirements.

Scope Hierarchy, Configuration, and Dependency Governance

Capability to represent scope relationships across software systems,

components, interfaces, versions, configurations, environments, and
material dependencies.

The implementation must prevent unsupported inheritance of
applicability across different scopes.

Scope Conflict, Evidence, and Recognition Governance

Capability to identify overlapping or conflicting scopes, preserve

supporting evidence, assess recognition conditions, and represent
unresolved applicability or authority questions.

The implementation must not convert technical inclusion into
legitimate scope authorization.

Scope Change, Drift, and Continuity Governance

Capability to identify material scope changes, detect unauthorized

expansion, preserve scope history, evaluate affected requirements, and
trigger reassessment.

The implementation must distinguish proposed changes from changes
authorized through the applicable competent process.

Governed Scope State and Requirements Change Handoff Governance

Capability to produce a Governed Software Scope State containing sufficient

applicability, boundary, recognition, evidence, and continuity
information for subsequent requirements change governance and baseline
maintenance.

The implementation must preserve material unresolved conditions during
handoff.

GIE™ Compatibility

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

GIE™ may support:

Software scope discovery
Requirements applicability mapping
Purpose–scope alignment assessment
Scope hierarchy representation
Boundary overlap and conflict detection
Configuration and environment comparison
Scope drift identification
Change-impact analysis
Evidence and recognition-state mapping
Governed scope state generation
Reassessment and downstream handoff

GIE™ shall not independently grant scope authority, expand the recognized

scope, or convert technical reach into legitimate applicability.

Automated scope findings must remain distinguishable from competent
governance determinations.

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

Governance Logic

The canonical SSMM governance logic is:

Receive Governed Software Purpose State

↓

Receive Governed Software Requirements Specification State

↓

Identify Software Scope Governance Object

↓

Establish Scope Identity and Context

↓

Identify Scope Origin and Recognition Basis

↓

Define Scope Inclusions and Exclusions

↓

Identify Relevant Software Objects and Functions

↓

Map Requirements to Software Scope

↓

Assess Purpose–Scope Alignment

↓

Assess Requirements Applicability

↓

Identify Scope Hierarchy and Dependencies

↓

Assess Configuration and Environment Conditions

↓

Assess Scope Completeness and Sufficiency

↓

Identify Boundary Overlaps and Conflicts

↓

Assess Evidence and Recognition Conditions

↓

Preserve Unresolved Applicability and Authority Questions

↓

Determine Scope Governance State

↓

Establish Governed Software Scope State

↓

Preserve Scope Identity, Versions, and Traceability

↓

Handoff to Requirements Change Control

↓

Reassess When Material Scope Conditions Change

The principal output is:

Governed Software Scope State

Governance Outputs

SSMM may produce:

- Software Scope Governance Object

- Software Scope Identity Record - Scope Origin Record - Scope
Definition - Scope Inclusion Record - Scope Exclusion Record -
Purpose–Scope Alignment State - Requirements Applicability State -
Conditional Applicability Record - Scope Completeness Assessment -
Scope Sufficiency Assessment - Scope Hierarchy Record - Scope
Dependency Record - Configuration Applicability Record - Environment
Applicability Record - Scope Boundary Overlap Record - Scope Conflict
Record - Scope Recognition State - Scope Recognition Conditions -
Scope Evidence State - Scope Uncertainty Record - Scope Change Record
- Scope Impact Assessment - Scope Drift Record - Scope Continuity
Record - Scope Reassessment Record - Requirements Baseline
Applicability Record - Requirements Change Handoff Record

The principal output is:

Governed Software Scope State

Critical Distinctions

SSMM preserves the following distinctions:

Requirement Acceptance ≠ Requirement Scope Applicability

Software Object Identity ≠ Software Scope

Scope Origin ≠ Scope Authorization

Scope Exclusion ≠ Elimination of Applicable Obligation

Requirement Existence ≠ Requirement Applicability

Requirement Omission ≠ Non-Applicability

Purpose Recognition ≠ Unlimited Scope Authorization

Defined Scope ≠ Sufficient Scope

Requirements Completeness ≠ Scope Completeness

Parent Scope ≠ Automatic Universal Applicability

Technical Dependency ≠ Scope Authorization

Configuration Similarity ≠ Scope Equivalence

Test Scope ≠ Production Scope by default

Version Continuity ≠ Scope Continuity by default

Local Scope Recognition ≠ Global Scope Applicability

Task Authority ≠ Constituent Action Authority

Autonomous Capability Discovery ≠ Authorized Scope Expansion

Scope Overlap ≠ Scope Agreement

Documented Scope ≠ Governed Scope

Technical Scope Description ≠ Evidence of Scope Authorization

Recognized Scope ≠ Software Execution Authorization

Accepted Requirement ≠ Applicable Baseline Requirement

Scope Change Proposal ≠ Authorized Scope Change

Implemented Functionality ≠ Recognized Scope

Historical Scope Recognition ≠ Permanent Scope Validity

Cross-Architecture Boundary

SSMM governs software scope and requirements applicability within SRS
and SLGA™.

It does not replace competent governance of authority, accountability,
operational reality, software dependencies, configuration, software
creation, or autonomous system execution.

Relevant interoperating architectures may include:

GOA™ — Governance Architecture: General authority, mandate, and

delegation boundaries.

AGA™ — Accountability Governance Architecture: Applicable responsibility

and accountability conditions.

ASGA™ — Autonomous Systems Governance Architecture: Autonomous system

authority and execution boundaries.

ORA™ — Operational Reality Architecture: Competent assessment of

operational reality conditions.

VALIDOS™: Applicable validation methodology.

ADIT®: Broader evidence and auditability governance.

Within SRS:

SPDM governs software purpose definition.

RSPM governs requirements specification and completeness assessment.

SSMM governs software scope and requirements applicability.

RCCM governs requirements changes and their competent control.

RTM governs requirements traceability.

Within SLGA™:

The Software Dependency Standard governs the software dependency

lifecycle.

The Software Configuration Standard governs software configuration
states.

The Software Creation Standard governs software creation activities.

The Software Lifecycle Control Standard governs cross-cutting lifecycle

control.

SSMM may consume relevant governed states from these domains without
replacing their responsibilities.

Canonical Boundary

SSMM begins when software requirements must be assigned to a defined
software object, capability, configuration, operating context, or
lifecycle scope.

SSMM governs:

Software scope object identification
Scope identity
Scope origin and recognition basis
Scope definition
Scope inclusion and exclusion
Requirements applicability
Purpose–scope alignment
Scope completeness and sufficiency
Scope hierarchy
Scope dependencies
Configuration and environment applicability
Scope version alignment
Distributed development boundaries
Autonomous scope expansion
Scope overlap and conflict
Scope evidence
Scope recognition
Requirements baseline applicability
Scope change implications
Scope drift
Scope continuity
Scope reassessment
Requirements change handoff

SSMM does not independently determine:

General organizational or legal authority
Recognition of a materially new software purpose
Requirements specification completeness
Authorization of substantive requirements changes
Software design or implementation
Software dependency lifecycle validity
Software configuration validity
Software quality or security conformance
Release or deployment authorization
Complete lifecycle traceability governance

SSMM ends when the relevant software requirements scope has been
represented as a:

Governed Software Scope State

with sufficient identity, applicability, boundaries, recognition

conditions, evidence, and continuity to support subsequent
requirements change governance and baseline maintenance.

Use Case 1 — A Requirement Is Accepted, but It Does Not Apply
Everywhere

A software company develops a platform used by several business units.

A requirement is accepted requiring all customer transactions to
undergo an additional approval step.

The requirement is legitimate for one business unit handling
high-value financial transactions.

However, another business unit uses the same platform for low-risk internal

requests.

The development team initially assumes that the accepted requirement
applies across the entire application.

SSMM evaluates the requirement against the relevant software scope.

The assessment identifies:

Requirement Identity

Applicable Business Unit

Applicable Transaction Type

Relevant Software Components

Configuration Conditions

Scope Exclusions

The resulting Governed Software Scope State establishes that the
requirement applies only under the recognized conditions.

The requirement remains accepted.

Its applicability is bounded.

Accepted Requirement ≠ Universal Requirement Applicability.

SSMM prevents a locally applicable requirement from becoming an unsupported

global software obligation.

Use Case 2 — An AI Agent Expands the Software Beyond Its Assigned Scope

A company uses an autonomous coding agent to improve an internal inventory

application.

The authorized development objective is to optimize stock-level
reporting.

During implementation planning, the agent identifies an opportunity to

integrate supplier purchasing systems and automatically place
replenishment orders.

The proposed integration may be technically useful.

However, it introduces:

New external system connections
Additional data access
Financially consequential actions
New operational dependencies
Capabilities outside the original development scope

SSMM distinguishes the authorized reporting scope from the proposed

purchasing automation scope.

The additional capability remains a proposed scope expansion.

The module identifies the affected software objects, requirements,

dependencies, and applicable recognition conditions.

The resulting scope state may remain:

Conditionally Recognized

or:

Unresolved

until the competent governance processes determine whether the
expansion is legitimate.

The agent's ability to implement the integration does not establish
authority to expand the software's purpose or scope.

Autonomous Capability Discovery ≠ Authorized Scope Expansion.

Task Authority ≠ Constituent Action Authority.

Canonical Closing Statement

Software scope determines where requirements apply and where their
applicability ends.

A requirement may be correctly specified and legitimately accepted
without applying to every software component, configuration,
environment, or operating context.

A software capability may be technically available without belonging
to the recognized scope.

A project may have an approved purpose without possessing unlimited
authority to expand its functionality.

And an autonomous development system may identify useful extensions
without possessing authority to incorporate them.

Requirement Acceptance ≠ Requirement Scope Applicability.

Purpose Recognition ≠ Unlimited Scope Authorization.

Technical Dependency ≠ Scope Authorization.

Implemented Functionality ≠ Recognized Scope.

Autonomous Capability Discovery ≠ Authorized Scope Expansion.

SSMM establishes the methodological conditions under which software scope

becomes identifiable, bounded, justified, and traceable.

It preserves applicability across software objects, versions,

configurations, development teams, and autonomous actors.

It ensures that scope changes remain distinguishable from technical
changes and that expanded functionality does not silently redefine the
boundaries of the software requirements baseline.

SSMM does not determine whether the software should be implemented or
deployed.

It establishes where the governed requirements legitimately apply.

SSMM transforms software scope from an assumed project boundary into a

governed requirements applicability state — ensuring that the reach of
software functionality never substitutes for the legitimacy of the
scope within which that functionality is intended to operate.