RSPM — Requirements Specification 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 Requirements Specification Governance
Module ID: SLGA-SRS-RSPM-002
Origin ID: OOF.CM.SLGA.01.02.01
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 Requirements Specification Module (RSPM) governs how proposed software

requirements are identified, interpreted, formulated, classified,
evaluated for specification quality, assessed for material
completeness and consistency, and represented as identifiable
requirements capable of entering subsequent software requirements
governance.

RSPM establishes the methodological conditions under which a software

requirement can be considered sufficiently specified for evaluation,
acceptance, scope determination, and lifecycle use.

It connects proposed requirements to the applicable Governed Software

Purpose State while preserving the distinction between what has been
requested, what has been interpreted, what has been specified, and
what has been legitimately accepted.

RSPM applies to requirements originating from humans, organizations, AI

agents, autonomous systems, automated analysis, existing software
behavior, and other competent sources.

It does not assume that a requirement becomes legitimate merely
because it is clear, technically feasible, or automatically generated.

Its principal output is:

Governed Software Requirements Specification State

Its foundational distinction is:

Documented Requirement ≠ Governed Requirement Specification.

Operational Role

The operational role of RSPM is:

To transform proposed software requirements into identifiable,

sufficiently explicit, assessable, and purpose-aligned requirement
specifications while preserving their origin, interpretation,
assumptions, uncertainty, conflicts, completeness limitations, and
acceptance boundaries.

RSPM establishes what each requirement means and whether the proposed

requirements collectively provide a sufficiently defined
representation of the intended software purpose.

It does not independently authorize implementation.

Nor does it establish that the specified software has been built,
tested, or demonstrated to operate successfully.

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

RSPM governs:

Requirements Specification

It is the second Core Module of SRS.

Its principal upstream input is:

Governed Software Purpose State

SPDM — Software Purpose Definition Module

Additional inputs may include stakeholder requests, operational
observations, applicable constraints, existing requirements, relevant
system evidence, and proposed requirements generated by automated
systems.

Its principal output is:

Governed Software Requirements Specification State

That state proceeds to:

SSMM — Software Scope Management Module

RSPM also provides specification information required by subsequent

requirements change and traceability governance.

Central Operational Question

How can proposed software requirements be transformed into
sufficiently clear, complete, consistent, assessable, and
purpose-aligned specifications without allowing interpretation,
technical feasibility, or automated generation to substitute for
legitimate requirements acceptance?

Software Requirement Governance Object

Every RSPM assessment must identify the Software Requirement
Governance Object.

The object represents an individual proposed requirement or a defined set

of related requirements undergoing specification governance.

Each requirement should have, where applicable:

A stable requirement identifier
A requirement statement
An identifiable origin
A relationship to the governed software purpose
A requirement classification
Relevant assumptions and dependencies
A specification version
An evaluation and acceptance state
Supporting evidence and known limitations

A requirement identifier must remain distinguishable from the text or
representation used to express the requirement.

Requirement Identity ≠ Requirement Wording.

Rewording a requirement does not necessarily create a new requirement.

Conversely, preserving the same identifier does not justify concealing
a material change in meaning.

Requirements Input and Origin Governance

RSPM shall identify the origin and form of proposed requirements.

Inputs may include:

Explicit stakeholder requests
Business or operational needs
Contractual requirements
Applicable external obligations
Existing system behavior
Defect and incident findings
Technical or operational constraints
AI-generated requirements
Autonomous software analysis
Derived requirements from other governed requirements

Each material requirement should remain traceable to its source or
derivation basis.

Where the source is uncertain, reconstructed, or unavailable, that
condition shall remain explicit.

Requirement Source ≠ Requirement Authority.

A source may provide information relevant to requirements formation
without being competent to authorize the requirement.

Purpose Alignment

RSPM shall evaluate proposed requirements against the applicable Governed

Software Purpose State.

A requirement should have an identifiable relationship to:

The intended software outcome
A necessary capability
An applicable constraint
A relevant operating condition
A legitimate supporting requirement

Requirements without a defensible relationship to the governed purpose

shall be identified for clarification, justification, rejection, or
separate purpose reassessment.

A technically attractive feature does not automatically belong to the
intended software.

Technical Usefulness ≠ Purpose Alignment.

Where a proposed requirement materially changes the software's
intended purpose, the issue shall be referred to SPDM rather than
silently incorporated into the specification.

Requirements Interpretation Governance

Proposed requirements may be expressed through natural language,
structured data, diagrams, examples, software behavior, or
machine-generated representations.

RSPM shall distinguish the original expression from the interpretation used

to form the specification.

Where material interpretation is necessary, the resulting
specification should preserve:

The original requirement expression
The interpreted meaning
Material assumptions
Alternative interpretations where relevant
The source of interpretation
Unresolved ambiguity
Relevant confirmation or acceptance evidence

This distinction is particularly important in AI-assisted software
development.

Requested Behavior ≠ Interpreted Behavior.

An AI-generated interpretation shall not automatically become the accepted

meaning of a requirement.

Requirements Specification Quality

RSPM shall assess whether each material requirement is sufficiently
specified for its intended governance use.

Relevant quality dimensions include:

Clarity: The intended meaning can be understood without material
unresolved ambiguity.

Specificity: The required capability, condition, or constraint is
sufficiently defined.

Consistency: The requirement does not contain unresolved material
contradictions.

Assessability: Applicable satisfaction or verification conditions can
be identified.

Purpose Alignment: The requirement supports the relevant governed

software purpose.

Contextual Adequacy: Material operating conditions and assumptions are
represented.

Traceability: The requirement remains identifiable and connected to its

relevant sources and governance states.

Change Discernibility: Material changes in requirement meaning can be
identified.

Not every requirement requires the same degree of technical detail.

Specification sufficiency depends on the requirement's purpose,

criticality, and lifecycle context.

Specification Detail ≠ Specification Quality.

Requirement Classification

RSPM shall support classification where classification materially
affects specification, assessment, or downstream governance.

Requirements may concern:

Functional behavior
Performance
Reliability and availability
Security and privacy
Safety
Accessibility and usability
Data handling
Interoperability
Operational constraints
Maintenance and support
Continuity and recovery
External obligations
Other relevant software characteristics

Classification shall not replace the competent governance domains

responsible for validating specialized requirements.

A security requirement, for example, remains a software requirement while

its substantive security adequacy may require assessment under the
applicable security governance process.

Requirement Granularity and Decomposition

Requirements may be expressed at different levels of abstraction.

RSPM shall distinguish high-level objectives from requirements sufficiently

detailed for downstream assessment.

Where necessary, a requirement may be decomposed into subordinate
requirements.

Decomposition should preserve:

The parent requirement
The reason for decomposition
The resulting subordinate requirements
Material dependencies
Coverage of the parent requirement
Unresolved gaps or overlaps

A decomposition shall not silently introduce a materially new purpose or

obligation.

Requirement Decomposition ≠ Authority to Expand Requirements.

The number of subordinate requirements does not establish that the
original requirement has been completely represented.

Requirement Conditions and Constraints

A requirement may depend on conditions that materially affect its
meaning.

RSPM shall identify relevant:

Preconditions
Trigger conditions
Operating states
Input conditions
Output conditions
Exception conditions
Environmental assumptions
Dependencies
Applicable constraints

Requirements should distinguish required behavior under normal
conditions from behavior required during failures, interruptions,
degraded operation, or other materially relevant circumstances.

A specification describing only the expected successful path may be
insufficient for the intended software purpose.

Normal Operation Specification ≠ Complete Operational Behavior

Requirement Assessability and Acceptance Criteria

RSPM shall establish whether a requirement can be meaningfully
assessed.

Where appropriate, a specification should identify:

The expected behavior or condition
The applicable evaluation context
Relevant observable outcomes
Material thresholds or tolerances
Applicable exception conditions
The basis for determining whether the requirement has been
satisfied

Requirements may be qualitative, quantitative, conditional, or
constraint-based.

RSPM does not require every requirement to be reduced to a numerical
metric.

However, requirements whose satisfaction cannot be meaningfully assessed

shall not be represented as fully assessable without qualification.

Requirement Statement ≠ Verification Condition.

Defining assessment criteria does not establish that the requirement
has been satisfied.

Requirements Completeness Governance

RSPM shall evaluate whether the proposed requirements set sufficiently

represents the applicable governed software purpose.

Completeness shall be assessed relative to:

The recognized software purpose
The intended software capabilities
Material operating scenarios
Known failure and exception conditions
Applicable constraints
Relevant interfaces and dependencies
Material stakeholder and operational needs
Known assumptions and unresolved questions

Completeness does not require enumeration of every conceivable future
condition.

It requires sufficient coverage of the material requirements necessary for

the declared purpose and applicable assessment context.

Requirements Consistency ≠ Requirements Completeness.

A specification can be internally consistent while omitting an
essential requirement.

Requirements Coverage Assessment

RSPM shall support an identifiable relationship between the governed

software purpose and the requirements intended to realize it.

The assessment should identify which material purpose dimensions are:

Covered: Sufficiently represented by specified requirements.

Partially Covered: Represented, but with material gaps.

Uncovered: Not adequately represented.

Unresolved: Coverage cannot yet be determined.

Coverage should not be inferred merely from the number of
requirements.

Requirement Volume ≠ Purpose Coverage.

Where material coverage gaps exist, they shall remain visible in the
specification state.

Missing Requirements and Hidden Assumptions

RSPM shall identify material missing requirements and assumptions that
have not been expressed as requirements.

Examples may include:

Undefined failure handling
Missing recovery behavior
Unspecified access restrictions
Unaddressed interface failures
Undefined data retention conditions
Unclear human intervention requirements
Assumed availability of external systems
Unspecified behavior during interrupted operations

A missing requirement shall not automatically be converted into an accepted

requirement.

RSPM may identify, formulate, and propose it for evaluation.

Recognition and acceptance remain subject to the applicable competent

process.

Identified Gap ≠ Authorized New Requirement.

Requirements Consistency and Conflict

RSPM shall identify material conflicts within and between specified
requirements.

Conflicts may concern:

Contradictory required behaviors
Incompatible thresholds
Mutually exclusive operating conditions
Conflicting data handling requirements
Inconsistent terminology
Contradictory interface expectations
Incompatible dependencies
Conflicts with the governed software purpose

Where conflicts can be resolved through clarification, the resolution
should preserve the original conflicting statements and the basis for
reconciliation.

Where resolution requires a substantive decision outside RSPM's
competence, the conflict shall remain explicit.

Conflict Detection ≠ Authority to Resolve Conflict.

Requirements Dependencies

Requirements may depend on other requirements, software components,
external systems, operating conditions, or governed constraints.

RSPM shall identify dependencies that materially affect the meaning,
feasibility, completeness, or assessability of a requirement.

Dependencies may be:

Prerequisite
Conditional
Shared
Conflicting
External
Unverified

Where a requirement depends on another requirement, changes to either
may affect the validity of the specification.

RSPM identifies these relationships.

Detailed software dependency lifecycle governance remains within the
competent SLGA™ dependency domain.

Requirements Priority and Obligation

RSPM shall distinguish a requirement's importance from its binding
status.

A requirement may be:

Mandatory under an applicable competent basis
Conditionally required
Optional
Proposed for future consideration
Subject to unresolved obligation status

Priority may express implementation urgency or relative importance.

Obligation expresses whether the requirement is binding under the
applicable governance context.

High Priority ≠ Mandatory Obligation.

Technical Recommendation ≠ Binding Requirement.

RSPM shall preserve the identified basis for material obligation claims

without independently creating legal, contractual, or organizational
authority.

Requirements Operational Reality Alignment

A requirement may be clear, consistent, and assessable while depending
on operational conditions that do not exist.

RSPM shall identify material assumptions concerning:

Available infrastructure
Data availability and quality
System interfaces
Operating environments
Resource conditions
Human capabilities
External services
Technical or organizational dependencies

Where operational feasibility has not been established, the
specification shall preserve that limitation.

RSPM may identify the need for competent validation.

It does not independently certify operational feasibility.

Requirements Consistency ≠ Operational Feasibility.

Specified Capability ≠ Demonstrated Capability.

Requirements Generated by AI and Autonomous Systems

RSPM applies equally to human-authored and machine-generated
requirements.

Where AI agents or autonomous systems interpret, derive, or propose
requirements, the specification process shall preserve:

The originating objective
The source of the generated requirement
The relevant interpretation or derivation
Material assumptions
Proposed scope changes
Applicable authority boundaries
The evaluation and acceptance state

An AI system may generate a technically coherent requirement that is
not authorized, necessary, or aligned with the governed software
purpose.

Requirement Generation Capability ≠ Requirements Governance Authority.

Task Authority ≠ Constituent Action Authority.

Automated requirement generation shall not silently convert a proposed

requirement into an accepted requirement.

Requirements Under Distributed Development

Software requirements may be created and modified across multiple
teams, suppliers, repositories, agents, and organizational boundaries.

RSPM shall preserve sufficient specification identity and context to

prevent materially different interpretations from being treated as
equivalent requirements.

Relevant controls include:

Stable requirement references
Explicit specification versions
Shared definitions
Identifiable interpretation differences
Material conflict detection
Recognition of unresolved requirements
Traceable specification handoffs

A requirement interpreted consistently within one team may still
conflict with the interpretation used elsewhere.

Shared Requirement Identifier ≠ Shared Requirement Meaning.

Requirement Specification States

RSPM shall represent the current governance condition of specified

requirements.

Possible states include:

Proposed: A requirement has been submitted or generated.

Under Specification: Its meaning or structure is being established.

Specified: The requirement has reached a defined specification state.

Conditionally Specified: The specification remains dependent on explicit

unresolved conditions.

Ambiguous: Material interpretation uncertainty remains.

Conflicted: Material contradictions remain unresolved.

Incomplete: The requirement or relevant requirements set lacks necessary

information or coverage.

Evidence-Limited: Material supporting evidence is insufficient.

Ready for Acceptance Evaluation: The specification is sufficiently
developed for the applicable acceptance process.

Accepted: Competent acceptance has been established and recorded.

Rejected: The requirement has been rejected through an applicable
competent process.

Superseded: A later specification has replaced the previous state.

Withdrawn: The requirement has been withdrawn through an applicable
process.

The distinction between specification readiness and acceptance shall remain

explicit.

Specified Requirement ≠ Accepted Requirement.

Accepted Requirement ≠ Applicable Baseline Requirement.

Acceptance and baseline incorporation must remain subject to the
applicable SRS governance conditions, including scope and
applicability.

Requirements Acceptance Boundary

RSPM may support acceptance evaluation by producing sufficiently
specified requirements and preserving relevant evidence.

It shall not treat specification completeness, technical feasibility, or

automated approval as independent evidence of competent acceptance.

An accepted requirement should preserve, where applicable:

The accepted requirement identity and version
The competent acceptance source
The acceptance context
Material acceptance conditions
Relevant limitations
Effective applicability references

Where acceptance evidence is absent, the requirement shall not be
represented as unconditionally accepted.

Specification Readiness ≠ Acceptance Authority.

Specification Change and Version Integrity

Requirements specifications may evolve through clarification,
correction, decomposition, or substantive change.

RSPM shall distinguish:

Editorial Change: A change that does not materially alter requirement
meaning.

Clarification: A change that resolves ambiguity while preserving the
recognized intended requirement.

Substantive Change: A change affecting required behavior, obligation,

conditions, or intended outcome.

New Requirement: A newly introduced requirement that is not merely a
reformulation of an existing one.

Material changes shall preserve the relationship between previous and

current specification states.

A substantive change shall be referred to the applicable requirements

change governance process.

Specification Revision ≠ Automatically Authorized Requirements Change.

RCCM governs the competent change-control process.

Evidence, Provenance, and Specification Integrity

RSPM shall preserve evidence sufficient to reconstruct the material basis

of a requirements specification.

Relevant evidence may include:

Original requests
Governed software purpose references
Requirement derivation records
Clarification records
Applicable constraints
Operational assumptions
Conflict assessments
Completeness and coverage findings
Acceptance references
Specification change history

Where the same underlying evidence is repeated through multiple
automated processes, repetition shall not automatically be treated as
independent corroboration.

Where evidence is missing, conflicting, outdated, or potentially
compromised, the resulting limitation shall remain explicit.

Repeated Interpretation ≠ Independent Confirmation.

Documented Specification ≠ Validated Specification.

RSPM shall not suppress material uncertainty to produce an apparently

complete requirements set.

Requirements Specification Reassessment

A requirements specification shall remain capable of reassessment.

Reassessment may be triggered by:

Changes to the governed software purpose
New material requirements
Discovery of missing requirements
Material interpretation conflicts
Changes in operational assumptions
New applicable constraints
Changes in software interfaces or dependencies
Material software incidents
Autonomous reinterpretation of existing requirements
Evidence that the current specification no longer represents the

intended outcome.

Reassessment shall identify affected requirements and the need for

competent change control, scope reassessment, or renewed acceptance.

Historical Specification Sufficiency ≠ Continued Specification

Governed Software Requirements Specification State

The principal output of RSPM is: Governed Software Requirements
Specification State

The state shall preserve sufficient information to identify:

Software Purpose Reference: The applicable Governed Software Purpose

Requirements Set Identity: The identifiable set of requirements

undergoing governance.

Requirement Identities: Stable references and relevant versions.

Requirement Origins: Sources and material derivation relationships.

Requirement Statements: The specified behavior, capability, condition, or

Requirement Classification: Relevant functional or non-functional

Specification Quality: Clarity, specificity, consistency, and

Purpose Alignment: The relationship between requirements and the governed

software purpose.

Requirements Completeness: Material completeness findings and
limitations.

Requirements Coverage: Covered, partially covered, uncovered, and

unresolved purpose dimensions.

Requirements Conflicts: Material contradictions and reconciliation

conditions.

Operational Assumptions: Conditions requiring confirmation or
validation.

Requirements Dependencies: Material prerequisite and conditional

Obligation State: Applicable mandatory, conditional, optional, or

unresolved status.

Specification State: The current state of each requirement and the

requirements set.

Acceptance Boundary: Applicable acceptance evidence, conditions, or

unresolved authority questions.

Evidence and Provenance: Supporting sources and material limitations.

Uncertainty: Material unresolved interpretation or evidence
conditions.

Version and Continuity: Relevant specification history and superseded

Handoff Conditions: Information required for subsequent software scope

governance.

The state does not independently establish that every requirement is
accepted or applicable to a software baseline.

Minimum Implementation Framework

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

Requirement Object, Origin, and Purpose Alignment Governance

Capability to identify requirements, preserve their origin and versions,

and assess their relationship to the applicable Governed Software
Purpose State.

The implementation must distinguish a proposed requirement from a
purpose-aligned and sufficiently specified requirement.

Requirement Interpretation, Formulation, and Classification
Governance

Capability to transform proposed requirements into identifiable

specifications while preserving original expressions, material
interpretations, classifications, assumptions, and unresolved
ambiguity.

The implementation must not treat AI-generated interpretation as
automatically accepted requirement meaning.

Specification Quality, Assessability, and Operational Conditions

Capability to assess clarity, specificity, internal consistency, assessment

conditions, relevant operating scenarios, dependencies, and material
operational assumptions.

The implementation must distinguish specification sufficiency from
verified operational feasibility.

Requirements Completeness, Coverage, and Conflict Governance

Capability to evaluate material requirements completeness against the

governed software purpose, identify coverage gaps, detect
contradictions, preserve unresolved conflicts, and distinguish missing
requirements from authorized additions.

The implementation must not infer completeness from requirement volume
or internal consistency alone.

Requirements State, Evidence, and Continuity Governance

Capability to preserve specification states, acceptance boundaries,

supporting evidence, uncertainty, versions, substantive changes, and
reassessment triggers.

The implementation must distinguish specification readiness from
competent acceptance and refer substantive changes to RCCM.

Governed Specification State and Scope Handoff Governance

Capability to produce a Governed Software Requirements Specification State

with sufficiently explicit requirement identities, meanings, purpose
relationships, completeness findings, applicability questions,
conflicts, and evidence for subsequent Software Scope Management.

The implementation must preserve material limitations and unresolved
conditions during handoff.

GIE™ Compatibility

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

GIE™ may support:

Requirement discovery and structured extraction
Interpretation comparison and ambiguity detection
Purpose alignment assessment
Requirement classification
Completeness and coverage analysis
Conflict and dependency identification
Evidence and provenance mapping
Specification state representation
Reassessment and downstream handoff

Automated assessments shall preserve the distinction between

machine-generated findings and competent governance determinations.

GIE™ must not independently grant requirements acceptance authority,
eliminate unresolved uncertainty, or alter canonical RSPM governance
logic to accommodate software implementation limitations.

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

Governance Logic

The canonical RSPM governance logic is:

Receive Governed Software Purpose State

↓

Identify Proposed Requirements and Sources

↓

Establish Requirement Identities

↓

Preserve Original Expressions and Interpretations

↓

Assess Purpose Alignment

↓

Formulate and Classify Requirements

↓

Identify Required Behavior, Conditions, and Constraints

↓

Assess Specification Clarity and Assessability

↓

Identify Material Dependencies and Operational Assumptions

↓

Assess Requirements Completeness Against Governed Purpose

↓

Assess Requirements Coverage

↓

Identify Missing Requirements and Hidden Assumptions

↓

Assess Consistency and Detect Conflicts

↓

Clarify or Reconcile Where Competent

↓

Preserve Unresolved Ambiguity and Conflict

↓

Assess Evidence Sufficiency and Uncertainty

↓

Determine Specification and Acceptance States

↓

Establish Governed Software Requirements Specification State

↓

Preserve Identity, Versions, and Provenance

↓

Handoff to Software Scope Management

↓

Reassess When Material Requirements Conditions Change

The principal output is:

Governed Software Requirements Specification State

Governance Outputs

RSPM may produce:

- Software Requirement Governance Object

- Requirements Set Identity - Requirement Origin Record - Requirement
Interpretation Record - Requirement Specification - Requirement
Classification Record - Purpose Alignment State - Specification
Quality Assessment - Requirement Assessability State - Requirement
Conditions Record - Requirements Decomposition Record - Requirements
Completeness Assessment - Requirements Coverage State - Missing
Requirements Record - Operational Assumption Record - Requirements
Conflict Record - Requirements Reconciliation Record - Requirements
Dependency Record - Requirement Obligation State - Requirement
Specification State - Requirements Acceptance Boundary Record -
Requirements Evidence State - Requirements Uncertainty Record -
Specification Version Record - Specification Reassessment Record -
Requirements Scope Handoff Record

The principal output is:

Governed Software Requirements Specification State

Critical Distinctions

RSPM preserves the following distinctions:

Documented Requirement ≠ Governed Requirement Specification

Requirement Identity ≠ Requirement Wording

Requirement Source ≠ Requirement Authority

Requested Behavior ≠ Interpreted Behavior

Technical Usefulness ≠ Purpose Alignment

Specification Detail ≠ Specification Quality

Requirement Decomposition ≠ Authority to Expand Requirements

Normal Operation Specification ≠ Complete Operational Behavior

Requirement Statement ≠ Verification Condition

Requirements Consistency ≠ Requirements Completeness

Requirement Volume ≠ Purpose Coverage

Identified Gap ≠ Authorized New Requirement

Conflict Detection ≠ Authority to Resolve Conflict

High Priority ≠ Mandatory Obligation

Technical Recommendation ≠ Binding Requirement

Requirements Consistency ≠ Operational Feasibility

Specified Capability ≠ Demonstrated Capability

Requirement Generation Capability ≠ Requirements Governance Authority

Task Authority ≠ Constituent Action Authority

Shared Requirement Identifier ≠ Shared Requirement Meaning

Specified Requirement ≠ Accepted Requirement

Accepted Requirement ≠ Applicable Baseline Requirement

Specification Readiness ≠ Acceptance Authority

Specification Revision ≠ Automatically Authorized Requirements Change

Repeated Interpretation ≠ Independent Confirmation

Documented Specification ≠ Validated Specification

Historical Specification Sufficiency ≠ Continued Specification Sufficiency

Cross-Architecture Boundary

RSPM governs requirements specification within SRS and SLGA™.

It does not replace competent governance of authority, accountability,
validation, operational reality, software quality, security, or
autonomous systems.

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 establishes the Governed Software Purpose State.

RSPM governs requirements interpretation, specification, completeness,

consistency, and assessability.

SSMM governs detailed requirements scope and applicability.

RCCM governs requirements changes and their competent control.

RTM governs requirements traceability across relevant lifecycle

relationships.

Within the wider SLGA™ architecture, subsequent Parent Standards
govern software creation, dependencies, configuration, quality,
security, release, deployment, change management, retirement, and
cross-cutting lifecycle control.

RSPM may produce requirements relevant to those domains without
replacing their competent governance processes.

Canonical Boundary

RSPM begins when proposed software requirements must be interpreted,
specified, and evaluated against an applicable Governed Software
Purpose State.

RSPM governs:

Requirement identification
Requirement origin and interpretation
Purpose alignment
Requirement formulation
Requirement classification
Requirement granularity and decomposition
Requirement conditions and constraints
Specification quality
Requirement assessability
Requirements completeness
Requirements coverage
Missing requirements
Requirements consistency
Requirements conflicts
Requirements dependencies
Requirement priority and obligation distinction
Operational assumptions
AI-generated and autonomous requirements
Distributed specification consistency
Specification states
Acceptance boundaries
Specification evidence and provenance
Specification version integrity
Specification reassessment
Requirements handoff

RSPM does not independently determine:

General organizational or legal authority
Recognition of a materially new software purpose
Final requirements scope and baseline applicability
Authorization of substantive requirements changes
Complete lifecycle traceability governance
Software implementation
Software quality or security conformance
Operational feasibility certification
Software release or deployment authorization

RSPM ends when the relevant requirements have been represented as a:

Governed Software Requirements Specification State

with sufficient identification, clarity, purpose alignment, completeness

assessment, consistency, assessability, evidence, and explicit
unresolved conditions for subsequent Software Scope Management.

Use Case 1 — Every Requirement Is Clear, but the Software Still
Fails

Its Purpose

A logistics company commissions software to manage warehouse
deliveries.

The specification includes:

Shipment registration
Delivery scheduling
Driver assignment
Delivery confirmation
Status reporting

Each requirement is clearly written.

The development team implements the specified functions correctly.

However, the software cannot adequately handle deliveries when network
connectivity is interrupted.

The original specification did not establish the required behavior for

temporary disconnection, delayed synchronization, or recovery after
failed confirmation.

The problem is not necessarily a contradiction within the existing
requirements.

It is a material completeness gap.

RSPM evaluates the requirements set against the governed software purpose

and relevant operating scenarios.

It identifies missing requirements concerning:

Offline Operation

Recovery Behavior

Synchronization Conditions

Failure Handling

Operational Continuity

The resulting specification state may remain:

Incomplete

until the missing requirements are formulated and evaluated through
the applicable governance process.

Requirements Consistency ≠ Requirements Completeness.

The module identifies the missing foundation before the requirements
set is treated as sufficiently specified for its intended purpose.

Use Case 2 — An AI Coding Agent Invents a Requirement That Was
Never

A company uses an autonomous coding agent to develop an internal

document-management application.

The original request is:

“Allow authorized employees to search and retrieve documents relevant to

their projects.”

During requirements generation, the agent introduces an additional

“The system shall automatically provide organization-wide access to all

indexed documents to improve search performance.”

The generated requirement is clear.

It may also be technically implementable.

However, it expands access beyond the original request and may
conflict with applicable access restrictions.

RSPM preserves the distinction between:

Original Request

Agent Interpretation

Generated Requirement

Purpose Alignment Assessment

Specification Evaluation

Acceptance State

The module identifies the generated requirement as requiring additional

governance evaluation.

It does not treat the agent's interpretation as evidence that the
organization authorized the expanded access.

The requirement may remain:

Proposed

or:

Conflicted

until the relevant authority and specification questions are resolved.

Requirement Generation Capability ≠ Requirements Governance Authority.

Task Authority ≠ Constituent Action Authority.

RSPM allows automated software development to remain productive without

allowing automated interpretation to silently redefine the
requirements that govern it.

Canonical Closing Statement

Software requirements are the point at which an intended purpose
becomes a specification that developers, automated systems, and
downstream governance processes can act upon.

That transformation is not merely a documentation task.

A requirement can be clearly written and still be unauthorized.

It can be internally consistent and still leave a material gap.

It can be technically feasible and still be disconnected from the
intended software purpose.

It can be generated by an advanced AI system and still represent an
unsupported interpretation of the original request.

And a complete-looking specification can still omit the conditions
under which the software must operate.

Documented Requirement ≠ Governed Requirement Specification.

Requirements Consistency ≠ Requirements Completeness.

Requirement Volume ≠ Purpose Coverage.

Specified Requirement ≠ Accepted Requirement.

Requirement Generation Capability ≠ Requirements Governance Authority.

RSPM establishes the governance conditions under which proposed

requirements become sufficiently explicit, assessable, coherent, and
purpose-aligned specifications.

It preserves what was requested, what was interpreted, what was specified,

what remains uncertain, and what has or has not been legitimately
accepted.

It does not authorize software implementation merely because a
specification is technically ready.

RSPM transforms proposed software requirements into governed specification

states — ensuring that software development proceeds from identifiable
meaning, assessed completeness, preserved evidence, and legitimate
acceptance boundaries rather than undocumented assumptions or
ungoverned interpretation.