DPM — Deployment Planning Module

OOF® Origin Open Foundation®

Independent Methodological Authority

Architecture: SLGA™ — Software Lifecycle Governance Architecture
Parent Standard: SDPS — Software Deployment Standard
Category: Governance & Enforcement
Subcategory: Software Deployment Governance
Type: Core Module
Governed Space: Software Deployment Planning Governance
Module ID: SLGA-SDPS-DPM-01
Origin ID: OOF-SLGA-SDPS-DPM
Version: 1.0
Status: Canonical Open
Effective Date: 14.10.2026
Compatibility: Methodology OS — Modular Compatibility
GIE-Compatible: Yes
AI-Readable: Yes
Authority: OOF® — OriginOpen® Foundation
Protection: Protected Methodological Work
Canonical Language: English

Canonical Definition

DPM — Deployment Planning Module is the Core Module within SDPS that
governs how an identifiable software release is prepared for
deployment into a defined operational environment through the
establishment of a deployment purpose, target environment, deployment
scope, execution strategy, operational prerequisites, resource
requirements, verification conditions, intervention provisions, and
rollback or recovery planning references.

DPM establishes deployment planning as an identifiable, evidence-supported,

and reassessable governance mechanism rather than an informal
technical preparation activity.

It requires the intended deployment to remain distinguishable from its

authorization, execution, resulting production state, and operational
acceptance.

The module applies to manually planned deployments, automated delivery

pipelines, autonomous AI software agents, cloud-native infrastructure,
distributed systems, embedded devices, and robotic platforms.

Its principal governance output is the Software Deployment Plan
Profile.

Operational Role

DPM establishes the planning conditions required for a software release to

be considered for deployment into a particular operational
environment.

It governs:

Deployment purpose and intended outcome
Release-to-deployment association
Target environment identification
Deployment scope and boundaries
Deployment strategy selection
Deployment sequence and dependencies
Operational prerequisites
Resource and capability requirements
Execution actor and tool requirements
Deployment timing and coordination
Verification and acceptance conditions
Intervention and escalation provisions
Rollback and recovery planning
Planning exceptions and uncertainties
Deployment plan changes
Planning evidence and traceability
Plan readiness classification
Handoff to deployment authorization

DPM does not authorize deployment, execute deployment actions, verify
the resulting production state, or independently establish recovery
success.

Operational Question

How can an identifiable software release be prepared for deployment
into a defined operational environment through a sufficiently
specified, feasible, evidence-supported, and reassessable plan that
preserves deployment purpose, scope, prerequisites, execution
boundaries, verification conditions, and recovery provisions without
confusing planning readiness with deployment authorization or
operational success?

Position in Architecture Governance Flow

SLGA™ Governance Flow

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

SDPS Core Module Flow

DPM — Deployment Planning Module → DAM — Deployment Authorization Module

→ PVCM — Production Version Control Module → DSMM — Deployment State
Monitoring Module → RRVM — Rollback & Recovery Module

DPM is the first Core Module within SDPS.

It receives applicable release governance references from SRLS and

establishes the planning basis used by DAM to evaluate deployment
authorization.

Its planning references also support subsequent deployment execution,

production version identification, state monitoring, and recovery
governance.

Governed Space

Software Deployment Planning Governance

This space governs the formation, evaluation, maintenance, and reassessment

of plans for introducing identifiable software releases into defined
operational environments.

It begins when a release is proposed for deployment into a particular
environment.

It ends its initial planning cycle when the plan receives a supported
classification and is submitted for authorization, deferred, rejected,
or withdrawn from consideration.

Planning governance may reopen when relevant release, environment,
authority, execution, operational, or recovery conditions change.

Governed Object

The primary Governed Object is:

A Software Deployment Plan representing the intended and

evidence-supported relationship between an identifiable software
release, a defined operational environment, a deployment purpose, an
execution strategy, applicable prerequisites, operational constraints,
verification conditions, and intervention or recovery provisions.

The plan must preserve:

Deployment Plan ID

Deployment ID

Software Product ID

Release ID

Target Environment ID

Deployment Purpose

Deployment Scope

Deployment Strategy

Execution Sequence

Prerequisite References

Resource Requirements

Execution Actor Requirements

Verification Conditions

Intervention Conditions

Rollback and Recovery References

Planning State

Scope

DPM governs the methodological planning of software deployment.

It includes:

Deployment Identification

Purpose Definition

Target Environment Definition

Scope and Boundary Formation

Strategy Selection

Execution Sequence Planning

Prerequisite Identification

Operational Feasibility Assessment

Resource and Capability Planning

Actor and Tool Requirements

Timing and Coordination

Verification Planning

Intervention Planning

Rollback and Recovery Planning

Planning Exceptions

Plan Change Control

Planning Evidence

Plan Classification

Authorization Handoff

DPM does not prescribe a particular deployment technology or
organizational process.

Foundational Principle

A deployment plan must establish what is intended, where it is
intended, under which conditions it may be attempted, how its outcome
will be verified, and how unacceptable outcomes will be addressed.

The existence of a technically executable deployment procedure does
not establish that the deployment is sufficiently planned.

Deployment Script Available ≠ Deployment Plan Sufficient.

Deployment Plan Complete ≠ Deployment Authorized.

Deployment Technically Feasible ≠ Deployment Operationally Acceptable.

Deployment Planning Identity

Every governed deployment plan must have a stable identity.

Required references include:

Deployment Plan ID

Deployment ID

Software Product ID

Release ID

Target Environment ID

Plan Version

Plan Owner or Responsible Planning Function

Planning Status

Creation Time

Last Material Revision

A plan may be revised without losing its historical identity.

Material revisions must remain distinguishable from earlier plan
versions.

Deployment Purpose Definition

Deployment purpose identifies the intended operational result.

Examples include:

Initial Service Introduction

Production Version Update

Security Remediation Deployment

Maintenance Release Deployment

Emergency Correction

Restricted Feature Introduction

Staged Rollout

Environment Migration

Recovery Deployment

The purpose must be sufficiently specific to determine the relevant
environment, execution requirements, verification criteria, and
operational consequences.

A generic objective such as “deploy the latest version” may be
insufficient where the release, target, or intended operational
outcome remains ambiguous.

Release Association

The plan must identify the software release proposed for deployment.

Relevant references include:

Release ID

Release Record Reference

Release Authorization Reference

Artifact Identity

Release Restrictions

Release Validity Conditions

Known Release Limitations

Deployment Eligibility Conditions

DPM must identify missing or conflicting release information.

It does not independently establish release readiness or grant release
authorization.

Target Environment Identification

The intended operational environment must be identifiable.

Relevant elements include:

Environment ID

Environment Type

Infrastructure Reference

Operational Purpose

Environment Configuration

Existing Production Version

Relevant Dependencies

Access Boundary

Operational Constraints

Environment State Reference

For distributed systems, the environment may consist of multiple
regions, clusters, devices, or operational segments.

The plan must identify the deployment-relevant portions of that
environment.

Deployment Scope

Deployment scope defines the intended extent of the deployment.

It may include:

Software Components

Target Services

Target Hosts or Devices

Target Regions

Target User Groups

Affected Interfaces

Required Configuration Changes

Relevant Data Changes

Operational Functions

Expected Service Impact

The plan must distinguish included elements from excluded elements
where that distinction materially affects execution or verification.

Deployment Boundary

The deployment boundary identifies what the plan permits for consideration

and what remains outside its intended scope.

Relevant boundaries include:

Release Boundary

Artifact Boundary

Environment Boundary

Infrastructure Boundary

Configuration Boundary

Dependency Boundary

Actor Boundary

Tool Boundary

Temporal Boundary

Operational Impact Boundary

Recovery Boundary

DPM defines these boundaries for planning.

DAM determines whether the corresponding deployment actions are
legitimately authorized.

Existing Operational State

The plan must establish an adequate reference to the operational state
that exists before deployment.

Relevant elements include:

Current Production Version

Current Artifact Identity

Current Configuration

Current Dependency State

Current Service Health

Current Infrastructure Conditions

Current Operational Restrictions

Known Incidents or Degradations

Existing Recovery Conditions

The required level of detail depends on deployment impact and operational

risk.

An unknown or unreliable baseline must be identified rather than
treated as a verified starting condition.

Intended Operational State

DPM must define the state the deployment is intended to establish.

Relevant elements include:

Target Software Version

Target Artifact Identity

Target Configuration

Target Dependency Conditions

Target Activation State

Target Service Availability

Target Functional Conditions

Target Operational Restrictions

Target Verification Criteria

The intended state provides the reference against which subsequent

deployment monitoring and verification can evaluate actual outcomes.

State Transition Definition

The deployment plan must identify the intended transition between
existing and target states.

Existing Operational State → Planned Deployment Actions → Intended

Operational State

Relevant considerations include:

Intermediate States

Temporary Service Conditions

Mixed-Version Operation

Data or Schema Transitions

Dependency Transitions

Activation Sequence

Traffic or Workload Movement

Recovery Points

A deployment plan must not assume that intermediate states are
harmless merely because the final intended state is acceptable.

Deployment Strategy Selection

DPM governs selection of a deployment strategy appropriate to the release

and environment.

Potential strategies include:

Direct Replacement

Rolling Deployment

Canary Deployment

Blue–Green Deployment

Staged Deployment

Parallel Deployment

Feature-Gated Activation

Immutable Infrastructure Replacement

Fleet-Based Device Deployment

Emergency Deployment

Strategy selection must consider the operational environment,
deployment scope, risk, reversibility, resource availability, and
verification capability.

Strategy Suitability

Strategy suitability concerns whether the selected approach can
reasonably establish the intended operational state under the
identified conditions.

Relevant considerations include:

Environment Compatibility

Execution Feasibility

Service Continuity

Deployment Complexity

Resource Requirements

Observability

Reversibility

Failure Containment

Recovery Feasibility

Operational Restrictions

Strategy Technically Supported ≠ Strategy Suitable for the Deployment.

Deployment Sequence

The plan must establish an execution sequence where order materially
affects deployment outcomes.

Relevant elements include:

Pre-Deployment Actions

Environment Preparation

Artifact Transfer

Configuration Application

Dependency Preparation

Data or Schema Changes

Software Activation

Traffic Transition

Verification Actions

Completion Actions

Recovery Checkpoints

Actions may be sequential, parallel, conditional, or event-triggered.

The plan must preserve the dependencies and conditions governing their
execution order.

Deployment Dependencies

DPM identifies dependencies required for successful execution of the
plan.

These may include:

Software Dependencies

Infrastructure Dependencies

Configuration Dependencies

Service Dependencies

Data Dependencies

Network Dependencies

External Provider Dependencies

Operational Coordination Dependencies

Tooling Dependencies

DPM governs their deployment-planning relevance.

The underlying software dependency governance remains within SDS.

Deployment Prerequisites

Prerequisites define conditions that must be addressed before
deployment authorization or execution.

Examples include:

Applicable Release Authorization

Artifact Availability

Environment Availability

Configuration Readiness

Dependency Readiness

Resource Availability

Required Access

Execution Capability

Monitoring Capability

Verification Capability

Rollback or Recovery Preparedness

Operational Coordination

The plan must identify which prerequisites are mandatory, conditional,
or context-dependent.

Prerequisite Condition Model

Each applicable prerequisite must retain an explicit condition state:

Satisfied

Not Satisfied

Unknown

Not Applicable

Exception

A prerequisite must not be classified as satisfied solely because an
automated system has not reported a failure.

Unknown ≠ Satisfied.

Exception ≠ Prerequisite Fulfilled.

Not Applicable ≠ Not Evaluated.

Operational Feasibility

Operational feasibility evaluates whether the planned deployment can
reasonably be performed within the actual conditions of the target
environment.

Relevant dimensions include:

Infrastructure Capacity

Resource Availability

Execution Capability

Service Continuity Requirements

Operational Constraints

Dependency Conditions

Maintenance Windows

Recovery Capability

Known Failure Conditions

Required Coordination

Feasibility must remain evidence-supported and specific to the planned
deployment.

Resource Planning

DPM identifies resources required for deployment.

These may include:

Compute Capacity

Storage Capacity

Network Capacity

Deployment Tooling

Required Credentials

Human Operational Support

Automation Capacity

Monitoring Resources

Backup Resources

Recovery Resources

Resource availability must not be inferred solely from the theoretical
capacity of the deployment technology.

Execution Actor Requirements

The plan must identify the functions and capabilities required from
execution actors.

Actors may include:

Human Operators

Deployment Teams

Automated Pipelines

Infrastructure Orchestrators

Autonomous AI Agents

External Service Providers

The plan should specify:

Required Functions

Required Competencies or Capabilities

Required Access

Tool Requirements

Supervision Requirements

Escalation Requirements

DPM identifies these requirements but does not independently grant
execution authority.

Tool and Execution Path Planning

Deployment plans involving automation or autonomous agents must
identify material execution paths.

Relevant elements include:

Deployment Tool

Execution Interface

Target Resource

Required Permission

Permitted Operation

Data Access Requirement

Configuration Access Requirement

Downstream Action

Execution Evidence Requirement

A deployment objective must not be treated as blanket permission for
every tool path capable of achieving it.

Task Authority ≠ Constituent Action Authority.

Autonomous Deployment Planning

Where autonomous agents participate in planning or execution, DPM must
preserve the distinction between agent-generated proposals and
legitimately approved deployment plans.

Relevant considerations include:

Agent Identity

Assigned Planning Function

Planning Constraints

Permitted Information Sources

Proposed Execution Actions

Unverified Assumptions

Required Human or Institutional Review

Escalation Conditions

Planning Evidence

An agent may generate a technically coherent plan without establishing
that its assumptions, authority references, or operational conditions
are valid.

Deployment Timing

The plan must identify relevant timing conditions.

These may include:

Planned Start Time

Expected Duration

Maintenance Window

Service Availability Constraints

Dependency Timing

Coordination Deadlines

Verification Period

Rollback Decision Window

Recovery Time Constraints

Timing must reflect operational requirements rather than merely
deployment pipeline convenience.

Deployment Coordination

DPM governs the planning of coordination among affected actors and
systems.

Relevant elements include:

Affected Operational Functions

Responsible Teams

External Dependencies

Required Notifications

Execution Coordination

Verification Responsibilities

Escalation Contacts

Recovery Coordination

Communication Constraints

Coordination requirements must be proportionate to the deployment's
operational scope and consequences.

Service Continuity Planning

Where deployment may affect operational services, the plan must
identify continuity requirements.

Relevant elements include:

Permitted Downtime

Service Availability Thresholds

Traffic Management

Redundancy Requirements

Failover Conditions

Temporary Degradation Limits

Customer or User Impact

Critical Operational Functions

Recovery Requirements

A deployment strategy must not be considered acceptable solely because
it can install the intended software.

Data and State Transition Planning

Software deployment may require changes to persistent data or
operational state.

DPM must identify applicable:

Database Schema Changes

Data Migration Requirements

State Conversion

Backward Compatibility Conditions

Forward Compatibility Conditions

Backup Requirements

Data Integrity Verification

Reversibility Limitations

Recovery Constraints

The plan must distinguish software artifact rollback from restoration
of compatible application and data states.

Configuration Transition Planning

The plan must identify configuration changes required for the
deployment.

Relevant elements include:

Current Configuration Reference

Target Configuration Reference

Environment-Specific Parameters

Configuration Dependencies

Configuration Application Sequence

Configuration Verification

Configuration Recovery Conditions

Known Configuration Restrictions

DPM consumes configuration governance references from SCFS without

replacing that standard's responsibilities.

Security Conditions

DPM must identify security-relevant conditions affecting deployment.

These may include:

Artifact Integrity Requirements

Deployment Credential Requirements

Access Restrictions

Environment Security Conditions

Secret Management Requirements

Network Exposure Changes

Security Monitoring

Known Vulnerability Restrictions

Emergency Security Constraints

Security governance remains established through SSS and applicable
security mechanisms.

DPM governs their relevance to the planned deployment.

Deployment Risk Identification

The plan must identify material risks associated with deployment
execution and its operational consequences.

Relevant categories include:

Service Disruption Risk

Artifact Mismatch Risk

Configuration Failure Risk

Dependency Failure Risk

Data Incompatibility Risk

Security Exposure Risk

Partial Deployment Risk

Monitoring Gap Risk

Rollback Failure Risk

Autonomous Execution Risk

Risk identification must be connected to applicable preventive,
verification, intervention, or recovery provisions.

Failure Scenario Planning

DPM must identify foreseeable deployment failure scenarios where their
consequences materially affect planning.

Examples include:

Artifact Transfer Failure

Partial Installation

Configuration Incompatibility

Dependency Unavailability

Activation Failure

Database Migration Failure

Service Health Degradation

Unexpected Production Version

Deployment Tool Failure

Loss of Operational Connectivity

Failure Scenario Identified ≠ Failure Response Adequately Planned.

Verification Planning

The deployment plan must specify how the resulting state will be
evaluated.

Relevant elements include:

Verification Objective

Required Observations

Artifact Identity Verification

Production Version Verification

Configuration Verification

Dependency Verification

Functional Verification

Service Health Verification

Evidence Sources

Verification Responsibilities

Verification Timing

Acceptance Criteria

Verification must address the actual operational state rather than
relying exclusively on execution completion signals.

Monitoring Readiness

DPM must identify the monitoring capability required to observe
deployment outcomes.

Relevant elements include:

Monitoring Systems

Required Metrics

Required Logs

Health Checks

Version Observation

Configuration Observation

Failure Signals

Alert Conditions

Observation Coverage

Monitoring Limitations

Monitoring Configured ≠ Monitoring Coverage Sufficient.

DSMM governs the subsequent assessment of actual deployment-state

Deployment Completion Criteria

The plan must define the conditions under which deployment execution
may be considered complete.

Relevant criteria may include:

Required Actions Executed

Target Artifact Present

Required Configuration Applied

Required Services Activated

Execution Exceptions Addressed

Execution Evidence Preserved

Verification Handoff Completed

Completion criteria must remain distinguishable from criteria for
verified operational establishment.

Operational Acceptance Criteria

Operational acceptance criteria define the conditions required for the

resulting deployment state to be considered acceptable.

These may include:

Verified Production Artifact

Required Functional Behavior

Service Availability

Operational Health

Configuration Consistency

Dependency Compatibility

Security Conditions

Permitted Performance Range

Residual Restrictions

Evidence Sufficiency

DPM defines the intended criteria.

DSMM evaluates the actual operational state against them.

Intervention Planning

DPM must identify conditions requiring intervention during or after
deployment.

Potential triggers include:

Critical Execution Failure

Unauthorized Execution Action

Unexpected Artifact Identity

Operational Health Failure

Unacceptable Service Degradation

Material Configuration Deviation

Security-Relevant Event

Loss of Required Monitoring

Recovery Threshold Exceeded

Planned responses may include pausing execution, restricting
activation, stopping rollout, escalating, rolling back, or initiating
recovery.

Rollback Planning

Where rollback is relevant, the plan must identify:

Rollback Objective

Rollback Target

Previous Artifact Availability

Configuration Restoration Requirements

Dependency Compatibility

Data Compatibility

Rollback Preconditions

Rollback Execution Path

Rollback Verification

Rollback Limitations

A previous software version being available does not establish that
rollback is feasible.

Recovery Planning

DPM must identify recovery provisions for material deployment failure
scenarios.

Recovery planning may include:

Forward Correction

Configuration Restoration

Dependency Restoration

Service Restart

Infrastructure Recovery

Data Restoration

Traffic Redirection

Alternative Operational Mode

Operational Escalation

Recovery Verification

RRVM governs the subsequent rollback and recovery decisions and their

resulting states.

Recovery Feasibility

Recovery feasibility must consider the actual constraints of the
target environment.

Relevant dimensions include:

Recovery Resource Availability

Backup Availability

Data Integrity

Infrastructure Dependencies

Software Compatibility

Operational Time Constraints

External Service Dependencies

Required Expertise

Recovery Verification Capability

Known Irreversible Changes

Recovery Procedure Documented ≠ Recovery Feasible Under Actual
Conditions.

Irreversible Deployment Actions

Some deployment actions cannot be fully reversed.

Examples may include:

Destructive Data Migration

Irreversible Schema Transformation

Firmware Changes

External State Mutation

Credential Revocation

Permanent Data Deletion

Physical Device State Changes

DPM must identify such actions and their operational consequences.

Where rollback is impossible or insufficient, the plan must establish
appropriate forward-recovery or alternative response provisions.

Deployment Checkpoints

Deployment checkpoints define points at which execution or operational

conditions must be evaluated before proceeding.

Relevant elements include:

Checkpoint ID

Execution Stage

Required Condition

Evidence Source

Decision Responsibility

Permitted Continuation

Failure Response

Escalation Condition

Checkpoints are particularly important in staged, high-risk,
autonomous, or partially irreversible deployments.

Deployment Stop Conditions

The plan must identify conditions under which deployment execution
must not begin or must not continue.

Examples include:

Required Authorization Missing

Mandatory Prerequisite Not Satisfied

Artifact Identity Conflict

Target Environment Mismatch

Critical Security Restriction

Insufficient Recovery Capability

Unacceptable Operational Risk

Loss of Required Verification Capability

Execution Boundary Violation

A deployment stop condition must not be silently overridden by an
automated system merely because technical execution remains possible.

Planning Exceptions

DPM governs the identification and treatment of planning exceptions.

Relevant elements include:

Exception ID

Affected Planning Condition

Reason

Operational Consequence

Proposed Treatment

Authority Requirement

Restriction

Validity

Reassessment Trigger

An exception recorded in the plan is not automatically an authorized
exception.

Exception approval belongs to the applicable decision and authority

Planning Uncertainty

DPM must explicitly represent material uncertainty.

Relevant examples include:

Unknown Environment Condition

Unverified Dependency

Incomplete Resource Information

Uncertain Deployment Duration

Unknown Recovery Feasibility

Unverified Monitoring Coverage

Unresolved Data Compatibility

Uncertain External Coordination

Unknown conditions must remain visible in the plan and influence its
classification where applicable.

Planning Evidence

Planning conclusions must be supported by relevant evidence.

Evidence may include:

Release Records

Environment Inventories

Infrastructure Configuration Records

Dependency References

Capacity Assessments

Deployment Test Results

Monitoring Readiness Evidence

Backup Verification

Recovery Test Results

Operational Constraints

Technical Feasibility Assessments

Evidence must remain associated with the planning conclusion it
supports.

Evidence Sufficiency

DPM must evaluate whether the available evidence is sufficient to
support the proposed deployment plan.

Relevant dimensions include:

Release Identity Coverage

Environment Coverage

Prerequisite Coverage

Execution Feasibility Evidence

Resource Availability Evidence

Verification Readiness Evidence

Recovery Readiness Evidence

Evidence Freshness

Evidence Consistency

Known Evidence Gaps

A detailed plan may still be insufficiently supported.

Plan Detail ≠ Evidence Sufficiency.

Plan Consistency

DPM must evaluate consistency among the plan's principal elements.

Relevant relationships include:

Release ↔ Deployment Purpose

Release ↔ Target Environment

Scope ↔ Deployment Strategy

Strategy ↔ Operational Constraints

Execution Sequence ↔ Dependencies

Prerequisites ↔ Execution Requirements

Monitoring ↔ Verification Criteria

Failure Scenarios ↔ Recovery Provisions

Actor Requirements ↔ Execution Paths

Material contradictions must be identified before the plan can receive
a supported readiness classification.

Plan Change Control

Material changes to the deployment plan must remain traceable.

Examples include:

Release Change

Target Environment Change

Deployment Scope Change

Strategy Change

Execution Sequence Change

Actor or Tool Change

Operational Prerequisite Change

Verification Condition Change

Rollback or Recovery Change

Timing Change

Each material change must preserve its reason, affected elements,
evidence, and reassessment implications.

Plan Version Continuity

DPM must preserve historical plan versions where their differences
affect governance decisions.

Relevant elements include:

Plan Version ID

Previous Version Reference

Changed Elements

Change Reason

Change Actor

Change Time

Affected Prerequisites

Affected Evidence

Reassessment Status

A revised plan must not silently replace the plan version associated
with an earlier authorization decision.

Planning Reassessment

Planning reassessment is required when material conditions change.

Triggers may include:

Release Authorization Change

Artifact Identity Change

Environment Change

Resource Availability Change

Dependency Change

Security Restriction Change

Operational Constraint Change

Monitoring Capability Change

Recovery Feasibility Change

New Material Risk Evidence

Reassessment must identify which planning conclusions remain
applicable and which require revision.

Planning Readiness Classification

DPM applies the following planning classifications:

Not Initiated

In Preparation

Information Incomplete

Prerequisites Unresolved

Feasibility Not Established

Evidence Insufficient

Plan Inconsistent

Planning Exception Pending

Plan Ready for Authorization Assessment

Plan Ready With Identified Conditions

Plan Deferred

Plan Rejected

Plan Withdrawn

Reassessment Required

Superseded

Conflicted

Unknown

A plan classified as ready for authorization assessment is not thereby
authorized for deployment.

Governance Requirements

A conforming DPM implementation must satisfy the following
requirements. Identity and Scope

Establish a unique deployment plan identity
Associate the plan with an identifiable deployment
Identify the proposed software release
Identify the target operational environment
Define deployment purpose
Define deployment scope and boundaries
Preserve the existing operational state reference
Define the intended operational state

Strategy and Execution

Establish a deployment strategy
Evaluate strategy suitability
Define the execution sequence
Identify material execution dependencies
Identify required actors and capabilities
Identify material tool and execution paths
Identify deployment timing constraints
Identify coordination requirements

Prerequisites and Feasibility

Identify applicable deployment prerequisites
Classify prerequisite condition states
Evaluate operational feasibility
Identify required resources
Identify service continuity constraints
Identify data and configuration transition requirements
Identify security-relevant deployment conditions
Preserve material uncertainties

Verification and Recovery

Define deployment verification conditions
Identify required monitoring capabilities
Define execution completion criteria
Define operational acceptance criteria
Identify intervention triggers
Identify rollback requirements
Evaluate rollback feasibility
Identify recovery provisions
Identify irreversible actions
Define required execution checkpoints and stop conditions

Evidence and Continuity

Preserve planning evidence
Evaluate evidence sufficiency
Evaluate plan consistency
Identify planning exceptions
Preserve material plan revisions
Maintain plan version continuity
Identify reassessment triggers
Establish planning readiness classification
Preserve unresolved conditions
Provide a traceable handoff to deployment authorization

Governance Logic

Identifiable Release → Deployment Purpose → Target Environment → Existing

State → Intended State → Deployment Scope → Deployment Strategy →
Execution Sequence → Prerequisites → Feasibility → Actor and Tool
Requirements → Verification Conditions → Intervention and Recovery
Planning → Evidence Assessment → Plan Consistency → Planning
Classification → Authorization Handoff

Where material conditions remain unresolved:

Plan → Unresolved Condition → Reassessment / Revision / Deferral /

Rejection

Where material changes occur:

Existing Plan Version → Material Change → Impact Identification → Evidence

Reassessment → Revised Plan Version → Updated Classification

DPM does not convert planning readiness into deployment authorization.

Governance Outputs

The principal output is:

Software Deployment Plan Profile

Supporting outputs may include:

Deployment Plan Identity

Deployment Purpose Record

Target Environment Reference

Deployment Scope and Boundary

Existing Operational State Reference

Intended Operational State Definition

Deployment Strategy Record

Execution Sequence

Deployment Prerequisite Register

Operational Feasibility Assessment

Resource Requirement Record

Actor and Tool Requirement Record

Verification Plan

Monitoring Readiness Reference

Intervention Plan

Rollback Plan Reference

Recovery Plan Reference

Planning Exception Register

Planning Evidence Register

Plan Consistency Assessment

Plan Version History

Planning Readiness Classification

Authorization Handoff Record

Minimum Implementation Framework

A minimum DPM implementation must establish eight governance layers.
Layer 1 — Deployment Identity

Identify the deployment plan, software release, deployment purpose, and

target environment. Layer 2 — Scope and State

Define the deployment boundary, existing operational state, and intended

operational state. Layer 3 — Strategy and Execution

Establish the deployment strategy, execution sequence, relevant actors,

tools, and dependencies. Layer 4 — Prerequisites and Feasibility

Identify mandatory prerequisites, operational constraints, resource

requirements, and material feasibility conditions. Layer 5 —
Verification

Define execution completion criteria, operational acceptance conditions,

monitoring requirements, and evidence sources. Layer 6 — Intervention
and Recovery

Identify failure scenarios, stop conditions, rollback feasibility, recovery

provisions, and irreversible actions. Layer 7 — Evidence and
Classification

Preserve planning evidence, uncertainties, exceptions, consistency

findings, and planning readiness classification. Layer 8 — Continuity
and Handoff

Preserve plan versions, material revisions, reassessment conditions, and

the traceable handoff to DAM.

The implementation may be manual, software-supported, automated, or
agent-assisted.

The governance requirements remain applicable regardless of implementation

Cross-Module Boundary

DPM → DAM

DPM establishes the proposed deployment and its planning basis.

DAM evaluates whether the deployment is legitimately authorized.

DPM → PVCM

DPM identifies the intended production version and target operational
state.

PVCM governs the identity and consistency of software versions actually

present in production.

DPM → DSMM

DPM defines verification conditions, monitoring requirements, and intended

operational outcomes.

DSMM evaluates the actual deployment state and available operational

DPM → RRVM

DPM identifies intervention, rollback, and recovery provisions.

RRVM governs the applicable rollback or recovery decisions, execution

references, and restoration verification.

Planning Ready ≠ Deployment Authorized.

Intended Production State ≠ Observed Production State.

Recovery Planned ≠ Recovery Successfully Executed.

Cross-Architecture Boundary

DPM consumes relevant governance references from:

SRLS — Software Release Standard

Release identity, authorization, records, and restrictions.

SDS — Software Dependency Standard

Dependency identity, suitability, continuity, and risk references.

SCFS — Software Configuration Standard

Configuration baselines, build identities, and configuration change

SQS — Software Quality Standard

Quality conditions and relevant verification requirements.

SSS — Software Security Standard

Security restrictions, vulnerabilities, and remediation-related
conditions.

GOA™ — Governance Architecture

Applicable authority and delegation references.

ASGA™ — Autonomous Systems Governance Architecture

Autonomous execution boundaries and control references.

DPM does not redefine these mechanisms.

It governs their relevance to deployment planning.

Practical Applications

Enterprise Software Releases

Establishing structured deployment plans before production changes.

Continuous Delivery

Ensuring automated deployment procedures preserve prerequisites,

environment identity, verification conditions, and recovery planning.

Autonomous AI Software Engineering

Requiring AI-generated deployment plans to expose assumptions, execution

paths, authority requirements, and operational risks before
authorization.

Cloud-Native Systems

Planning staged deployments, rolling updates, regional releases, and

multi-version transitions.

Critical Infrastructure

Establishing explicit operational constraints, stop conditions,

verification requirements, and recovery feasibility before deployment.

Robotics and Embedded Systems

Planning software updates where irreversible firmware changes or
altered physical behavior may affect recovery options.

Use Case 1 — An AI Agent Produces a Technically Valid but Operationally

Incomplete Deployment Plan

An autonomous software agent prepares a deployment plan for a production

application.

The plan includes executable commands and valid infrastructure
credentials.

However, it does not identify the current production version,
operational verification criteria, or rollback conditions.

The deployment is technically executable.

DPM evaluates:

Release → Target Environment → Existing State → Execution Plan →

Verification Conditions → Recovery Provisions → Planning Evidence

The assessment identifies:

Execution commands are available
The target environment is identifiable
The existing operational state is insufficiently established
Operational verification criteria are incomplete
Recovery feasibility is unknown

The appropriate classification is:

Information Incomplete — Plan Not Ready for Authorization Assessment.

Technical Executability ≠ Planning Sufficiency.

Use Case 2 — A Deployment Plan Assumes Rollback Is Possible
After an

Irreversible Database Migration

A company prepares a software update requiring a database schema

transformation.

The plan includes a command to redeploy the previous application
version.

However, the migration permanently changes stored data structures.

The previous version cannot operate correctly with the transformed
database.

DPM evaluates:

Current State → Data Transition → Intended State → Rollback Target →

Compatibility → Recovery Feasibility

The assessment identifies:

The deployment sequence is defined
The data transformation is materially irreversible
Binary rollback does not restore data compatibility
The stated rollback procedure is insufficient
Alternative recovery provisions are required

The appropriate classification is:

Recovery Feasibility Not Established.

Previous Version Available ≠ Operational Rollback Feasible.

Use Case 3 — A Global Deployment Plan Conceals Regional Operational

Differences

A software provider plans a simultaneous global rollout.

The plan identifies one release and one deployment procedure.

However, regional environments have different dependency versions,

infrastructure capacity, and maintenance restrictions.

The plan assumes uniform conditions.

DPM evaluates:

Release → Regional Environment Identity → Environment Conditions →

Strategy Suitability → Prerequisites → Execution Boundaries

The assessment identifies:

The software release is identifiable
The global deployment scope is defined
Regional operating conditions materially differ
The deployment strategy is not equally suitable across all
Environment-specific planning conditions are required

environments.

The appropriate classification is:

Plan Reassessment Required — Environment-Specific Conditions.

One Release ≠ One Universally Suitable Deployment Plan.

Critical Distinctions

Deployment Script Available ≠ Deployment Plan Sufficient.

Deployment Plan Complete ≠ Deployment Authorized.

Deployment Technically Feasible ≠ Deployment Operationally Acceptable.

Strategy Technically Supported ≠ Strategy Suitable for the Deployment.

Unknown ≠ Satisfied.

Exception ≠ Prerequisite Fulfilled.

Task Authority ≠ Constituent Action Authority.

Monitoring Configured ≠ Monitoring Coverage Sufficient.

Failure Scenario Identified ≠ Failure Response Adequately Planned.

Previous Version Available ≠ Rollback Feasible.

Recovery Procedure Documented ≠ Recovery Feasible Under Actual
Conditions.

Plan Detail ≠ Evidence Sufficiency.

Planning Ready ≠ Deployment Authorized.

Intended Production State ≠ Observed Production State.

Recovery Planned ≠ Recovery Successfully Executed.

Technical Executability ≠ Planning Sufficiency.

One Release ≠ One Universally Suitable Deployment Plan.

Canonical Boundary

DPM governs the formation, evaluation, maintenance, and reassessment of

software deployment plans for identifiable releases entering defined
operational environments.

It establishes deployment purpose, target environment, scope, strategy,

execution sequence, prerequisites, feasibility, actor and tool
requirements, verification conditions, intervention provisions,
rollback and recovery planning, evidence, and planning readiness
classification.

DPM does not independently authorize deployment, perform deployment
execution, establish actual production version identity, verify
operational deployment state, or execute rollback and recovery.

Its principal governance output is the:

Software Deployment Plan Profile

This output provides the planning basis for DAM and supporting references

for the remaining SDPS Core Modules.

Canonical Closing Statement

A software deployment plan is not sufficient merely because its
commands can execute.

A technically valid deployment procedure may target the wrong
environment.

A complete execution sequence may depend on resources that are
unavailable.

An automated pipeline may possess the necessary tools without
possessing legitimate deployment authority.

A deployment may reach its intended software version while violating
operational constraints.

And a rollback procedure may restore an earlier artifact without
restoring a compatible operational state.

DPM establishes the governance structure required to identify these

conditions before deployment authorization and execution.

It requires the intended release, target environment, operational state

transition, deployment strategy, prerequisites, verification
conditions, and recovery provisions to remain explicit and
evidence-supported.

It preserves planning uncertainty instead of converting assumptions into

verified facts.

It requires material changes to trigger reassessment rather than silently

modifying the basis of a deployment decision.

And it ensures that human operators, automated pipelines, and
autonomous agents remain subject to the same underlying planning
requirements.

A deployment plan must demonstrate more than how software can be
installed. It must establish what is intended to change, why the
transition is appropriate, under which conditions it may proceed, how
its outcome will be verified, and what must happen when the intended
operational state cannot be achieved.

DPM transforms deployment planning from a sequence of technical

instructions into a traceable, evidence-supported, and reassessable
governance basis for legitimate software deployment.