AR-018 · Control inheritance and shared-control mapping
Build a shared-responsibility control-inheritance map for the target CSP before any production workload decision.
Sample // Fictional Data // Not a Client Deliverable
Prospective client sample · fictional data · not an assessment or authorization product
Public preview · three leadership pages · the complete engagement package is developed collaboratively
cMPublic fictional previewcMAP · Cloud Mission Alignment Program
cMAP · CLOUD MISSION ALIGNMENT PROGRAM
Transformation Plan · Client package · 51-ARTIFACT BASELINE
Transformation Plan · Client package · 51-ARTIFACT BASELINE
Client-specific cloud strategy · Transformation journey
cMAP Transformation Plan · Storyboard view · Fictional Joint Mission Services Office
Three leadership pages show posture, priorities, and the governed first move without disclosing the complete transformation record. The complete evidence record and recommendations are developed collaboratively during the engagement.
Transformation Plan
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Current Posture
Position
Where the Journey Starts
What position does this report establish?
Turn the cloud strategy into a governed transformation journey.
Turn the calibrated evidence into one owned work package with a clear measure of completion and a retained decision gate.
Working position · 1.8 / 4
Protect the strengths already in place; close the constraints that govern scale.
Retain the capabilities that already provide leverage, and address the shared constraints across Migration execution readiness, DevSecOps / IaC / CaC, Security control inheritance before the transformation expands.
51Evidence positions
10Service domains
53Governed workstreams
23M0 workstream starts · 23 of 53 governed workstreams
Portfolio sequenceFrom leverage to sustained mission-cloud operations
- 01 0 Leverage now At target
- 02 0 0–6 months 0–6 months
- 03 17 H1 6–18 months Establish the platform · 6–18 months
- 04 23 H2 18–36 months Modernize and migrate · 18–36 months
- 05 11 36+ months Optimize and automate · 36–48 months
Decision requested now: confirm the first work package, its owner, and the evidence that will show completion. Authorization remains with the Authorizing Official.
Transformation Plan
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Mission Alignment
Meaning
What to Sequence First
What does the evidence make important now?
Concentrate first on the constraints that govern the rest of the roadmap.
51 evidence positions remain traceable. The chart surfaces the constraints that govern the next move.
Migration execution readiness
1.0 / 4
DevSecOps / IaC / CaC
1.3 / 4
Security control inheritance
1.5 / 4
RMF / ATO / cATO evidence
1.7 / 4
FinOps / service catalog
1.7 / 4
Application dependency visibility
1.9 / 4
Platform / landing zone
2.0 / 4
Operations / observability
2.4 / 4
Governance & mission ownership
2.4 / 4
ITIL service practices
3.0 / 4
AR-019 · Continuous monitoring strategy or evidence plan
Draft a cloud ConMon evidence plan alongside the landing-zone design, not after it.
AR-024 · Candidate workload onboarding list
Validate the draft candidate list with owners and add the evidence needed to select a bounded pilot workload.
Workstream timeline
Review the delivery lanes; collapse the timeline when the detail is not needed.
53 governed workstreams across 10 domains
23 begin at Month 0; each lane shows its proposed start and completion window.
Workstream timing is distinct from evidence-position horizon counts and does not create an approved schedule, funding action, or authorization.
Open timelineCollapse timeline
All domain workstreams open with the timeline and remain independently collapsible. The detailed appendix retains every dependency, gate, evidence floor, and delivery record.
Governance and mission ownershipGovernance is the authority gate: the AO relationship, risk tolerance, and decision forum must exist before any authorization package can be sponsored.
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GOV-1
Cloud governance charter, decision forum, and decision logGateAccountable forum with documented decision rights and escalation path to the AO.
M0 → M6
GOV-2
AO alignment and organizational risk-tolerance definitionGateDesignated Authorizing Official engaged; risk tolerance stated (RMF Prepare).
M0 → M6
GOV-3
Cloud operating model, roles, and RACINamed owners for platform, security, operations, and mission interfaces.
M0 → M6
GOV-4
Workforce skills baseline and development planSkills inventory, gap assessment, and funded upskilling path (AR-049/050).
M0 → M18
GOV-5
Policy and standards set published as inheritable baselinePolicy delivered as reusable standards that landing-zone and pipeline controls inherit.
M0 → M12
Application and dependency visibilityVisibility is the scoping gate: wave grouping, boundary design, and package scoping all consume the dependency map.
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ADV-1
Application inventory and ownership modelGateComplete inventory with named mission owners (RMF Categorize input).
M0 → M6
ADV-2
Automated dependency discovery (MAP ADM pattern, 12–16 weeks)GateTool-based dependency and interface map replacing static diagrams.
M0 → M6
ADV-3
Workload classification and data-sensitivity mappingGateImpact-level alignment per workload; drives IL4/IL5/IL6 placement decisions.
M0 → M12
ADV-4
Interface, API, and data-flow inventory with governanceDocumented flows, retention, and lineage supporting boundary and CDS decisions.
M3 → M18
ADV-5
Continuous dependency mapping operationalizedInventory currency maintained automatically; feeds every wave and authorization decision.
M12 → M24
Platform / landing-zone readinessThe landing zone is the primary production gate: no workload leaves sandbox for an authorized mission-cloud environment until the accredited platform boundary, tenancy, identity, and baseline exist to receive it.
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PLZ-1
Authorized cloud-service and tenancy / account architectureGateDocumented provider and acquisition path with environment and account segmentation model.
M0 → M6
PLZ-2
DODIN connectivity and Cloud Access Point boundaryGateApproved transport path and CAP entry for IL4/IL5 traffic.
M0 → M12
PLZ-3
SCCA stack stand-up or inherited equivalent (BCAP / VDSS / VDMS / TCCM)GateMandated shared security components in place or inherited from an enterprise provider.
M0 → M18
PLZ-4
Identity, credential, and privileged access integration (ICAM)GateEnterprise identity, MFA, and privileged-access model wired into the platform.
M0 → M12
PLZ-5
Landing-zone baseline as code (hardened, drift-monitored)GateIaC-delivered, CIS-hardened baseline; new environments standable in hours.
M3 → M18
PLZ-6
Network segmentation and Zero Trust boundary enforcementMicro-segmentation and policy enforcement aligned to ZT target activities.
M6 → M24
PLZ-7
Multi-IL environment pattern (IL4/IL5 separation, IL6 path)Repeatable pattern for standing up additional impact levels without redesign.
M12 → M36
Security control inheritanceInheritance is the package-scoping gate: what the platform provides determines what each workload package must still prove.
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SCI-1
Shared-control map (CSP / SCCA / platform / client)GateEvery control assigned to its provider; residual client controls identified.
M0 → M6
SCI-2
Common control provider designation (RMF Task P-5)GateInheritance documented in the authorization package, not assumed informally.
M0 → M12
SCI-3
Data protection, encryption, and key management modelGateKMS ownership, key hierarchy, and encryption posture per impact level.
M3 → M18
SCI-4
Inheritable control catalog delivered as code and validatedPlatform controls consumed by default and continuously validated (ZT tenet).
M12 → M36
RMF / ATO / cATO evidenceAuthorization is a client/AO decision gate: IATT may allow bounded testing, operational use requires the applicable authorization, and cATO is a later continuous-evidence posture rather than a scheduled release event.
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ATO-1
Authorization inventory and evidence ownership mapGateEvery required evidence item has a named owner and a currency status.
M0 → M6
ATO-2
Package assembly: SSP, control matrix, POA&M, assessment prepGateSubmission-ready package scoped by the inheritance map (SCI-1/2).
M3 → M12
ATO-3
Operational authorization assessment and AO decision windowGateAssessed evidence supports an AO risk decision; operational production use waits for the applicable authorization.
M12 → M18
ATO-4
Continuous monitoring strategy and toolingConMon plan feeding near-real-time control status toward the AO.
M6 → M24
ATO-5
Zero Trust pillar maturity toward approved target levelsPillar-by-pillar progression evidenced against the current DoD and component Zero Trust roadmap.
M6 → M36
ATO-6
cATO evidence automation (ConMon / ACD / SSSC pillars)Authorization sustained by automated, inheritable evidence continuously available to the AO.
M18 → M48
DevSecOps / CI/CD / IaC / CaC toolchainThe toolchain is the evidence-velocity gate: it determines whether score-4 (automated, reusable) evidence is achievable anywhere else.
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DSO-1
DevSecOps reference-design selection and platform decisionGateApproved DoD Enterprise DevSecOps Reference Design path selected (build vs. inherit).
M0 → M6
DSO-2
CI/CD pipeline with enforced security gatesGateAuthorized software pipeline; no production path around the gates.
M3 → M18
DSO-3
IaC / CaC maturity across platform and workloadsInfrastructure and configuration expressed, reviewed, and deployed as code.
M3 → M18
DSO-4
Software supply-chain integrity (hardened images, SBOM, signing)Provenance-verified artifacts satisfying the cATO SSSC pillar.
M6 → M24
DSO-5
Production onboarding and intake workflowGateDefined, repeatable path from sandbox through pilot to production promotion.
M6 → M18
DSO-6
Evidence-as-by-product automationEvery release emits its own authorization evidence; documentation effort collapses.
M18 → M36
Operations / observability / incident / vulnerability / configuration managementOperations is the sustainment gate: the AO expects credible Day-2 evidence before production, and ConMon consumes its telemetry from day one.
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OPS-1
Logging, monitoring, backup, and recovery baselineGatePlatform-wide telemetry, retention, restore, and recovery baseline before first workload.
M0 → M6
OPS-2
Day-2 operations model and support tieringGateNamed operational ownership, escalation, and support tiers.
M0 → M12
OPS-3
Vulnerability, configuration, compliance, and cloud-security visibilityGateScan cadence, posture and entitlement coverage, remediation SLAs, and drift detection with coverage evidence.
M3 → M18
OPS-4
Endpoint and device trust (EDR, comply-to-connect)Device posture enforcement aligned to ZT device pillar.
M6 → M24
OPS-5
Service-level objectives and observability maturitySLO-driven operations; alerting tied to mission impact rather than raw noise.
M12 → M24
OPS-6
Automated drift detection feeding AO-visible ConMonNear-real-time control status aggregation — the cATO ConMon pillar operating.
M18 → M36
ITIL service practices and change enablementService practice is the throughput gate: manual change boards become the binding constraint on deployment frequency once pipelines mature.
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ITL-1
Incident, change, problem, and request proceduresGateDocumented, consistently followed procedures with named process owners.
M0 → M12
ITL-2
Service catalog and request fulfillmentPublished catalog with self-service entry points for common requests.
M6 → M18
ITL-3
Workflow-integrated service managementGateITSM tooling wired to operational telemetry and delivery workflow.
M12 → M24
ITL-4
Pipeline-based change enablementGateStandard changes pre-approved through the pipeline; records emitted automatically.
M18 → M36
FinOps / service catalog / chargeback / showbackFinOps is the sustainability gate: consumption funding, tagging, and accountability determine whether the platform survives its second budget year.
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FIN-1
Acquisition, ordering, funding, and reversibility postureGateActive path capable of obtaining authorized services at the required impact level, with consumption and transition-out assumptions visible.
M0 → M6
FIN-2
Consumption policy, budget structure, and tagging standardCost allocation possible from the first production workload.
M0 → M12
FIN-3
Showback / chargeback model with mission-owner visibilityOwners see and answer for their consumption.
M6 → M24
FIN-4
Commitment and anomaly managementSpend anomalies detected and dispositioned; commitments managed within appropriations constraints.
M12 → M24
FIN-5
FinOps Operate loop with continuous optimizationInform -> Optimize -> Operate cycle running with documented savings.
M18 → M36
Migration execution and rollback readinessExecution is the cutover gate: no wave moves without readiness criteria, a rollback path, and authorization carried for the migrated system.
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MIG-1
Candidate workload list and dependency-informed wave groupingGateWaves grouped from current inventory, mission criticality, recovery tiers, and dependency evidence rather than a spreadsheet list alone.
M0 → M6
MIG-2
Per-wave readiness assessment and MAP disposition assignmentGateEvery workload carries Lift / Modernize / Platform / Contain before cutover.
M3 → M12
MIG-3
Production promotion path with rollback readinessGateDocumented, exercised promotion and rollback path, method-agnostic (post-ATO release mechanics).
M6 → M18
MIG-4
Retain / contain register with active containment plansBoundary, latency, and dependency constraints documented with containment posture.
M0 → M18
MIG-5
Migration factory maturity and progressive deliveryRepeatable wave execution; rollback and reversibility are engineering properties, not events.
M18 → M36
The complete domain workstream timeline, dependencies, gates, and delivery detail begins in Appendix B.
Full trace retained: 51 positions · 10 domains · all workstreams, dependencies, gates, and evidence floors.
Transformation Plan
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Mission Cloud Acceleration
Governed path
How the Work Converges
What bounded decision or proof comes next?
Approve the first work package without pre-committing the full transformation.
The six-week assessment frames a transformation that may span 48 months or more. Approve one bounded move now while retaining every later gate.
- 01Bound the moveConfirm scope, owner, dependencies, completion proof, and exit criteria.
- 02Pass the gateReview the evidence with the accountable client or authorization authority.
- 03Release the next horizonScale only when the operating foundation and decision conditions hold.
6 wkAssessment clock
48+Month advisory horizon
23M0 workstream starts
29Decision / production gates
Decision gatesRoadmap timing does not promise authorization
- 01Evidence floorConfirm scope, owners, provenance, and residual uncertainty.
- 02Bounded testPrepare IATT evidence only when controlled testing is necessary and the AO accepts the boundary.
- 03Operational decisionImplement and assess applicable controls before seeking the governing operational authorization.
- 04Continuous postureSustain monitoring, active cyber defense, secure delivery, and reusable evidence after authorization.
Decision requested nowOne bounded work package
Confirm its scope, owner, dependencies, completion evidence, and gate.
Report familyUse each deliverable for the decision it owns
Frames the cloud-strategy direction, mission implications, choices, and next bounded decisions.
Turns the strategy into sequenced workstreams, dependencies, measures, gates, and the 0–48+ month journey.
Preserves the strategy's artifact-level proof, standards trace, technical rationale, and authorization-readiness detail.
Supporting detailOpen only the execution depth needed now
Program action: confirm the first horizon, the accountable owner, the evidence of completion, and the authority for the gate.
Evidence informs. Named individuals with authority decide. Client Release and deployment remain separate.
Public preview ends after page three
The complete report is built with you—not handed to you from a template.
Three leadership pages show what the engagement revealed, what the evidence means, and the constraints leadership should work through together. The engagement goes substantially further through collaborative evidence review, interviews, challenge sessions, tailored CSP and mission-data due diligence, AI/RMF/FinOps interpretation, and an accountable roadmap developed with your team.
Explore the complete engagement togetherSample // Fictional Data // Not a Client Deliverable