Policy and Procedures

To meet FedRAMP Moderate’s CM-1 “Policy and Procedures” requirement, you must create a configuration management (CM) policy and supporting procedures, formally approve them, and actively distribute them to the teams who configure, build, and operate your cloud system. The documents must clearly define purpose, scope, roles, responsibilities, management commitment, coordination, and compliance expectations. ¹

Key takeaways:

• A CM policy is an executive commitment and rule set; CM procedures are the “how” your operators follow every day. ¹
• Examiners look for proof of dissemination, assigned ownership, and traceability from policy to operating workflows. ¹
• If your CM documentation is generic, unsigned, or not reflected in change/config tooling, expect audit friction and control failures. ¹

CM-1 is a documentation control with operational teeth. FedRAMP assessors typically use it to test whether configuration management is real governance or just a set of loosely related SOPs that engineers may or may not follow. Your job as a Compliance Officer, CCO, or GRC lead is to turn CM-1 into a small set of documents that (1) state clear requirements, (2) assign accountable owners, and (3) connect directly to how infrastructure and applications are configured, changed, and verified.

The practical target: one configuration management policy document plus a small set of procedures that map to your system’s lifecycle (build, change, monitor, and validate). The documents must be approved, current, distributed, and used. The fastest way to operationalize CM-1 is to define your CM “decision rights” (who can approve what), your minimum baselines (what configurations are required), and your compliance mechanics (how you prove adherence). ¹

If you have multiple teams (platform, SRE, app engineering, security), CM-1 is also your coordination contract. It prevents the common failure mode where security writes policy, engineering ignores it, and nobody can show evidence during assessment.

Regulatory text

Requirement (CM-1): “Develop, document, and disseminate a configuration management policy and procedures that address purpose, scope, roles, responsibilities, management commitment, coordination, and compliance.” ¹

What the operator must do:

• Develop: Write a CM policy and CM procedures tailored to your FedRAMP system and how you actually ship and operate changes. ¹
• Document: Put them under document control (owner, versioning, approval, review cadence you set, and retention). ¹
• Disseminate: Prove they were distributed to the people who perform CM activities (engineering, operations, security, release management) and that staff can access the current version. ¹
• Address required topics: The policy/procedures must explicitly cover purpose, scope, roles, responsibilities, management commitment, coordination, and compliance. ¹

Plain-English interpretation (what CM-1 really means)

CM-1 requires you to run configuration management as a governed program, not an informal engineering habit. Your policy is the “rulebook” leadership signs off on. Your procedures translate that rulebook into repeatable steps that teams follow to:

• establish approved configuration baselines,
• control changes to those baselines,
• coordinate across teams so nothing ships “around” the process,
• and show evidence that you complied.

A good CM-1 implementation makes audits easier because every later CM control (baselines, change control, monitoring, etc.) can point back to a stable policy and procedure set.

Who it applies to (entity and operational context)

Entity types: Cloud Service Providers and Federal Agencies operating systems under FedRAMP Moderate expectations. ¹

Operational context (where this bites in practice):

• Cloud infrastructure (IaaS/PaaS), container platforms, and managed services where configuration is code-driven.
• CI/CD pipelines that promote builds into regulated environments.
• Shared responsibility setups where a third party provides parts of the stack, but you still govern how configurations are set and changed.
• Multi-team organizations where platform, application, and security groups each touch configuration.

What you actually need to do (step-by-step)

1) Define CM scope for the FedRAMP boundary

• Identify what “configuration items” your CM program covers inside the system boundary: infrastructure, OS images, container base images, network/security groups, IAM, platform services, application configuration, and security tooling configuration.
• State what is explicitly out of scope (for example, corporate IT endpoints) to prevent confusion during assessment.

Output: CM scope statement embedded in the policy. ¹

2) Write the CM policy (executive-level, short, enforceable)

Your CM policy should be readable in one sitting and answer:

• Purpose: Why CM exists for the system (control of baselines and changes).
• Scope: Systems/environments covered (dev/test/prod distinctions if relevant).
• Roles & responsibilities: Who owns CM governance, who approves changes, who maintains baselines, who validates compliance.
• Management commitment: Named executive role that approves and supports enforcement (for example, system owner/CISO equivalent for the program).
• Coordination: How security, engineering, and operations coordinate (change advisory structure, ticketing workflow, escalation).
• Compliance: What happens when CM steps are skipped (exceptions process, remediation expectations, audit support).

Practical drafting tip: Avoid writing policy that requires tools or processes you do not have. CM-1 gets tested against reality. ¹

3) Write the CM procedures (operator-level, tied to workflows)

Procedures should map to how work happens. Common procedure modules:

• Baseline management procedure: how baselines are created, approved, stored, and updated.
• Configuration change procedure: how changes are requested, reviewed, approved, implemented, and verified.
• Exception procedure: how to request deviations, who approves, how time-bounded exceptions are tracked, and required compensating controls.
• Emergency change procedure: how urgent production changes are approved and retroactively documented.
• Communication procedure: who must be notified for certain change categories.

Each procedure should specify:

• entry criteria (what triggers the procedure),
• steps and required approvals,
• required records (tickets, pull requests, approvals, test evidence),
• and where evidence lives.

If your environment is “config-as-code”: Make the procedure explicitly describe how pull requests, peer review, and pipeline gates satisfy your approval and verification steps. ¹

4) Assign accountable owners and decision rights

Create a small RACI-style mapping (even if you don’t label it RACI) covering:

• policy owner (GRC/security),
• procedure owner(s) (platform/operations),
• approvers (system owner, security),
• implementers (engineering/SRE),
• auditors/assessors support role (GRC).

This is where most programs fail. If “Security” is responsible for everything, nobody is actually accountable.

5) Approve, version, and control the documents

• Use formal approval (signature or equivalent approval record).
• Put documents in a controlled repository with version history.
• Establish an internal review trigger (for example, after major system changes or organizational changes). The requirement does not prescribe a specific frequency; pick one you can meet consistently. ¹

6) Disseminate and prove dissemination

Dissemination must be more than “it’s on the wiki.” Do both:

• Publish in a central, access-controlled location (policy portal/GRC system).
• Push to the audiences who need it (engineering ops channels, onboarding packs, annual training, release manager playbooks).

Evidence matters: keep distribution records (announcement, attestation, training completion, or documented onboarding step). ¹

7) Tie policy to day-to-day controls and evidence

Map each procedure to the systems that produce records:

• ticketing system (change requests, approvals),
• source control (PRs, reviews),
• CI/CD logs (deployment approvals, gates),
• configuration repositories (baseline definitions),
• monitoring/config scanning outputs.

If you use Daydream to manage your compliance program, this is a strong fit for linking CM-1 requirements to the exact artifacts your teams already generate, then collecting approvals and evidence in one place without chasing engineers across tools.

Required evidence and artifacts to retain

Keep evidence that proves development, documentation control, and dissemination, plus proof the procedures are used.

Minimum artifact set (practical):

• Configuration Management Policy: approved version, with owner, version, approval record. ¹
• Configuration Management Procedures: baseline, change, exceptions, emergency change, communications; each with owner and version control. ¹
• Dissemination evidence: distribution emails/posts, onboarding checklist references, training/attestation records, or access logs where practical. ¹
• Role assignment evidence: named roles in policy, org chart excerpt, responsibility matrix, or system security plan references (where you maintain them). ¹
• Coordination evidence: meeting notes/charter for change coordination, escalation paths, or documented approval workflows. ¹

Common exam/audit questions and hangups

Expect assessors to probe these areas:

1. “Show me the CM policy and procedures, and prove they’re current.” They will look for approval, version, and owner. ¹
2. “Who approves changes to production?” If the answer is unclear or differs by team, you will get findings. ¹
3. “How do you disseminate and train staff?” “It’s in Confluence” often fails if no evidence shows staff awareness. ¹
4. “How do you coordinate security and engineering for changes?” Weak coordination is a common source of inconsistent approvals. ¹
5. “What’s your compliance mechanism?” They may ask how you detect and handle exceptions. ¹

Frequent implementation mistakes (and how to avoid them)

• Mistake: Writing a CM policy that reads like a textbook.
  Fix: Make it enforceable. Include decision rights, required records, and the compliance/exception path. ¹

• Mistake: Procedures don’t match actual workflows (CI/CD, GitOps, tickets).
  Fix: Describe the real path work takes, then adjust the workflow if it cannot meet approval/verification needs. ¹

• Mistake: No dissemination proof.
  Fix: Build dissemination into onboarding and role-based training, and retain the artifacts. ¹

• Mistake: “Shared mailbox” ownership.
  Fix: Name a role and an accountable person for the current period, even if the role changes later. Update the document when it does. ¹

• Mistake: Coordination is implied, not defined.
  Fix: Document who must be consulted for network, IAM, cryptography, and logging-related configuration changes. ¹

Enforcement context and risk implications

No public enforcement cases were provided in the source catalog for this requirement, so focus on assessment risk rather than case law. Operationally, CM-1 failures create second-order failures: if policy and procedures are weak, you will struggle to demonstrate consistent baselines and controlled change across environments. That increases the chance of unauthorized changes, inconsistent hardening, and audit findings that cascade into broader authorization risk. ¹

A practical 30/60/90-day execution plan

First 30 days (Immediate: get to “audit-ready draft”)

• Appoint CM policy owner and procedure owners; document decision rights.
• Draft CM policy with the required CM-1 topics. ¹
• Inventory existing SOPs and map them to baseline/change/exception/emergency change needs.
• Pick your document control location and approval mechanism.

Days 31–60 (Near-term: align to reality and collect evidence)

• Convert SOPs into CM procedures that match your tooling (tickets, Git, CI/CD). ¹
• Run a tabletop walkthrough: take a real change and trace it through the procedure, capturing the evidence you expect to retain.
• Finalize approval of policy and procedures; publish controlled versions.
• Execute dissemination: onboarding updates, targeted training for engineering and operations, and an announcement with retained evidence. ¹

Days 61–90 (Ongoing: prove it works)

• Perform an internal mini-audit: sample recent changes and confirm artifacts exist (ticket/PR/approval/testing).
• Tune the procedures where teams found friction, without weakening required approvals or recordkeeping.
• Centralize evidence collection (this is where Daydream can reduce manual chasing by linking CM-1 directly to the exact artifacts and owners).
• Prepare an “assessor packet” for CM-1: policy, procedures, dissemination proof, and a few completed change examples.

Frequently Asked Questions

Do we need both a policy and procedures for CM-1?

Yes. CM-1 explicitly requires a configuration management policy and procedures, and both must address the required topics and be disseminated. ¹

What counts as “disseminate” in practice?

You need evidence the documents were distributed or made available to the relevant staff, plus a reasonable mechanism to show awareness (for example, onboarding steps, training, or attestations). CM-1 is not satisfied by an unpublished draft. ¹

Can our change management SOP serve as the CM procedure?

It can, if it fully covers configuration management for the FedRAMP system and includes the required CM-1 elements (roles, coordination, compliance expectations) in a controlled, approved document. If it is generic ITIL guidance with no system mapping, expect gaps. ¹

How specific do roles and responsibilities need to be?

Specific enough that an assessor can identify who owns baselines, who approves changes, and who verifies compliance without guessing. Use named roles and tie them to your org structure. ¹

Do third parties need to follow our CM policy?

If a third party performs configuration work inside your FedRAMP system boundary, your CM program must govern that work through roles, coordination, and compliance expectations, even if the third party uses its own internal SOPs. Document how you impose and verify those expectations. ¹

What’s the fastest way to reduce audit risk for CM-1?

Make dissemination provable and align procedures to your real engineering workflow (tickets, pull requests, pipeline gates). Then sample recent changes and confirm the required artifacts exist and are easy to produce. ¹

Footnotes

1. NIST Special Publication 800-53 Revision 5