Policy and Procedures

CP-1 is the “table stakes” control for contingency planning in the FedRAMP Moderate baseline: if you cannot show a documented and disseminated contingency planning policy and procedures, every downstream contingency control becomes harder to defend. The control text is short, but exam teams treat it as a governance test: do you have clear intent (policy), repeatable execution (procedures), accountable owners (roles and responsibilities), and proof that the organization actually operates this way (dissemination and compliance)? (NIST Special Publication 800-53 Revision 5)

For a Cloud Service Provider pursuing or maintaining FedRAMP authorization, CP-1 is where you connect business continuity and disaster recovery expectations to system-level operations: incident response, backup/restore, high availability design, communications, and coordination with external parties (including subcontractors and other third parties). For agencies operating systems under FedRAMP, CP-1 similarly anchors internal execution and shared responsibility boundaries.

This page translates CP-1 into a buildable set of documents, workflows, and evidence you can stand up quickly, then sustain through audits and annual assessments.

Regulatory text

Requirement (excerpt): “Develop, document, and disseminate a contingency planning policy and procedures that address purpose, scope, roles, responsibilities, management commitment, coordination, and compliance.” (NIST Special Publication 800-53 Revision 5)

What the operator must do

You need to produce:

1. A contingency planning policy that establishes organizational intent, governance, and accountability for contingency planning; and
2. Contingency planning procedures that translate that policy into repeatable, role-based steps teams perform.

Both must be documented (version-controlled, approved) and disseminated (accessible to the right people, with evidence they received/acknowledged it and can follow it).

Plain-English interpretation of the requirement

CP-1 asks a simple question: If your service is disrupted, do you have a defined, management-backed way to plan for continuity and execute recovery, and can you prove the workforce knows where to find it and how to use it? (NIST Special Publication 800-53 Revision 5)

Examiners typically look for three things:

• Governance clarity: named owners, decision rights, approval authority, and escalation.
• Operational realism: procedures that match your architecture and operating model (cloud regions, backups, runbooks, on-call, customer communications).
• Evidence of adoption: people have access, training/acknowledgement exists, and changes are controlled.

Who it applies to (entity and operational context)

Applies to:

• Cloud Service Providers operating a FedRAMP Moderate authorized (or in-process) cloud service offering. (NIST Special Publication 800-53 Revision 5)
• Federal agencies operating or inheriting contingency capabilities for information systems under the FedRAMP model. (NIST Special Publication 800-53 Revision 5)

Operational contexts where CP-1 becomes “real work”:

• You run production services with uptime expectations and must restore service within defined recovery objectives (even if those objectives are documented elsewhere).
• You depend on third parties for hosting, managed services, support tooling, or data replication.
• You have multiple teams involved in resilience (SRE/infra, security, app engineering, support, comms, compliance).

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

Step 1: Set the document set (policy vs. procedures)

Create a two-tier structure:

• Contingency Planning Policy (CP Policy): stable governance document, owned by security/GRC with executive approval.
• Contingency Planning Procedures (CP Procedures): operational documents owned by engineering/operations, referenced by the policy, updated as architecture changes.

Tip from practice: audits go sideways when teams put everything into a “policy” that reads like a runbook, or write procedures without management commitment and governance.

Step 2: Draft the policy to cover every CP-1 element

Your policy should explicitly include:

CP-1 element	What to include in the policy (minimum)
Purpose	Why the program exists (service continuity, recovery, safety, compliance). (NIST Special Publication 800-53 Revision 5)
Scope	Which systems/environments are covered (production, staging, supporting services), and what is out of scope with rationale. (NIST Special Publication 800-53 Revision 5)
Roles & responsibilities	Named roles (not just teams): Contingency Plan Owner, DR Lead, Incident Commander interface, Communications Lead, IT Ops, App Owners. (NIST Special Publication 800-53 Revision 5)
Management commitment	Executive sponsor, required resourcing language, approval authority, enforcement statement. (NIST Special Publication 800-53 Revision 5)
Coordination	Required coordination points: incident response, change management, third-party coordination, customer/agency notifications. (NIST Special Publication 800-53 Revision 5)
Compliance	How compliance is measured: required reviews, required exercises/tests, exception process, consequences for noncompliance. (NIST Special Publication 800-53 Revision 5)

Keep the policy short enough that leaders will read it. Put detailed steps in procedures.

Step 3: Build procedures that an operator can execute under pressure

Your procedures should be task-oriented and mapped to roles. Common procedure components include:

• Activation criteria: who can declare a contingency event and how.
• Escalation path: paging/on-call, incident management bridge, decision approvals.
• System recovery runbooks: restore from backup, failover, rebuild, validate integrity, return to normal operations.
• Data handling steps: protect logs/evidence, preserve forensic data where required, validate data consistency post-restore.
• Communications procedure: internal comms, customer comms, and coordination with relevant external stakeholders and third parties.
• Post-event review: required after-action review inputs, owners, and tracking corrective actions.

Make procedures reference the tools teams actually use (ticketing, on-call, chat, status page). If the procedure doesn’t match reality, you will not be able to defend “compliance.”

Step 4: Implement “dissemination” as a controlled workflow

Dissemination must be provable. Implement:

• Controlled publishing location: a single system of record (GRC tool, document management system, or controlled wiki) with access controls.
• Audience mapping: who must receive which documents (engineering, security, support, executives, relevant third parties).
• Acknowledgement mechanism: attestation via LMS, HR policy portal, ticket workflow, or periodic access/ack review.
• Change notification: when documents change, the impacted audience gets notified and re-acknowledges if required.

If you use Daydream to manage policy and evidence workflows, map CP-1 to a checklist that drives approvals, attestation collection, and artifact storage in one place. Keep the focus on auditability: who approved, who received, and what version was in effect.

Step 5: Add governance mechanics that survive audits

Implement these minimum mechanics:

• Document control: version, owner, approver, effective date, revision history.
• Review trigger: at least on a defined periodic cadence and on major architecture/third-party changes (state your trigger in the policy).
• Exception process: a simple template (risk, compensating controls, expiration, approver).
• Linkage to system scope: tie policy/procedures to the system boundary and inventory so assessors can see coverage.

Required evidence and artifacts to retain

Expect to produce these quickly during assessment:

Policy artifacts

• Approved Contingency Planning Policy with version history and executive approval record. (NIST Special Publication 800-53 Revision 5)
• Roles/responsibilities matrix (RACI acceptable) showing named roles and alternates.

Procedure artifacts

• Contingency planning procedures and runbooks referenced by system/service.
• Call tree / on-call escalation documentation (current and controlled).

Dissemination and compliance artifacts

• Access control or publishing evidence (screenshots/exported permissions; document repository metadata).
• Training or acknowledgement logs for in-scope personnel.
• Change notifications or release notes for procedure updates.
• Records showing coordination points (for example, references that align contingency steps to incident response coordination).

Format matters less than traceability. If an assessor can’t follow the trail from CP-1 to the procedures used by operators, you will burn time in interviews.

Common exam/audit questions and hangups

• “Show me the policy, and show me the procedures.” Teams often provide one document that doesn’t clearly separate governance from execution.
• “Who owns this, and who approved it?” Missing executive sponsor/approval is a common finding.
• “How do you disseminate these documents?” “It’s on Confluence” is rarely enough without access control and acknowledgement.
• “How do you ensure coordination?” Assessors look for explicit interfaces with incident response, change management, and external dependencies. (NIST Special Publication 800-53 Revision 5)
• “How do you know people follow this?” They want evidence: training, tabletop/exercise records (even if those are governed by other controls), and post-incident adherence.

Frequent implementation mistakes (and how to avoid them)

1. Writing a generic policy that ignores your architecture.
   Fix: include scope boundaries, system ownership, and coordination points that reflect your real operating model. (NIST Special Publication 800-53 Revision 5)

2. Procedures that are aspirational, not executable.
   Fix: have on-call engineers walk through the steps and edit for realism. If the runbook can’t be run at 2 a.m., it won’t pass scrutiny in an interview.

3. No proof of dissemination.
   Fix: add attestation or training logs, and keep them tied to document versions and effective dates. (NIST Special Publication 800-53 Revision 5)

4. Unclear roles and decision authority.
   Fix: explicitly state who can declare a contingency event, approve failover, and communicate externally. (NIST Special Publication 800-53 Revision 5)

5. No compliance mechanism.
   Fix: define how you review, update, and enforce the policy and procedures, including exception handling. (NIST Special Publication 800-53 Revision 5)

Enforcement context and risk implications

No public enforcement cases were provided for this requirement in the supplied sources. Practically, CP-1 failures create assessment risk because they weaken confidence in the entire contingency planning family: if governance and dissemination are missing, assessors question whether recovery capabilities are managed, tested, and repeatable. (NIST Special Publication 800-53 Revision 5)

Practical 30/60/90-day execution plan

First 30 days (stabilize governance and draft deliverables)

• Assign owners: CP Policy Owner (GRC) and CP Procedure Owners (Ops/Engineering).
• Draft CP policy covering purpose, scope, roles, responsibilities, management commitment, coordination, compliance.
• Inventory existing runbooks and DR documents; identify gaps against the policy.
• Select the system of record for publication and version control; define access groups.

By 60 days (publish, disseminate, and prove adoption)

• Finalize executive approval of the CP policy; publish controlled version.
• Standardize procedure templates and publish core procedures for each in-scope service.
• Roll out dissemination: notifications and acknowledgement collection for required audiences.
• Implement change control triggers (architecture change, third-party dependency change, major incident learnings).

By 90 days (operationalize and make it auditable)

• Conduct a structured walkthrough with operators against procedures; log issues and corrective actions.
• Establish recurring review and exception workflow; capture evidence in a single repository.
• Run an internal “audit packet” drill: can you produce policy, procedures, approvals, dissemination evidence, and role assignments within a short request window?

Frequently Asked Questions

Do we need separate documents for the policy and procedures?

CP-1 requires both a policy and procedures, but it does not mandate separate files. Separation is still the cleanest way to show governance (policy) versus execution (procedures) during assessment. (NIST Special Publication 800-53 Revision 5)

What does “disseminate” mean in practice?

Disseminate means relevant personnel can access the current version and you can prove distribution. Use controlled publishing plus acknowledgement/training records tied to the document version. (NIST Special Publication 800-53 Revision 5)

Who should approve the contingency planning policy?

CP-1 requires management commitment, so approval should include an executive or senior leader with authority to commit resources and enforce compliance. Capture the approval record and effective date. (NIST Special Publication 800-53 Revision 5)

How do we handle third-party dependencies in contingency planning procedures?

Document coordination points: who contacts the third party, where support contracts/live escalation paths are stored, and what evidence you retain from outages (tickets, timestamps, communications). Include third-party actions as explicit steps, not assumptions. (NIST Special Publication 800-53 Revision 5)

Can engineering-owned runbooks count as “procedures” for CP-1?

Yes, if they are controlled (versioned, reviewed), mapped to roles, and referenced by the CP policy. Assessors will still expect governance language and compliance mechanics in the policy layer. (NIST Special Publication 800-53 Revision 5)

What’s the fastest way to assemble an audit-ready evidence set?

Build a single CP-1 folder or control record containing the approved policy, procedure index, role/RACI, dissemination logs, and document control metadata. Tools like Daydream can keep approvals, attestations, and artifact links tied to CP-1 so you can export an assessor packet quickly.