Developing and Implementing Continuity Plans Including Information Security

HITRUST CSF v11 12.c requires you to develop and implement continuity plans that keep critical business processes running (or restore them) and keep information available within defined time requirements after an interruption, with explicit information security responsibilities assigned to all personnel ¹.

Key takeaways:

• Define recovery objectives for critical processes and information, then build plans that meet those objectives in real incidents ¹.
• Continuity plans must include named, role-based information security responsibilities, not generic “IT will handle security” language ¹.
• Evidence matters: risk-based scope, tested plans, training, and after-action improvements are what assessors expect to see ¹.

Business continuity plans often fail audits for one simple reason: they describe how to “restore IT,” but they do not prove you can maintain or restore critical operations while protecting and keeping information available in the required timeframes. HITRUST CSF v11 12.c closes that gap by tying continuity planning directly to availability targets and by requiring explicit information security responsibilities for all personnel, not only the security team ¹.

For a Compliance Officer, CCO, or GRC lead, operationalizing this requirement means you need a plan set that is (1) scoped to critical business processes and the information they depend on, (2) engineered to meet defined recovery expectations (time scales and required availability levels), and (3) executable by people with named security tasks under stress. That includes non-technical roles: business owners, customer support, HR, legal, facilities, and third-party management. Continuity work that lives only in IT will miss dependencies like SaaS providers, call centers, identity platforms, and manual workarounds.

This page gives requirement-level guidance you can apply quickly: who is in scope, what to build, how to test, and what evidence to retain for a HITRUST assessment or internal audit.

Regulatory text

Requirement (excerpt): “Plans shall be developed and implemented to maintain or restore operations and ensure availability of information at the required level and in the required time scales following interruption to, or failure of, critical business processes. Plans shall include specific, explicit information security responsibilities for all personnel.” ¹

Operator interpretation: You must (a) identify what is “critical,” (b) define the required recovery expectations for operations and information availability, (c) document and implement continuity plans that meet those expectations, and (d) assign clear, actionable security responsibilities across roles so that confidentiality/integrity controls do not collapse during recovery activities ¹.

Plain-English interpretation (what the requirement is really asking)

1. Continuity is not optional documentation. “Developed and implemented” means plans exist, people know their roles, and you can execute them during a real disruption ¹.
2. The target is “critical business processes,” not “systems.” You start from business services (e.g., claims processing, patient scheduling, customer authentication, revenue cycle), then map supporting applications, infrastructure, people, facilities, and third parties ¹.
3. Availability is measured against requirements you define. The requirement expects “required level” and “required time scales” to be explicit. In practice, that means defined recovery objectives and decision criteria that align with business impact ¹.
4. Security responsibilities must be explicit for all personnel. During incidents, access expansions, emergency changes, manual workarounds, and data exports happen fast. HITRUST expects you to pre-assign who approves, who documents, who monitors, and who can make exceptions ¹.

Who it applies to (entity and operational context)

Entity types: All organizations seeking alignment with HITRUST CSF v11, including healthcare providers, health plans, clearinghouses, and any organization handling sensitive information that adopts HITRUST as its control framework baseline ¹.

Operational contexts that are usually in scope:

• Critical business processes and their enabling technology (primary production systems, identity, network connectivity, endpoint fleet needed for operations) ¹.
• Information assets required to operate: operational databases, customer/patient records, configuration repositories, backups, key management materials, and incident communications artifacts ¹.
• Third parties that support critical processing: cloud hosting, EHR/EMR platforms, payment processors, call centers, managed service providers, and any outsourced workflow that becomes a single point of failure ¹.

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

Step 1: Define “critical” and set recovery expectations

• Build (or refresh) a Business Impact Analysis (BIA) that lists critical business processes, peak operating periods, upstream/downstream dependencies, and failure impacts ¹.
• For each critical process, define time-based recovery expectations and information availability needs (for example: what data must be available, to which roles, through which channels) ¹.
• Document the decision maker for each process (process owner) and the technical owner for each supporting system ¹.

Exam-ready tip: Assessors look for traceability: critical process → supporting systems/data → plan(s) → test evidence ¹.

Step 2: Map continuity strategies to dependencies (technology, people, facilities, third parties)

For each critical process, document strategies such as:

• Alternate processing modes: manual procedures, alternate site, alternate application, degraded mode operations ¹.
• Technical resilience: backups/restores, redundancy, failover design assumptions, and minimum viable configuration ¹.
• Third-party continuity: how you contact the third party, their escalation paths, their recovery commitments, and your internal fallback if they fail ¹.

Keep this in a dependency map that a non-technical incident commander can use.

Step 3: Write actionable continuity plans (runbooks, not essays)

Create plan documents at two levels:

• Business Continuity Plan (BCP) per process or business unit: triggers, decision authority, communications, manual workarounds, staffing model, and customer/patient impact messaging ¹.
• Disaster Recovery / IT Service Continuity runbooks: restoration order, prerequisites, configuration baselines, validation checks, and rollback criteria ¹.

A strong plan answers: “What do we do in the first hour?” and “How do we prove information is available and trustworthy after recovery?” ¹

Step 4: Assign explicit information security responsibilities for all personnel

Add a continuity security responsibilities matrix that covers:

• Access control during disruption: who can approve emergency access, who provisions it, how it is time-bounded, and how it is reviewed after the event ¹.
• Emergency change control: who can authorize changes, what documentation is required during the incident, and how changes are reconciled after service restoration ¹.
• Data handling in workarounds: rules for exporting data, using personal devices, printing, sharing via email or chat, and storing files in temporary locations ¹.
• Logging and evidence capture: who preserves logs, screenshots, timelines, approvals, and communication records for post-incident review ¹.
• Third-party coordination: who engages third parties, who approves data sharing with them during recovery, and who confirms their actions meet your security requirements ¹.

Make this role-based and name-backed (primary/alternate), then train to it.

Step 5: Implement, train, and test

• Implement distribution and access: plans must be reachable during outages (offline copies, emergency contact lists, alternate comms) ¹.
• Train by role: business owners practice decision-making; technical teams practice restoration; security practices emergency access and monitoring; comms practices stakeholder updates ¹.
• Test using realistic scenarios: ransomware, cloud region outage, identity provider failure, data corruption, critical third-party outage ¹.
• Record lessons learned and remediation: the requirement implies continued fitness. Tests that do not generate tracked improvements tend to fail scrutiny ¹.

Step 6: Maintain the program (change-driven updates)

Tie plan updates to:

• application or infrastructure changes,
• new critical processes,
• third-party onboarding/offboarding,
• major security incidents,
• organizational changes that affect roles and escalation paths ¹.

Required evidence and artifacts to retain

Retain artifacts that show “developed and implemented” plus security responsibility integration ¹:

Core documents

• Business Impact Analysis with critical process list and dependencies ¹
• Continuity plan set: BCPs, DR runbooks, crisis communications plan, and escalation call trees ¹
• Security responsibilities matrix embedded in plans ¹

Operational proof

• Training records by role (attendance, completion, materials) ¹
• Test/exercise plans, results, after-action reports, and tracked corrective actions ¹
• Evidence of plan distribution and accessibility during outages ¹

Governance

• Plan approvals (process owners and security sign-off) ¹
• Exception records for emergency access/change control and post-event reviews ¹

Common exam/audit questions and hangups

Assessors and auditors typically press on these areas ¹:

• “Show me your critical processes and how you determined they’re critical.” If you cannot trace back to a BIA, you will struggle.
• “What does ‘required time scales’ mean for you?” You must be able to point to defined recovery expectations and show the plan meets them.
• “Where are the information security responsibilities?” Auditors want specificity: who approves emergency access, who monitors, who documents.
• “Prove it’s implemented.” A plan with no training, no test evidence, or no corrective actions reads as shelfware.
• “How do third parties fit into continuity?” They will ask how you handle a third-party outage that blocks critical processing.

Frequent implementation mistakes (and how to avoid them)

1. Mistake: Writing DR plans that restore servers but ignore business workflows.
   Fix: Start with critical processes, then map technical recovery order to the workflow’s minimum viable operation ¹.

2. Mistake: Security is a paragraph, not responsibilities.
   Fix: Add a RACI-style matrix for incident-time access, emergency changes, data handling, and evidence retention, with named primaries/alternates ¹.

3. Mistake: Plans assume “normal” communications and identity access.
   Fix: Include alternate comms channels and identity failure procedures (break-glass accounts, offline contact lists, out-of-band approvals) with controls and review steps ¹.

4. Mistake: Third-party dependencies are untested.
   Fix: Include third-party outage scenarios in exercises and retain escalation evidence and fallback decisions ¹.

5. Mistake: Tests are tabletop-only forever.
   Fix: Mix tabletops with functional tests that validate restoration steps and data availability checks, then track remediations to closure ¹.

Enforcement context and risk implications

No public enforcement cases are provided in the source catalog for this requirement. Operationally, weak continuity plans raise the likelihood that an outage becomes a prolonged availability incident and that emergency recovery actions create secondary security incidents (overbroad access, unlogged changes, unmanaged data exports) ¹.

Practical 30/60/90-day execution plan

First 30 days (stabilize scope and expectations)

• Confirm the inventory of critical business processes and owners; refresh or create the BIA where gaps exist ¹.
• Define recovery expectations per critical process and identify the systems, data, and third parties that must meet them ¹.
• Draft the security responsibilities matrix for continuity scenarios (emergency access, emergency change, data handling, logging/evidence) ¹.

Next 60 days (publish plans and make them executable)

• Produce or update BCPs and DR runbooks to align with the recovery expectations and dependency map ¹.
• Implement plan distribution: emergency contact lists, offline copies, and clear activation triggers ¹.
• Train role owners, including non-IT teams, on their continuity and security responsibilities ¹.

By 90 days (prove implementation)

• Run at least one cross-functional exercise that includes explicit security actions (emergency access approvals, change documentation, data handling rules) and a third-party dependency ¹.
• Produce an after-action report and track corrective actions through closure ¹.
• Set a maintenance cadence tied to change management and third-party lifecycle events ¹.

Where Daydream fits: If you manage many critical third parties, Daydream can centralize continuity evidence (BCP/DR excerpts, contact paths, escalation SLAs, test attestations) and link it to your continuity scenarios so you can answer assessor questions without hunting across emails and shared drives.

Frequently Asked Questions

Do we need separate continuity plans for “business” and “IT,” or can one plan satisfy HITRUST 12.c?

One integrated plan set can satisfy the requirement if it covers maintaining/restoring critical processes and information availability and includes explicit information security responsibilities. Many organizations keep BCP and DR runbooks separate, but they must cross-reference and stay consistent ¹.

What does “required level” and “required time scales” mean in practice?

It means you define recovery expectations for each critical process and the information it needs, then design and test plans that meet those expectations. Auditors will expect these expectations to be documented and traceable into the plan steps and test outcomes ¹.

How explicit do “information security responsibilities for all personnel” need to be?

They should be role-based and actionable (who approves emergency access, who performs and documents emergency changes, who enforces data handling rules, who preserves evidence). Generic statements like “follow security policy” are rarely persuasive in assessments ¹.

How do we handle third-party outages in continuity planning?

Treat critical third parties as dependencies of your critical processes: document escalation paths, recovery assumptions, and your fallback procedures if the third party cannot restore service. Include at least one third-party failure scenario in exercises and retain the evidence ¹.

What evidence most often fails a HITRUST assessment for continuity planning?

Plans with no proof of implementation: missing training records, missing exercises, or exercises with no after-action remediation tracking. Another frequent gap is missing security responsibilities inside continuity artifacts ¹.

Can emergency access and emergency change processes live outside the continuity plan?

Yes, but the continuity plan should point directly to them and state who does what during an interruption. If emergency processes are separate, ensure the continuity plan still assigns explicit responsibilities and describes how approvals and evidence are captured during disruption ¹.

Footnotes

1. HITRUST CSF v11 Control Reference