BCP & Cyber Recovery Readiness

🎯 Use Cases

Business continuity and cyber recovery are two disciplines that most organizations treat separately — one owned by risk management, the other by IT. In practice, a ransomware attack, a cloud provider outage, or a critical system compromise is simultaneously a cybersecurity incident and a business continuity event. When the two frameworks are not aligned, organizations discover the gap at the worst possible moment: during the crisis itself.

Most organizations have some form of BCP or DR documentation in place. The real question is whether it is actionable, current, tested, and sufficient to meet both operational recovery objectives and regulatory expectations. Under NIS2, DORA, and ISO 22301, documentation alone is not enough — regulators and auditors expect demonstrable readiness, validated RTOs, and evidence of a functioning management system behind the plans.

🛠️ Service Features

Business Continuity Management Readiness

This gap assessment service is delivered by Abilene Advisors, combining their ISO 22301-grounded gap analysis methodology with Abilene Solutions' cyber recovery expertise — giving organizations a unified view of where their BCP and cyber resilience posture actually stands, and a prioritized roadmap to close the gaps that matter most.

Key situations this service addresses:

• Organizations with existing BC or DR plans that have never been formally assessed against ISO 22301 or current regulatory requirements
• Security and IT teams that need to validate whether documented RTOs and RPOs are achievable in a real recovery scenario
• Organizations facing NIS2, DORA, or client audit requirements and needing objective, evidence-based proof of continuity readiness
• CISOs or CIOs seeking board-level justification for BCP investment with a clear risk exposure baseline
• Environments where BCP and cyber incident response plans exist in silos and have never been tested as a coordinated response

What do we offer?

• Structured gap analysis covering all 10 ISO 22301:2019 clauses — from context and leadership through planning, BIA, recovery procedures, and performance evaluation — assessed against your existing documentation, operational evidence, and stakeholder interviews.
• Evidence-based maturity scoring per clause, producing a clear compliance scorecard that distinguishes what is implemented, what is documented but untested, and what is genuinely missing — not a generic checklist.
• Typically 5–10 stakeholder interviews (BC coordinator, IT operations lead, business unit representatives, senior management) to capture how continuity works in practice versus on paper.
• Completed within 2–3 weeks from scope definition to delivery of the gap analysis report, regardless of whether ISO 22301 certification is the end goal.

Additional ISO 22301 collateral from Abilene Advisors and Abilene Academy

• ISO22301 implementation
• ISO22301 training & certification: foundation, lead auditor, lead implementer

Cyber Recovery & DRP Readiness

The ISO 22301 gap analysis provides the framework; Cyber Recovery Readiness provides the operational substance

‍Operational Business Impact Analysis (BIA)

• Inventory of critical business processes with their system and application dependencies
• Formal definition of MTPD (Maximum Tolerable Period of Disruption) per process
• Definition of RTO (Recovery Time Objective) and RPO (Recovery Point Objective) validated by the business, not just by IT
• Identification of minimum critical resources required for recovery (key personnel, access rights, equipment)
• Mapping of third-party dependencies (cloud providers, SaaS platforms, critical suppliers

MVC — Minimum Viable Configuration

• Definition of the minimal set of systems and services to restore as a priority to ensure the organization's operational survival
• Asset prioritization by business criticality (tier 1 / tier 2 / tier 3)
• Documentation of reference configurations ("golden images", validated snapshots, hardened configurations) required for a clean restart
• Identification of interdependencies between MVC components that could block the recovery sequence

Cyber-resilient backup architecture and capabilities

• Assessment of the backup strategy against the 3-2-1-1-0 rule (3 copies, 2 media types, 1 offsite, 1 air-gapped/immutable, 0 verified errors)
• Verification of backup immutability against ransomware (protection against encryption or deletion by an attacker who has compromised admin credentials)
• Existence of an isolated recovery environment (clean recovery environment) separate from the production network
• Coverage of cloud, SaaS, and hybrid workloads within the backup strategy

Detailed technical DRP

• System-level recovery runbooks for each critical system (not just high-level plans), sequence, prerequisites, commands, owners
• Definition of recovery sequences (system restart order, AD/DNS/PKI dependencies before business applications)
• Post-recovery validation procedures: how does the organization confirm a system is clean and operational before reopening it to users?
• Integration of the DRP with the cyber incident response plan (IR Plan), defining the handover point between the containment phase and the recovery phase

Cyber-specific scenarios

• ISO 22301 gap analyses typically address generic scenarios (disaster, unavailability). Missing are cyber-adversarial scenarios such as:
  • Ransomware with full encryption and data exfiltration
  • Compromise of privileged access (AD, secrets vault, PKI)
  • Attacker-driven destruction or corruption of backups
  • Supply chain attack (critical third-party provider compromised)

Cyber recovery governance elements

• Cyber crisis RACI: who decides to switch to degraded operating mode, who authorizes recovery, who validates that the environment is clean?
• Crisis communication procedures in the event of a major cyber incident: customers, regulators (NIS2/DORA notification within 24h/72h), press
• Contractual clauses and SLAs with cloud/infrastructure providers covering major cyber incidents
• Cyber insurance coverage and trigger conditions

Validation and testability

• Documented RTOs and RPOs have often never been measured under real conditions, a technical test plan is missing (restore test, failover test) with baseline performance metrics
• Frequent absence of baseline metrics: actual duration of a full restore, sequenced reboot time of the full environment, post-recovery validation delay

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