Description

This curriculum spans the design and governance of cyber-attack response protocols across IT service continuity, comparable in scope to a multi-phase organisational resilience program integrating risk assessment, cross-functional incident coordination, recovery architecture, and regulatory-aligned audit practices.

Module 1: Threat Landscape Assessment and Risk Prioritization

Conducting asset-criticality mapping to determine which IT services require immediate protection based on business impact.
Selecting threat intelligence sources (commercial, open-source, ISACs) based on industry sector and regulatory exposure.
Integrating cyber threat modeling (e.g., STRIDE, MITRE ATT&CK) into existing IT service risk assessments.
Establishing thresholds for risk acceptance versus escalation to senior management or board reporting.
Aligning cyber risk scoring with existing enterprise risk management (ERM) frameworks for consistency.
Updating risk registers dynamically in response to emerging threats, such as zero-day exploits or supply chain compromises.

Module 2: Integration of Cyber Resilience into Business Continuity Planning

Mapping cyber incident scenarios (e.g., ransomware, data exfiltration) to business impact analyses (BIAs) for realistic RTOs and RPOs.
Defining escalation paths that trigger continuity plans when detection systems confirm malicious activity.
Embedding cyber-specific recovery procedures into existing business continuity playbooks.
Coordinating with legal and compliance teams to ensure incident response aligns with breach notification timelines.
Validating that alternate work site capabilities include secure access to critical IT systems post-attack.
Revising crisis communication protocols to address cyber-specific messaging constraints (e.g., attribution uncertainty).

Module 3: Secure Failover and Recovery Architecture Design

Architecting isolated recovery environments with air-gapped backups to prevent lateral movement during restoration.
Implementing immutable storage for critical system images and logs to ensure forensic integrity.
Designing network segmentation that enables rapid rerouting of traffic without exposing recovery infrastructure.
Selecting replication technologies (synchronous vs. asynchronous) based on application tolerance for data loss.
Ensuring recovery site access controls require multi-person authorization to prevent unauthorized activation.
Testing failover procedures under simulated attack conditions, including degraded network performance and compromised credentials.

Module 4: Incident Response Coordination Across IT and Security Functions

Establishing joint command structure between IT operations, cybersecurity, and legal during active incidents.
Defining criteria for declaring a cyber event as a continuity incident requiring full activation of response teams.
Implementing secure communication channels (e.g., out-of-band messaging) when primary systems are compromised.
Documenting chain-of-custody procedures for digital evidence collected during containment and eradication.
Coordinating patch deployment schedules with service restoration timelines to avoid reintroducing vulnerabilities.
Managing stakeholder access to incident dashboards without exposing sensitive forensic details.

Module 5: Third-Party and Supply Chain Cyber Dependencies

Assessing continuity risks posed by cloud service providers’ incident response SLAs and transparency practices.
Requiring vendors to provide evidence of cyber resilience testing as part of contract renewal reviews.
Developing fallback procedures for critical services when third-party APIs or SaaS platforms are unavailable due to attack.
Implementing monitoring for vendor security posture changes (e.g., SSL certificate lapses, DNS anomalies).
Negotiating audit rights to review a supplier’s cyber incident response documentation post-event.
Establishing data escrow agreements to ensure access to critical configurations or databases if a vendor becomes inoperable.

Module 6: Post-Incident Restoration and Trust Validation

Conducting integrity checks on restored systems using cryptographic hashes and known-good baselines.
Requiring multi-stage approval before reconnecting recovered systems to production networks.
Implementing phased service re-enabling based on dependency mapping and residual risk assessment.
Updating threat detection rules based on attacker TTPs observed during the incident.
Reconciling transaction logs across systems to identify data corruption or manipulation during downtime.
Documenting configuration drift introduced during emergency recovery for permanent remediation.

Module 7: Governance, Audit, and Continuous Improvement

Aligning cyber continuity testing frequency with regulatory mandates (e.g., DORA, NIS2) and internal risk appetite.
Designing audit trails that capture decision-making during incidents for regulatory and internal review.
Integrating lessons learned from tabletop exercises and real incidents into updated response playbooks.
Measuring effectiveness of recovery procedures using time-to-verify functionality, not just time-to-launch.
Requiring periodic recertification of key personnel on updated cyber continuity protocols.
Reporting cyber resilience metrics to the board using consistent KPIs such as mean time to isolate (MTTI) and mean time to recover (MTTR).